Author: Abt Associates Inc.

Date Created: 6/18/2008 Date Modified: 3/30/2011

Purpose: This file develops allocation factors to allocate plant-level costs to generating units for IPM analy sis. (CBI)

File Contents: Work sheet Contents 2005EIA767_Gen_InScopeReads in generating unit-level water flow data from the 2005 EIA767 database (EIA767.xls).

Gen_Boiler_Crosswalk_2005Contains gerator-boiler crosswalk from the 2005 EIA767 database.

2005EIA767_InScopeAdj Checks/compilesgeneratorwater flow data. IPMBoilerAllocFactors Develops water flow-based allocation factors for 316(b) boilers. NEEDS Contains capacity and other data items from the NEEDSV3.02_EISA.xls file. IPMUnitsAllocFactors Develops water flow- and capacity-based allocation factors. Summary _Check Checks if allocation factors were developed correctly (i.e., checks if they

add up to 100% for each plant).

Input Files: External data used in calculations/analysis: PlantData.xls EIA767.xls BC_InScope_08.23.10.xls NEEDSV3.02_EISA.xls (not linked)

The original version of this file contains, or is linked to a file that contains, confidential business information (CBI), or information that could be used to reveal CBI. As a result, the values for any variables determined by EPA to be CBI, or that could be used to reveal CBI, have been concealed.

FileInfo 1 of 5051 2 3 4 5 6 7

EIA ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 2 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

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Summary_Check 3 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 4 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 5 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 6 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 7 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 8 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 9 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 10 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 11 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 12 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 13 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 14 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 15 of 505EIA

ID Survey ID IPM Status NonRetir ed? Flow Ratio

Check Capacity Ratio

Check Final Ratio

Check

Summary_Check 16 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 3_B_1 3 B 1 1954Coal Steam 3_B_2 3 B 2 1954Coal Steam 3_B_3 3 B 3 1959Coal Steam 3_B_4 3 B 4 1969Coal Steam 3_B_5 3 B 5 1971 Coal Steam 3_G_A1CT 3 G A1CT 2000Combined Cycle 3_G_A1ST 3 G A1ST 2000Combined Cycle 3_G_A2C1 3 G A2C1 2001 Combined Cycle 3_G_A2C2 3 G A2C2 2001 Combined Cycle 3_G_A2ST 3 G A2ST 2000Combined Cycle 7_B_1 7 B 1 1949Coal Steam 7_B_2 7 B 2 1949Coal Steam 8_B_10 8 B 10 1972Coal Steam 8_B_6 8 B 6 1951 Coal Steam 8_B_7 8 B 7 1952Coal Steam 8_B_8 8 B 8 1956Coal Steam 8_B_9 8 B 9 1958 Coal Steam 10_B_1 10 B 1 1965 Coal Steam 10_B_2 10 B 2 1966Coal Steam

10_G_GT10 10 G GT10 1996Combustion Turbine

10_G_GT2 10 G GT2 1996Combustion Turbine

10_G_GT3 10 G GT3 1995 Combustion Turbine

10_G_GT4 10 G GT4 1995 Combustion Turbine

10_G_GT5 10 G GT5 1995 Combustion Turbine

10_G_GT6 10 G GT6 1995 Combustion Turbine

10_G_GT7 10 G GT7 1995 Combustion Turbine

10_G_GT8 10 G GT8 1996Combustion Turbine

10_G_GT9 10 G GT9 1996Combustion Turbine 26_B_1 26 B 1 1960Coal Steam 26_B_2 26 B 2 1960Coal Steam 26_B_3 26 B 3 1961 Coal Steam 26_B_4 26 B 4 1962Coal Steam 26_B_5 26 B 5 1974Coal Steam

26_G_GT4 26 G GT4 1970Combustion Turbine

IPMUnitsAllocFactors 17 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 46_G_1 46 G 1 1974Nuclear 46_G_2 46 G 2 1975Nuclear 46_G_3 46 G 3 1977Nuclear 47_B_1 47 B 1 1955 Coal Steam 47_B_2 47 B 2 1955 Coal Steam 47_B_3 47 B 3 1955 Coal Steam 47_B_4 47 B 4 1955 Coal Steam 47_B_5 47 B 5 1965 Coal Steam

47_G_GT1 47 G GT1 1972Combustion Turbine

47_G_GT2 47 G GT2 1972Combustion Turbine

47_G_GT3 47 G GT3 1972Combustion Turbine

47_G_GT4 47 G GT4 1972Combustion Turbine

47_G_GT5 47 G GT5 1972Combustion Turbine

47_G_GT6 47 G GT6 1972Combustion Turbine

47_G_GT7 47 G GT7 1972Combustion Turbine

47_G_GT8 47 G GT8 1972Combustion Turbine 50_B_1 50 B 1 1952Coal Steam 50_B_2 50 B 2 1952Coal Steam 50_B_3 50 B 3 1952Coal Steam 50_B_4 50 B 4 1953 Coal Steam 50_B_5 50 B 5 1954Coal Steam 50_B_6 50 B 6 1954Coal Steam 50_B_7 50 B 7 1961 Coal Steam 50_B_8 50 B 8 1965 Coal Steam 51_B_1 51 B 1 1986Coal Steam 56_B_1 56 B 1 1969Coal Steam 56_B_2 56 B 2 1979Coal Steam 56_B_3 56 B 3 1980Coal Steam 113_B_1 113 B 1 1962Coal Steam 113_B_2 113 B 2 1978 Coal Steam 113_B_3 113 B 3 1980Coal Steam 113_B_4 113 B 4 1981 Coal Steam 127_B_1 127 B 1 1986Coal Steam 130_B_1 130 B 1 1995 Coal Steam 130_B_2 130 B 2 1984Coal Steam 130_B_3 130 B 3 2007 Coal Steam

IPMUnitsAllocFactors 18 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 130_B_4 130 B 4 2009Coal Steam 136_B_1 136 B 1 1984Coal Steam 136_B_2 136 B 2 1984Coal Steam 165_B_1 165 B 1 1982Coal Steam 165_B_2 165 B 2 1986Coal Steam 170_B_1 170 B 1 1950O/G Steam 170_B_2 170 B 2 1950O/G Steam 170_B_3 170 B 3 1953 O/G Steam 170_B_4 170 B 4 1970O/G Steam 173_B_1 173 B 1 1961 O/G Steam 173_B_2 173 B 2 1968 O/G Steam

173_G_GT1 173 G GT1 1970Combustion Turbine 201_G_1 201 G 1 1963 Combined Cycle 201_G_2 201 G 2 2002Combined Cycle 202_B_01 202 B 01 1966O/G Steam 203_B_01 203 B 01 1972O/G Steam 204_G_1 204 G 1 1987Nuclear 207_B_1 207 B 1 1987 Coal Steam 207_B_2 207 B 2 1988 Coal Steam 210_G_1 210 G 1 1985Nuclear 228_B_10 228 B 10 1964O/G Steam 228_B_9 228 B 9 1964O/G Steam 246_B_1 246 B 1 1956O/G Steam 246_B_2 246 B 2 1958 O/G Steam 259_B_1 259 B 1 1956O/G Steam 259_B_2 259 B 2 1955 O/G Steam 259_B_3 259 B 3 1962O/G Steam 259_B_4 259 B 4 1963 O/G Steam 260_B_6-1 260 B 6-1 1967O/G Steam 260_B_7-1 260 B 7-1 1968 O/G Steam 260_G_CT1A 260 G CT1A 2002Combined Cycle 260_G_CT1B 260 G CT1B 2002Combined Cycle 260_G_CT2A 260 G CT2A 2002Combined Cycle 260_G_CT2B 260 G CT2B 2002Combined Cycle 260_G_ST1 260 G ST1 2002Combined Cycle 260_G_ST2 260 G ST2 2002Combined Cycle 271_B_5 271 B 5 1960O/G Steam 271_B_6 271 B 6 1961 O/G Steam 271_B_7 271 B 7 1972O/G Steam 273_B_3-1 273 B 3-1 1965 O/G Steam

273_G_4 273 G 4 1976Combustion Turbine

IPMUnitsAllocFactors 19 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

273_G_5 273 G 5 1976Combustion Turbine

273_G_6 273 G 6 1976Combustion Turbine 298_B_LIM1 298 B LIM1 1985 Coal Steam 298_B_LIM2 298 B LIM2 1986Coal Steam 302_B_1 302 B 1 1954O/G Steam 302_B_2 302 B 2 1956O/G Steam 302_B_3 302 B 3 1958 O/G Steam 302_B_4 302 B 4 1973 O/G Steam 302_B_5 302 B 5 1978 O/G Steam

302_G_GT1 302 G GT1 1968 Combustion Turbine 310_B_1 310 B 1 1960O/G Steam 310_B_2 310 B 2 1962O/G Steam 310_B_3 310 B 3 1964O/G Steam 310_B_4 310 B 4 1971 O/G Steam

310_G_5 310 G 5 1971 Combustion Turbine 330_B_3 330 B 3 1964O/G Steam 330_B_4 330 B 4 1965 O/G Steam 335_B_1 335 B 1 1958 O/G Steam 335_B_2 335 B 2 1958 O/G Steam 335_B_3A 335 B 3A 2003 O/G Steam 335_B_4A 335 B 4A 2003 O/G Steam

341_G_1 341 G 1 2007 Combustion Turbine

341_G_2 341 G 2 2007 Combustion Turbine

341_G_3 341 G 3 2007 Combustion Turbine

341_G_4 341 G 4 2007 Combustion Turbine 345_B_1 345 B 1 1959O/G Steam 345_B_2 345 B 2 1959O/G Steam

345_G_03 345 G 03 1970Combustion Turbine 350_B_1 350 B 1 1971 O/G Steam 350_B_2 350 B 2 1973 O/G Steam 356_B_5 356 B 5 1954O/G Steam 356_B_6 356 B 6 1957O/G Steam 356_B_7 356 B 7 1967O/G Steam 356_B_8 356 B 8 1967O/G Steam 360_G_2 360 G 2 1983Nuclear

IPMUnitsAllocFactors 20 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 360_G_3 360 G 3 1984Nuclear 371_G_2 371 G 2 1984Nuclear 384_B_71 384 B 71 1965 Coal Steam 384_B_72 384 B 72 1965 Coal Steam 384_B_81 384 B 81 1965 Coal Steam 384_B_82 384 B 82 1965 Coal Steam 399_G_1 399 G 1 1994Combined Cycle

399_G_10 399 G 10 2002Combustion Turbine

399_G_11 399 G 11 2002Combustion Turbine

399_G_12 399 G 12 2002Combustion Turbine

399_G_13 399 G 13 2002Combustion Turbine

399_G_14 399 G 14 2002Combustion Turbine 399_G_2 399 G 2 1994Combined Cycle 399_G_5 399 G 5 1949Combined Cycle 400_B_1 400 B 1 1960O/G Steam 400_B_2 400 B 2 1963 O/G Steam 400_B_5 400 B 5 1966O/G Steam 400_B_6 400 B 6 1967O/G Steam 400_G_10 400 G 10 2005 Combined Cycle 400_G_8 400 G 8 2005 Combined Cycle 400_G_9 400 G 9 2005 Combined Cycle 404_B_1 404 B 1 1958 O/G Steam 404_B_2 404 B 2 1959O/G Steam 404_B_3 404 B 3 1974O/G Steam 460_B_41 460 B 41 2001 O/G Steam 460_B_49 460 B 49 1949O/G Steam

460_G_IC1 460 G IC1 1964Combustion Turbine

460_G_IC2 460 G IC2 1964Combustion Turbine

460_G_IC3 460 G IC3 1964Combustion Turbine

460_G_IC4 460 G IC4 1964Combustion Turbine

460_G_IC5 460 G IC5 1964Combustion Turbine 462_B_55 462 B 55 1955 Coal Steam 462_B_59 462 B 59 1959Coal Steam 465_B_3 465 B 3 1951 Coal Steam

IPMUnitsAllocFactors 21 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 465_B_4 465 B 4 1955 Coal Steam 468_B_1 468 B 1 1957 Coal Steam 468_B_2 468 B 2 1960Coal Steam 469_B_1 469 B 1 1957 Coal Steam 469_B_2 469 B 2 1959Coal Steam 469_B_3 469 B 3 1962Coal Steam 469_B_4 469 B 4 1968 Coal Steam

469_G_IC1 469 G IC1 1967 Combustion Turbine

469_G_IC2 469 G IC2 1967 Combustion Turbine 477_B_5 477 B 5 1964Coal Steam

477_G_6 477 G 6 1973 Combustion Turbine 478_B_1 478 B 1 1948 O/G Steam 478_B_2 478 B 2 1948 O/G Steam 478_B_3 478 B 3 1954O/G Steam 525_B_H1 525 B H1 1965 Coal Steam 525_B_H2 525 B H2 1976Coal Steam 527_B_1 527 B 1 1991 Coal Steam 533_G_1 533 G 1 1954Combined Cycle 533_G_2 533 G 2 1954Combined Cycle 533_G_3 533 G 3 1959Combined Cycle 533_G_4 533 G 4 1996Combined Cycle 533_G_VAN1 533 G VAN1 2002Combined Cycle 533_G_VAN2 533 G VAN2 2002Combined Cycle 533_G_VAN3 533 G VAN3 2002Combined Cycle

544_G_10 544 G 10 1966Combustion Turbine

544_G_11 544 G 11 1996Combustion Turbine

544_G_12 544 G 12 1996Combustion Turbine

544_G_13 544 G 13 1996Combustion Turbine

544_G_14 544 G 14 1996Combustion Turbine 546_B_5 546 B 5 1954O/G Steam 546_B_6 546 B 6 1971 O/G Steam

546_G_10 546 G 10 1967 Combustion Turbine

546_G_11 546 G 11 1967 Combustion Turbine 548_B_1 548 B 1 1960O/G Steam

IPMUnitsAllocFactors 22 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 548_B_2 548 B 2 1963 O/G Steam

548_G_10 548 G 10 1966Combustion Turbine 562_B_2 562 B 2 1958 O/G Steam 562_B_3 562 B 3 1964O/G Steam 562_B_4 562 B 4 1973 O/G Steam

562_G_10 562 G 10 1966Combustion Turbine 566_G_2 566 G 2 1975Nuclear 566_G_3 566 G 3 1986Nuclear 568_B_BHB2 568 B BHB2 1961 O/G Steam 568_B_BHB3 568 B BHB3 1968 Coal Steam

568_G_4 568 G 4 1967 Combustion Turbine 593_B_3 593 B 3 1957 Coal Steam 593_B_4 593 B 4 1966Coal Steam 593_B_5 593 B 5 1973 O/G Steam

593_G_10 593 G 10 1963 Combustion Turbine 594_B_3 594 B 3 1970Coal Steam 594_B_4 594 B 4 1980Coal Steam

594_G_10 594 G 10 1967 Combustion Turbine 603_B_15 603 B 15 1968 O/G Steam 603_B_16 603 B 16 1972O/G Steam 609_B_PCC1 609 B PCC1 1965 O/G Steam 609_B_PCC2 609 B PCC2 1969O/G Steam 610_B_PCU5 610 B PCU5 1954O/G Steam 610_B_PCU6 610 B PCU6 1955 O/G Steam

612_G_11 612 G 11 1974Combustion Turbine

612_G_12 612 G 12 1974Combustion Turbine 612_G_2A 612 G 2A 2000Combined Cycle 612_G_2B 612 G 2B 2000Combined Cycle 612_G_2C 612 G 2C 2000Combined Cycle 612_G_2D 612 G 2D 2001 Combined Cycle 612_G_2E 612 G 2E 2001 Combined Cycle 612_G_2F 612 G 2F 2001 Combined Cycle

612_G_3 612 G 3 1974Combustion Turbine

612_G_4 612 G 4 1974Combustion Turbine

IPMUnitsAllocFactors 23 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

612_G_5 612 G 5 1974Combustion Turbine

612_G_6 612 G 6 1974Combustion Turbine

612_G_7 612 G 7 1974Combustion Turbine

612_G_8 612 G 8 1974Combustion Turbine

612_G_9 612 G 9 1974Combustion Turbine

612_G_CT1 612 G CT1 2003 Combustion Turbine

612_G_CT2 612 G CT2 2003 Combustion Turbine

612_G_G10 612 G G10 1974Combustion Turbine

612_G_GT1 612 G GT1 1974Combustion Turbine

612_G_GT2 612 G GT2 1974Combustion Turbine 612_G_ST1 612 G ST1 1958 Combined Cycle 612_G_ST2 612 G ST2 1969Combined Cycle

613_G_1 613 G 1 1970Combustion Turbine

613_G_10 613 G 10 1970Combustion Turbine

613_G_11 613 G 11 1970Combustion Turbine

613_G_12 613 G 12 1970Combustion Turbine

613_G_13 613 G 13 1972Combustion Turbine

613_G_14 613 G 14 1972Combustion Turbine

613_G_15 613 G 15 1972Combustion Turbine

613_G_16 613 G 16 1972Combustion Turbine

613_G_17 613 G 17 1972Combustion Turbine

613_G_18 613 G 18 1972Combustion Turbine

613_G_19 613 G 19 1972Combustion Turbine

IPMUnitsAllocFactors 24 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

613_G_2 613 G 2 1970Combustion Turbine

613_G_20 613 G 20 1972Combustion Turbine

613_G_21 613 G 21 1972Combustion Turbine

613_G_22 613 G 22 1972Combustion Turbine

613_G_23 613 G 23 1972Combustion Turbine

613_G_24 613 G 24 1972Combustion Turbine

613_G_3 613 G 3 1970Combustion Turbine

613_G_4 613 G 4 1970Combustion Turbine 613_G_4GT1 613 G 4GT1 1993 Combined Cycle 613_G_4GT2 613 G 4GT2 1993 Combined Cycle

613_G_5 613 G 5 1970Combustion Turbine 613_G_5GT1 613 G 5GT1 1993 Combined Cycle 613_G_5GT2 613 G 5GT2 1993 Combined Cycle

613_G_6 613 G 6 1970Combustion Turbine

613_G_7 613 G 7 1970Combustion Turbine

613_G_8 613 G 8 1970Combustion Turbine

613_G_9 613 G 9 1970Combustion Turbine 613_G_ST4 613 G ST4 1957 Combined Cycle 613_G_ST5 613 G ST5 1958 Combined Cycle 617_B_PPE1 617 B PPE1 1960O/G Steam 617_B_PPE2 617 B PPE2 1961 O/G Steam 617_B_PPE3 617 B PPE3 1964O/G Steam 617_B_PPE4 617 B PPE4 1965 O/G Steam

617_G_10 617 G 10 1971 Combustion Turbine

617_G_11 617 G 11 1971 Combustion Turbine

617_G_12 617 G 12 1971 Combustion Turbine

617_G_6 617 G 6 1971 Combustion Turbine

IPMUnitsAllocFactors 25 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

617_G_7 617 G 7 1971 Combustion Turbine

617_G_8 617 G 8 1971 Combustion Turbine

617_G_9 617 G 9 1971 Combustion Turbine

617_G_GT1 617 G GT1 1971 Combustion Turbine

617_G_GT2 617 G GT2 1971 Combustion Turbine

617_G_GT3 617 G GT3 1971 Combustion Turbine

617_G_GT4 617 G GT4 1971 Combustion Turbine

617_G_GT5 617 G GT5 1971 Combustion Turbine 619_B_PRV3 619 B PRV3 1962O/G Steam 619_B_PRV4 619 B PRV4 1963 O/G Steam 620_B_PSN3 620 B PSN3 1959O/G Steam 620_G_4 620 G 4 1969Combined Cycle 620_G_4A 620 G 4A 2002Combined Cycle 620_G_4B 620 G 4B 2002Combined Cycle 620_G_4C 620 G 4C 2002Combined Cycle 620_G_4D 620 G 4D 2003 Combined Cycle 620_G_5 620 G 5 1974Combined Cycle 620_G_5A 620 G 5A 2002Combined Cycle 620_G_5B 620 G 5B 2002Combined Cycle 620_G_5C 620 G 5C 2002Combined Cycle 620_G_5D 620 G 5D 2002Combined Cycle 628_B_1 628 B 1 1966Coal Steam 628_B_2 628 B 2 1969Coal Steam 628_B_4 628 B 4 1982Coal Steam 628_B_5 628 B 5 1984Coal Steam 628_G_3 628 G 3 1977Nuclear

634_G_P1 634 G P1 1972Combustion Turbine

634_G_P2 634 G P2 1972Combustion Turbine

634_G_P3 634 G P3 1972Combustion Turbine

634_G_P4 634 G P4 1972Combustion Turbine

634_G_P5 634 G P5 2009Combustion Turbine

IPMUnitsAllocFactors 26 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

634_G_P6 634 G P6 2009Combustion Turbine

634_G_P7 634 G P7 2009Combustion Turbine

634_G_P8 634 G P8 2009Combustion Turbine

634_G_P9 634 G P9 2009Combustion Turbine 638_B_1 638 B 1 1953 O/G Steam 638_B_2 638 B 2 1954O/G Steam 638_B_3 638 B 3 1956O/G Steam

638_G_P1 638 G P1 1980Combustion Turbine

638_G_P2 638 G P2 1980Combustion Turbine

638_G_P3 638 G P3 1980Combustion Turbine 641_B_4 641 B 4 1959Coal Steam 641_B_5 641 B 5 1961 Coal Steam 641_B_6 641 B 6 1970Coal Steam 641_B_7 641 B 7 1973 Coal Steam 642_B_1 642 B 1 1953 Coal Steam 642_B_2 642 B 2 1953 Coal Steam 643_B_1 643 B 1 1965 Coal Steam 643_B_2 643 B 2 1967 Coal Steam 643_G_3A 643 G 3A 2002Combined Cycle 643_G_3B 643 G 3B 2002Combined Cycle 643_G_3S 643 G 3S 2002Combined Cycle

643_G_CT1 643 G CT1 1971 Combustion Turbine 645_B_BB01 645 B BB01 1970Coal Steam 645_B_BB02 645 B BB02 1973 Coal Steam 645_B_BB03 645 B BB03 1976Coal Steam 645_B_BB04 645 B BB04 1985 Coal Steam

645_G_GT1 645 G GT1 1969Combustion Turbine

645_G_GT2 645 G GT2 1974Combustion Turbine

645_G_GT3 645 G GT3 1974Combustion Turbine 649_G_1 649 G 1 1987Nuclear 649_G_2 649 G 2 1989Nuclear 658_B_7 658 B 7 1963 O/G Steam 658_B_8 658 B 8 1976O/G Steam

IPMUnitsAllocFactors 27 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 658_G_5 658 G 5 1953 Combined Cycle 658_G_6 658 G 6 1958 O/G Steam 658_G_9 658 G 9 1990Combined Cycle

658_G_D1 658 G D1 1970Combustion Turbine

658_G_D2 658 G D2 1970Combustion Turbine 667_B_1 667 B 1 2002Coal Steam 667_B_2 667 B 2 2002Coal Steam 667_B_3 667 B 3 1977O/G Steam

667_G_4 667 G 4 1975 Combustion Turbine

667_G_5 667 G 5 1974Combustion Turbine

667_G_6 667 G 6 1974Combustion Turbine

667_G_GT3 667 G GT3 1975 Combustion Turbine 675_B_7 675 B 7 1966O/G Steam

675_G_2 675 G 2 1962Combustion Turbine

675_G_3 675 G 3 1962Combustion Turbine 675_G_5 675 G 5 1956Combined Cycle 675_G_8 675 G 8 1992Combined Cycle 676_B_1 676 B 1 1971 O/G Steam 676_B_2 676 B 2 1976O/G Steam 676_B_3 676 B 3 1982Coal Steam 676_G_5CT 676 G 5CT 2001 Combined Cycle 676_G_5ST 676 G 5ST 2002Combined Cycle

676_G_GT1 676 G GT1 1973 Combustion Turbine

676_G_IC1 676 G IC1 1970Combustion Turbine

676_G_IC2 676 G IC2 1970Combustion Turbine 689_G_8 689 G 8 2000Combined Cycle 689_G_9 689 G 9 2000Combined Cycle 693_B_1 693 B 1 1961 O/G Steam 693_B_3 693 B 3 1971 O/G Steam 693_B_4 693 B 4 1976O/G Steam 693_G_2 693 G 2 1964Combined Cycle 693_G_5 693 G 5 1992Combined Cycle 703_B_1BLR 703 B 1BLR 1971 Coal Steam

IPMUnitsAllocFactors 28 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 703_B_2BLR 703 B 2BLR 1972Coal Steam 703_B_3BLR 703 B 3BLR 1974Coal Steam 703_B_4BLR 703 B 4BLR 1975 Coal Steam

703_G_6 703 G 6 1971 Combustion Turbine 708_B_1 708 B 1 1954Coal Steam 708_B_2 708 B 2 1954Coal Steam 708_B_3 708 B 3 1955 Coal Steam 708_B_4 708 B 4 1970Coal Steam 709_B_1 709 B 1 1965 Coal Steam 709_B_2 709 B 2 1967 Coal Steam 709_B_3 709 B 3 1968 Coal Steam 709_B_4 709 B 4 1969Coal Steam 710_B_MB1 710 B MB1 1963 Coal Steam 710_B_MB2 710 B MB2 1964Coal Steam

710_G_3A 710 G 3A 1971 Combustion Turbine

710_G_3B 710 G 3B 1971 Combustion Turbine 715_B_1 715 B 1 1952O/G Steam 715_B_2 715 B 2 1959O/G Steam

715_G_3A 715 G 3A 1972Combustion Turbine

715_G_3B 715 G 3B 1972Combustion Turbine

715_G_3C 715 G 3C 1972Combustion Turbine

715_G_4A 715 G 4A 1972Combustion Turbine

715_G_4B 715 G 4B 1972Combustion Turbine

715_G_4C 715 G 4C 1972Combustion Turbine

715_G_4D 715 G 4D 1972Combustion Turbine

715_G_4E 715 G 4E 1972Combustion Turbine

715_G_4F 715 G 4F 1972Combustion Turbine

715_G_IC1 715 G IC1 1964Combustion Turbine 727_B_3 727 B 3 1964Coal Steam

727_G_4A 727 G 4A 1971 Combustion Turbine

IPMUnitsAllocFactors 29 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

727_G_4B 727 G 4B 1971 Combustion Turbine

727_G_4C 727 G 4C 1971 Combustion Turbine 728_B_Y1BR 728 B Y1BR 1950Coal Steam 728_B_Y2BR 728 B Y2BR 1950Coal Steam 728_B_Y3BR 728 B Y3BR 1952Coal Steam 728_B_Y4BR 728 B Y4BR 1957 Coal Steam 728_B_Y5BR 728 B Y5BR 1958 Coal Steam 728_B_Y6BR 728 B Y6BR 1974Coal Steam 728_B_Y7BR 728 B Y7BR 1974Coal Steam 733_B_1 733 B 1 1958 Coal Steam 733_B_2 733 B 2 1961 Coal Steam 733_B_3 733 B 3 1965 Coal Steam 733_B_4 733 B 4 1972O/G Steam

733_G_PWA 733 G PWA 1969Combustion Turbine 753_B_ST 753 B ST 1957 Coal Steam

753_G_GT1 753 G GT1 1957 Combustion Turbine 856_B_1 856 B 1 1960Coal Steam 856_B_2 856 B 2 1968 Coal Steam 856_B_3 856 B 3 1972Coal Steam 861_B_01 861 B 01 1965 Coal Steam 861_B_02 861 B 02 1972Coal Steam 862_G_1 862 G 1 2001 Combined Cycle 862_G_2 862 G 2 2001 Combined Cycle 862_G_3 862 G 3 1951 Combined Cycle 862_G_4 862 G 4 1958 Combined Cycle 863_B_05 863 B 05 1953 Coal Steam 863_B_06 863 B 06 1954Coal Steam

863_G_D1 863 G D1 1968 Combustion Turbine 864_B_01 864 B 01 1948 Coal Steam 864_B_02 864 B 02 1948 Coal Steam 864_B_03 864 B 03 1949Coal Steam 864_B_04 864 B 04 1949Coal Steam 864_B_05 864 B 05 1960Coal Steam 864_B_06 864 B 06 1975 O/G Steam 867_B_7 867 B 7 1958 Coal Steam 867_B_8 867 B 8 1961 Coal Steam 869_G_2 869 G 2 1970Nuclear 869_G_3 869 G 3 1971 Nuclear 874_B_5 874 B 5 1959Coal Steam

IPMUnitsAllocFactors 30 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 876_B_1 876 B 1 1967 Coal Steam 876_B_2 876 B 2 1968 Coal Steam 879_B_51 879 B 51 1972Coal Steam 879_B_52 879 B 52 1972Coal Steam 879_B_61 879 B 61 1975 Coal Steam 879_B_62 879 B 62 1975 Coal Steam 880_G_1 880 G 1 1972Nuclear 880_G_2 880 G 2 1972Nuclear 883_B_17 883 B 17 1952Coal Steam 883_B_7 883 B 7 1958 Coal Steam 883_B_8 883 B 8 1962Coal Steam

883_G_311 883 G 311 1968 Combustion Turbine

883_G_312 883 G 312 1968 Combustion Turbine

883_G_321 883 G 321 1968 Combustion Turbine

883_G_322 883 G 322 1968 Combustion Turbine 884_B_1 884 B 1 1955 Coal Steam 884_B_2 884 B 2 1955 Coal Steam 884_B_3 884 B 3 1957 Coal Steam 884_B_4 884 B 4 1963 Coal Steam 886_B_19 886 B 19 1959Coal Steam

886_G_311 886 G 311 1968 Combustion Turbine

886_G_312 886 G 312 1968 Combustion Turbine

886_G_321 886 G 321 1968 Combustion Turbine

886_G_322 886 G 322 1968 Combustion Turbine

886_G_331 886 G 331 1968 Combustion Turbine

886_G_332 886 G 332 1968 Combustion Turbine

886_G_341 886 G 341 1968 Combustion Turbine

886_G_342 886 G 342 1968 Combustion Turbine 887_B_1 887 B 1 1953 Coal Steam 887_B_2 887 B 2 1953 Coal Steam 887_B_3 887 B 3 1954Coal Steam 887_B_4 887 B 4 1954Coal Steam

IPMUnitsAllocFactors 31 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 887_B_5 887 B 5 1955 Coal Steam 887_B_6 887 B 6 1955 Coal Steam 889_B_1 889 B 1 1970Coal Steam 889_B_2 889 B 2 1973 Coal Steam 889_B_3 889 B 3 1975 Coal Steam 891_B_1 891 B 1 1947O/G Steam 891_B_2 891 B 2 1947O/G Steam 891_B_3 891 B 3 1947O/G Steam 891_B_4 891 B 4 1948 O/G Steam 891_B_5 891 B 5 1949O/G Steam 891_B_6 891 B 6 1950O/G Steam 891_B_7 891 B 7 1950O/G Steam 891_B_8 891 B 8 1950O/G Steam 891_B_9 891 B 9 1978 Coal Steam 892_B_1 892 B 1 1953 Coal Steam 892_B_2 892 B 2 1959Coal Steam 897_B_1 897 B 1 1955 Coal Steam 897_B_2 897 B 2 1956Coal Steam

897_G_3 897 G 3 1967 Combustion Turbine 898_B_1 898 B 1 1949O/G Steam 898_B_2 898 B 2 1949O/G Steam 898_B_3 898 B 3 1950O/G Steam 898_B_4 898 B 4 1954Coal Steam 898_B_5 898 B 5 1964Coal Steam 963_B_31 963 B 31 1968 Coal Steam 963_B_32 963 B 32 1972Coal Steam 963_B_33 963 B 33 1978 Coal Steam 963_B_34 963 B 34 2009Coal Steam

964_G_D1 964 G D1 2002Combustion Turbine

964_G_D2 964 G D2 2002Combustion Turbine

964_G_D3 964 G D3 2002Combustion Turbine 972_B_4 972 B 4 1948 O/G Steam 972_B_5 972 B 5 1948 O/G Steam 972_B_7 972 B 7 1948 O/G Steam 972_B_8 972 B 8 1948 O/G Steam

972_G_8 972 G 8 1979Combustion Turbine

972_G_9 972 G 9 1979Combustion Turbine 976_B_123 976 B 123 2003 Coal Steam

IPMUnitsAllocFactors 32 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 976_B_4 976 B 4 1978 Coal Steam

976_G_5 976 G 5 2003 Combustion Turbine

976_G_6 976 G 6 2003 Combustion Turbine 983_B_1 983 B 1 1955 Coal Steam 983_B_2 983 B 2 1955 Coal Steam 983_B_3 983 B 3 1955 Coal Steam 983_B_4 983 B 4 1955 Coal Steam 983_B_5 983 B 5 1955 Coal Steam 983_B_6 983 B 6 1956Coal Steam 988_B_U1 988 B U1 1951 Coal Steam 988_B_U2 988 B U2 1952Coal Steam 988_B_U3 988 B U3 1954Coal Steam 988_B_U4 988 B U4 1964Coal Steam 990_B_10 990 B 10 1947O/G Steam 990_B_50 990 B 50 1958 Coal Steam 990_B_60 990 B 60 1961 Coal Steam 990_B_70 990 B 70 1973 Coal Steam 990_B_9 990 B 9 1942O/G Steam

990_G_GT1 990 G GT1 1973 Combustion Turbine

990_G_GT2 990 G GT2 1973 Combustion Turbine

990_G_GT3 990 G GT3 1973 Combustion Turbine

990_G_GT4 990 G GT4 1994Combustion Turbine

990_G_GT5 990 G GT5 1995 Combustion Turbine

990_G_GT6 990 G GT6 2002Combustion Turbine

990_G_IC1 990 G IC1 1967 Combustion Turbine 991_B_1 991 B 1 1949O/G Steam 991_B_2 991 B 2 1950O/G Steam 991_B_3 991 B 3 1951 Coal Steam 991_B_4 991 B 4 1953 Coal Steam 991_B_5 991 B 5 1953 Coal Steam 991_B_6 991 B 6 1956Coal Steam

991_G_IC1 991 G IC1 1967 Combustion Turbine 994_B_1 994 B 1 1967 Coal Steam 994_B_2 994 B 2 1969Coal Steam

IPMUnitsAllocFactors 33 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 994_B_3 994 B 3 1977 Coal Steam 994_B_4 994 B 4 1986Coal Steam

994_G_IC1 994 G IC1 1967 Combustion Turbine

994_G_IC2 994 G IC2 1967 Combustion Turbine

994_G_IC3 994 G IC3 1967 Combustion Turbine 995_B_7 995 B 7 1962Coal Steam 995_B_8 995 B 8 1968 Coal Steam

995_G_10 995 G 10 1968 Combustion Turbine 996_B_11 996 B 11 1970Coal Steam 996_B_4 996 B 4 1956Coal Steam 996_B_5 996 B 5 1959Coal Steam 996_B_6 996 B 6 1959Coal Steam

996_G_9A 996 G 9A 1966Combustion Turbine 997_B_12 997 B 12 1974Coal Steam 1001_B_1 1001 B 1 1970Coal Steam 1001_B_2 1001 B 2 1972Coal Steam

1001_G_31 1001 G 31 1972Combustion Turbine

1001_G_32 1001 G 32 1972Combustion Turbine

1001_G_33 1001 G 33 1972Combustion Turbine

1001_G_34 1001 G 34 1972Combustion Turbine

1001_G_4 1001 G 4 1993 Combustion Turbine 1007_G_1 1007 G 1 1950Combined Cycle 1007_G_2 1007 G 2 1950Combined Cycle 1007_G_3 1007 G 3 2003 Combined Cycle 1007_G_4 1007 G 4 2003 Combined Cycle 1007_G_5 1007 G 5 2003 Combined Cycle 1008_B_1 1008 B 1 1959Coal Steam 1008_B_2 1008 B 2 1958 Coal Steam 1008_B_3 1008 B 3 1960Coal Steam 1008_B_4 1008 B 4 1961 Coal Steam 1010_B_2 1010 B 2 1953 Coal Steam 1010_B_3 1010 B 3 1954Coal Steam 1010_B_4 1010 B 4 1955 Coal Steam 1010_B_5 1010 B 5 1956Coal Steam

IPMUnitsAllocFactors 34 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 1010_B_6 1010 B 6 1968 Coal Steam 1010_G_1 1010 G 1 1953 Combined Cycle 1010_G_1A 1010 G 1A 1995 Combined Cycle

1010_G_71 1010 G 71 1967 Combustion Turbine

1010_G_72 1010 G 72 1967 Combustion Turbine

1010_G_73 1010 G 73 1967 Combustion Turbine 1012_B_2 1012 B 2 1966Coal Steam 1012_B_3 1012 B 3 1973 Coal Steam 1032_B_5 1032 B 5 1958 Coal Steam 1032_B_6 1032 B 6 1964Coal Steam

1032_G_6 1032 G 6 1969Combustion Turbine 1037_B_2 1037 B 2 1959Coal Steam 1037_B_5 1037 B 5 1949Coal Steam

1037_G_D1 1037 G D1 2002Combustion Turbine 1043_B_1SG1 1043 B 1SG1 1970Coal Steam 1043_B_2SG1 1043 B 2SG1 1970Coal Steam 1046_B_1 1046 B 1 1959Coal Steam 1046_B_5 1046 B 5 1952Coal Steam 1046_B_6 1046 B 6 1929Coal Steam

1046_G_IC1 1046 G IC1 1966Combustion Turbine

1046_G_IC2 1046 G IC2 1966Combustion Turbine 1047_B_2 1047 B 2 1949Coal Steam 1047_B_3 1047 B 3 1957 Coal Steam 1047_B_4 1047 B 4 1977 Coal Steam

1047_G_IC1 1047 G IC1 1970Combustion Turbine

1047_G_IC2 1047 G IC2 1971 Combustion Turbine 1048_B_1 1048 B 1 1947O/G Steam 1048_B_2 1048 B 2 1967 Coal Steam 1058_B_2 1058 B 2 1930Coal Steam 1058_B_3 1058 B 3 1930Coal Steam 1058_B_4 1058 B 4 1930Coal Steam 1058_B_5 1058 B 5 1930Coal Steam 1060_G_1 1060 G 1 1975Nuclear 1073_B_1 1073 B 1 1950Coal Steam 1073_B_2 1073 B 2 1950Coal Steam

IPMUnitsAllocFactors 35 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 1073_B_3 1073 B 3 1958 Coal Steam 1073_B_4 1073 B 4 1967 Coal Steam 1081_B_7 1081 B 7 1949Coal Steam 1081_B_8 1081 B 8 1949Coal Steam 1081_B_9 1081 B 9 1961 Coal Steam 1082_B_1 1082 B 1 1954Coal Steam 1082_B_2 1082 B 2 1958 Coal Steam 1082_B_3 1082 B 3 1978 Coal Steam 1082_B_4 1082 B 4 2007 Coal Steam 1091_B_1 1091 B 1 1964Coal Steam 1091_B_2 1091 B 2 1972Coal Steam 1091_B_3 1091 B 3 1975 Coal Steam 1104_B_1 1104 B 1 1968 Coal Steam

1104_G_GT1 1104 G GT1 1994Combustion Turbine

1104_G_GT2 1104 G GT2 1995 Combustion Turbine

1104_G_GT3 1104 G GT3 1996Combustion Turbine

1104_G_GT4 1104 G GT4 1994Combustion Turbine 1167_B_7 1167 B 7 1958 Coal Steam 1167_B_8 1167 B 8 1969Coal Steam 1167_B_9 1167 B 9 1983 Coal Steam 1218_B_1 1218 B 1 1960Coal Steam 1218_B_2 1218 B 2 1967 Coal Steam 1239_B_39 1239 B 39 1950Coal Steam 1239_B_40 1239 B 40 1954Coal Steam

1239_G_10 1239 G 10 1988 Combustion Turbine

1239_G_11 1239 G 11 1988 Combustion Turbine

1239_G_12 1239 G 12 2007 Combustion Turbine

1239_G_9 1239 G 9 1964Combustion Turbine 1241_B_1 1241 B 1 1973 Coal Steam 1241_B_2 1241 B 2 1977 Coal Steam 1243_B_7 1243 B 7 1954O/G Steam 1250_B_3 1250 B 3 1955 Coal Steam 1250_B_4 1250 B 4 1960Coal Steam 1250_B_5 1250 B 5 1971 Coal Steam 1252_B_10 1252 B 10 1962Coal Steam 1252_B_9 1252 B 9 1957 Coal Steam

IPMUnitsAllocFactors 36 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

1252_G_1 1252 G 1 1972Combustion Turbine

1252_G_2 1252 G 2 1972Combustion Turbine

1291_G_1 1291 G 1 1998 Combustion Turbine

1291_G_10 1291 G 10 1981 Combustion Turbine

1291_G_11 1291 G 11 1988 Combustion Turbine

1291_G_12 1291 G 12 1988 Combustion Turbine

1291_G_13 1291 G 13 1988 Combustion Turbine

1291_G_2 1291 G 2 2000Combustion Turbine 1291_G_4 1291 G 4 1949O/G Steam 1291_G_5 1291 G 5 1957O/G Steam

1291_G_6 1291 G 6 1969Combustion Turbine

1291_G_7 1291 G 7 1971 Combustion Turbine

1291_G_8 1291 G 8 1976Combustion Turbine

1291_G_9 1291 G 9 1977 Combustion Turbine 1295_B_1 1295 B 1 1965 Coal Steam 1295_B_2 1295 B 2 1971 Coal Steam

1295_G_GT1 1295 G GT1 1969Combustion Turbine

1295_G_GT2 1295 G GT2 1974Combustion Turbine

1295_G_GT3 1295 G GT3 1977 Combustion Turbine 1353_B_BSU1 1353 B BSU1 1963 Coal Steam 1353_B_BSU2 1353 B BSU2 1969Coal Steam 1355_B_1 1355 B 1 1957 Coal Steam 1355_B_2 1355 B 2 1963 Coal Steam 1355_B_3 1355 B 3 1971 Coal Steam

1355_G_10 1355 G 10 1995 Combustion Turbine

1355_G_11 1355 G 11 1996Combustion Turbine

IPMUnitsAllocFactors 37 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

1355_G_5 1355 G 5 2001 Combustion Turbine

1355_G_6 1355 G 6 1999Combustion Turbine

1355_G_7 1355 G 7 1999Combustion Turbine

1355_G_8 1355 G 8 1995 Combustion Turbine

1355_G_9 1355 G 9 1994Combustion Turbine 1356_B_1 1356 B 1 1973 Coal Steam 1356_B_2 1356 B 2 1977 Coal Steam 1356_B_3 1356 B 3 1981 Coal Steam 1356_B_4 1356 B 4 1984Coal Steam 1357_B_4 1357 B 4 1954Coal Steam 1357_B_5 1357 B 5 1959Coal Steam 1361_B_1 1361 B 1 1947O/G Steam 1361_B_2 1361 B 2 1947O/G Steam 1361_B_3 1361 B 3 1948 O/G Steam 1361_B_4 1361 B 4 1948 O/G Steam 1361_B_5 1361 B 5 1953 Coal Steam 1363_B_4 1363 B 4 1962Coal Steam 1363_B_5 1363 B 5 1966Coal Steam 1363_B_6 1363 B 6 1969Coal Steam

1363_G_11 1363 G 11 1968 Combustion Turbine 1364_B_1 1364 B 1 1972Coal Steam 1364_B_2 1364 B 2 1974Coal Steam 1364_B_3 1364 B 3 1978 Coal Steam 1364_B_4 1364 B 4 1982Coal Steam 1372_B_5 1372 B 5 1956Coal Steam 1372_B_6 1372 B 6 1968 Coal Steam 1374_B_1 1374 B 1 1964Coal Steam 1374_B_2 1374 B 2 1974Coal Steam 1378_B_1 1378 B 1 1963 Coal Steam 1378_B_2 1378 B 2 1963 Coal Steam 1378_B_3 1378 B 3 1970Coal Steam 1379_B_1 1379 B 1 1953 Coal Steam 1379_B_10 1379 B 10 1990Coal Steam 1379_B_2 1379 B 2 1953 Coal Steam 1379_B_3 1379 B 3 1953 Coal Steam 1379_B_4 1379 B 4 1954Coal Steam 1379_B_5 1379 B 5 1954Coal Steam 1379_B_6 1379 B 6 1954Coal Steam

IPMUnitsAllocFactors 38 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 1379_B_7 1379 B 7 1954Coal Steam 1379_B_8 1379 B 8 1955 Coal Steam 1379_B_9 1379 B 9 1955 Coal Steam 1381_B_C1 1381 B C1 1969Coal Steam 1381_B_C2 1381 B C2 1970Coal Steam 1381_B_C3 1381 B C3 1971 Coal Steam 1382_B_H1 1382 B H1 1973 Coal Steam 1382_B_H2 1382 B H2 1974Coal Steam 1383_B_R1 1383 B R1 1966Coal Steam

1383_G_GEN2 1383 G GEN2 1976Combustion Turbine 1384_B_1 1384 B 1 1965 Coal Steam 1384_B_2 1384 B 2 1969Coal Steam 1385_B_1 1385 B 1 1954Coal Steam 1385_B_2 1385 B 2 1954Coal Steam 1385_B_3 1385 B 3 1957 Coal Steam 1385_B_4 1385 B 4 1960Coal Steam 1394_B_1 1394 B 1 1960O/G Steam 1394_B_2 1394 B 2 1964O/G Steam 1394_B_3 1394 B 3 1968 O/G Steam 1394_B_4 1394 B 4 1973 O/G Steam 1394_B_5 1394 B 5 1976O/G Steam 1400_B_1 1400 B 1 1953 O/G Steam 1400_B_2 1400 B 2 1956O/G Steam 1400_B_3 1400 B 3 1971 O/G Steam 1402_B_1 1402 B 1 1961 O/G Steam 1402_B_2 1402 B 2 1966O/G Steam 1402_B_3 1402 B 3 1969O/G Steam 1403_B_1 1403 B 1 1951 O/G Steam 1403_B_2 1403 B 2 1953 O/G Steam 1403_B_3 1403 B 3 1955 O/G Steam 1403_B_4 1403 B 4 1971 O/G Steam 1403_B_5 1403 B 5 1973 O/G Steam 1404_B_10 1404 B 10 1958 O/G Steam 1404_G_7A 1404 G 7A 1974Combined Cycle 1404_G_7B 1404 G 7B 1974Combined Cycle 1404_G_7C 1404 G 7C 1974Combined Cycle 1407_B_3 1407 B 3 1950O/G Steam 1409_B_1 1409 B 1 1957O/G Steam 1409_B_2 1409 B 2 1963 O/G Steam 1409_B_3 1409 B 3 1967O/G Steam 1416_B_5A 1416 B 5A 1960O/G Steam 1416_G_CT1 1416 G CT1 2010Combined Cycle 1416_G_CT2 1416 G CT2 2010Combined Cycle

IPMUnitsAllocFactors 39 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 1416_G_ST1 1416 G ST1 2010Combined Cycle 1417_B_1 1417 B 1 1947O/G Steam 1417_B_2 1417 B 2 1949O/G Steam 1417_B_3 1417 B 3 1957O/G Steam 1417_B_4 1417 B 4 1959O/G Steam 1448_B_10 1448 B 10 1961 O/G Steam 1448_B_11 1448 B 11 1965 O/G Steam 1448_B_12 1448 B 12 1969O/G Steam 1507_B_1 1507 B 1 1957O/G Steam 1507_B_2 1507 B 2 1958 O/G Steam 1507_B_3 1507 B 3 1965 O/G Steam 1507_B_4 1507 B 4 1978 O/G Steam 1552_B_1 1552 B 1 1961 Coal Steam 1552_B_2 1552 B 2 1963 Coal Steam

1552_G_GT1 1552 G GT1 1967 Combustion Turbine 1553_B_3 1553 B 3 2008 O/G Steam 1554_B_1 1554 B 1 1956O/G Steam 1554_B_2 1554 B 2 1959Coal Steam 1554_B_3 1554 B 3 1966Coal Steam 1554_B_4 1554 B 4 1972O/G Steam

1554_G_GT1 1554 G GT1 1967 Combustion Turbine 1559_B_4 1559 B 4 1951 O/G Steam

1559_G_GT6 1559 G GT6 1970Combustion Turbine

1559_G_GT7 1559 G GT7 1970Combustion Turbine

1559_G_GT8 1559 G GT8 1970Combustion Turbine 1564_B_8 1564 B 8 1971 O/G Steam

1564_G_10 1564 G 10 1968 Combustion Turbine 1570_B_11 1570 B 11 1958 Coal Steam 1570_B_9 1570 B 9 1947 Coal Steam 1571_B_1 1571 B 1 1964Coal Steam 1571_B_2 1571 B 2 1965 Coal Steam 1571_B_3 1571 B 3 1975 O/G Steam 1571_B_4 1571 B 4 1981 O/G Steam

1571_G_GT1 1571 G GT1 1967 Combustion Turbine

1571_G_GT2 1571 G GT2 1974Combustion Turbine

IPMUnitsAllocFactors 40 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

1571_G_GT3 1571 G GT3 1991 Combustion Turbine

1571_G_GT4 1571 G GT4 1991 Combustion Turbine

1571_G_GT5 1571 G GT5 1991 Combustion Turbine

1571_G_GT6 1571 G GT6 1991 Combustion Turbine

1571_G_SGT1 1571 G SGT1 1990Combustion Turbine 1572_B_1 1572 B 1 1959Coal Steam 1572_B_2 1572 B 2 1960Coal Steam 1572_B_3 1572 B 3 1962Coal Steam

1572_G_GT1 1572 G GT1 1967 Combustion Turbine

1572_G_GT2 1572 G GT2 1992Combustion Turbine

1572_G_GT3 1572 G GT3 1992Combustion Turbine 1573_B_1 1573 B 1 1970Coal Steam 1573_B_2 1573 B 2 1971 Coal Steam

1573_G_3 1573 G 3 1973 Combustion Turbine

1573_G_4 1573 G 4 1973 Combustion Turbine

1573_G_5 1573 G 5 1973 Combustion Turbine

1573_G_6 1573 G 6 1973 Combustion Turbine

1573_G_GT1 1573 G GT1 1970Combustion Turbine

1573_G_GT2 1573 G GT2 1971 Combustion Turbine 1588_B_7 1588 B 7 1975 O/G Steam

1588_G_GT1 1588 G GT1 1969Combustion Turbine 1588_G_GT81 1588 G GT81 2003 Combined Cycle 1588_G_GT82 1588 G GT82 2003 Combined Cycle 1588_G_GT93 1588 G GT93 2003 Combined Cycle 1588_G_GT94 1588 G GT94 2003 Combined Cycle 1588_G_ST85 1588 G ST85 2003 Combined Cycle 1588_G_ST96 1588 G ST96 2003 Combined Cycle

1589_G_LST1 1589 G LST1 1966Combustion Turbine

IPMUnitsAllocFactors 41 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 1590_G_1 1590 G 1 1972Nuclear 1595_G_1 1595 G 1 1949Combined Cycle 1595_G_2 1595 G 2 1951 Combined Cycle 1595_G_3 1595 G 3 1958 Combined Cycle 1595_G_GEN4 1595 G GEN4 2002Combined Cycle

1595_G_JET1 1595 G JET1 1970Combustion Turbine 1599_B_1 1599 B 1 1968 O/G Steam 1599_B_2 1599 B 2 1976O/G Steam 1606_B_1 1606 B 1 1960Coal Steam 1619_B_1 1619 B 1 1963 Coal Steam 1619_B_2 1619 B 2 1964Coal Steam 1619_B_3 1619 B 3 1969Coal Steam 1619_B_4 1619 B 4 1974O/G Steam

1619_G_IC1 1619 G IC1 1967 Combustion Turbine

1619_G_IC3 1619 G IC3 1967 Combustion Turbine

1619_G_IC4 1619 G IC4 1967 Combustion Turbine 1626_B_1 1626 B 1 1951 Coal Steam 1626_B_2 1626 B 2 1952Coal Steam 1626_B_3 1626 B 3 1958 Coal Steam 1626_B_4 1626 B 4 1972O/G Steam 1682_B_8 1682 B 8 1966O/G Steam 1682_G_9A 1682 G 9A 1976Combined Cycle 1682_G_CA9 1682 G CA9 1975 Combined Cycle 1695_B_1 1695 B 1 1948 O/G Steam 1695_B_2 1695 B 2 1948 O/G Steam 1695_B_3 1695 B 3 1948 O/G Steam 1695_B_4 1695 B 4 1956Coal Steam 1695_B_5 1695 B 5 1957 Coal Steam 1702_B_1 1702 B 1 1959Coal Steam 1702_B_2 1702 B 2 1961 Coal Steam 1702_B_3 1702 B 3 1975 O/G Steam 1702_B_4 1702 B 4 1977O/G Steam 1710_B_1 1710 B 1 1962Coal Steam 1710_B_2 1710 B 2 1967 Coal Steam 1710_B_3 1710 B 3 1980Coal Steam

1710_G_A 1710 G A 1968 Combustion Turbine 1715_G_1 1715 G 1 1972Nuclear 1720_B_7 1720 B 7 1955 Coal Steam 1720_B_8 1720 B 8 1958 Coal Steam

IPMUnitsAllocFactors 42 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

1720_G_A 1720 G A 1968 Combustion Turbine 1723_B_1 1723 B 1 1952Coal Steam 1723_B_2 1723 B 2 1952Coal Steam 1723_B_3 1723 B 3 1953 Coal Steam

1723_G_A 1723 G A 1968 Combustion Turbine 1726_B_15 1726 B 15 1951 O/G Steam 1726_B_16 1726 B 16 1951 O/G Steam 1726_B_17 1726 B 17 1951 O/G Steam 1726_B_18 1726 B 18 1951 O/G Steam

1726_G_1 1726 G 1 1971 Combustion Turbine

1726_G_2 1726 G 2 1971 Combustion Turbine 1729_G_2 1729 G 2 1988Nuclear

1729_G_3 1729 G 3 1966Combustion Turbine

1729_G_4 1729 G 4 1966Combustion Turbine

1729_G_GT1 1729 G GT1 1966Combustion Turbine

1729_G_GT2 1729 G GT2 1966Combustion Turbine 1731_B_1 1731 B 1 1968 Coal Steam

1731_G_IC1 1731 G IC1 1967 Combustion Turbine

1731_G_IC2 1731 G IC2 1967 Combustion Turbine 1732_B_10 1732 B 10 1943 Coal Steam 1732_B_11 1732 B 11 1947 Coal Steam 1732_B_12 1732 B 12 1943 Coal Steam 1732_B_9 1732 B 9 1942Coal Steam 1733_B_1 1733 B 1 1972Coal Steam 1733_B_2 1733 B 2 1973 Coal Steam 1733_B_3 1733 B 3 1973 Coal Steam 1733_B_4 1733 B 4 1974Coal Steam

1733_G_IC1 1733 G IC1 1969Combustion Turbine

1733_G_IC2 1733 G IC2 1969Combustion Turbine

1733_G_IC3 1733 G IC3 1969Combustion Turbine

IPMUnitsAllocFactors 43 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

1733_G_IC4 1733 G IC4 1969Combustion Turbine

1733_G_IC5 1733 G IC5 1969Combustion Turbine 1740_B_1 1740 B 1 1956O/G Steam 1740_B_2 1740 B 2 1957 Coal Steam 1740_B_3 1740 B 3 1958 Coal Steam

1740_G_IC1 1740 G IC1 1967 Combustion Turbine

1740_G_IC2 1740 G IC2 1967 Combustion Turbine

1740_G_IC3 1740 G IC3 1967 Combustion Turbine

1740_G_IC4 1740 G IC4 1967 Combustion Turbine 1743_B_1 1743 B 1 1953 Coal Steam 1743_B_2 1743 B 2 1953 Coal Steam 1743_B_3 1743 B 3 1954Coal Steam 1743_B_4 1743 B 4 1954Coal Steam 1743_B_6 1743 B 6 1961 Coal Steam 1743_B_7 1743 B 7 1969Coal Steam

1743_G_11 1743 G 11 1968 Combustion Turbine

1743_G_12A 1743 G 12A 1970Combustion Turbine

1743_G_12B 1743 G 12B 1970Combustion Turbine 1745_B_16 1745 B 16 1949Coal Steam 1745_B_17 1745 B 17 1949Coal Steam 1745_B_18 1745 B 18 1949Coal Steam 1745_B_19 1745 B 19 1950Coal Steam 1745_B_9A 1745 B 9A 1968 Coal Steam 1769_B_3 1769 B 3 1964Coal Steam 1769_B_4 1769 B 4 1966Coal Steam 1769_B_5 1769 B 5 1974Coal Steam 1769_B_6 1769 B 6 1975 Coal Steam 1769_B_7 1769 B 7 1978 Coal Steam 1769_B_8 1769 B 8 1978 Coal Steam 1769_B_9 1769 B 9 1979Coal Steam 1771_B_1 1771 B 1 1958 Coal Steam 1771_B_2 1771 B 2 1958 Coal Steam

1771_G_3 1771 G 3 2003 Combustion Turbine 1771_G_4 1771 G 4 1921 Hydro

IPMUnitsAllocFactors 44 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 1822_B_5 1822 B 5 1950O/G Steam 1822_B_6 1822 B 6 1958 O/G Steam 1822_B_7 1822 B 7 1979O/G Steam

1822_G_GT1 1822 G GT1 1974Combustion Turbine 1825_B_3 1825 B 3 1983 Coal Steam 1830_B_3 1830 B 3 1951 Coal Steam 1830_B_4 1830 B 4 1962Coal Steam 1830_B_5 1830 B 5 1969Coal Steam 1831_B_1 1831 B 1 1954Coal Steam 1831_B_2 1831 B 2 1958 Coal Steam 1831_B_3 1831 B 3 1961 Coal Steam 1831_B_4 1831 B 4 1964Coal Steam 1831_B_5 1831 B 5 1968 Coal Steam 1831_B_6 1831 B 6 1970Coal Steam 1832_B_1 1832 B 1 1973 Coal Steam 1843_B_2 1843 B 2 1972Coal Steam 1843_B_3 1843 B 3 1983 Coal Steam 1866_B_5 1866 B 5 1948 Coal Steam 1866_B_7 1866 B 7 1948 Coal Steam 1866_B_8 1866 B 8 1948 Coal Steam

1866_G_DG1 1866 G DG1 2006Combustion Turbine

1866_G_DG2 1866 G DG2 2006Combustion Turbine

1866_G_DG3 1866 G DG3 2006Combustion Turbine 1880_G_6 1880 G 6 1967 Combined Cycle

1880_G_8 1880 G 8 2001 Combustion Turbine 1888_B_1 1888 B 1 1950O/G Steam 1888_B_3 1888 B 3 1962O/G Steam

1888_G_4 1888 G 4 1974Combustion Turbine 1891_B_1 1891 B 1 1953 Coal Steam 1891_B_2 1891 B 2 1953 Coal Steam 1893_B_1 1893 B 1 1958 Coal Steam 1893_B_2 1893 B 2 1960Coal Steam 1893_B_3 1893 B 3 1973 Coal Steam 1893_B_4 1893 B 4 1980Coal Steam

1893_G_D4 1893 G D4 1980Combustion Turbine 1897_B_3 1897 B 3 1988 Other Steam 1897_B_4 1897 B 4 1988 Other Steam

IPMUnitsAllocFactors 45 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 1904_B_3 1904 B 3 1955 Coal Steam 1904_B_4 1904 B 4 1960Coal Steam 1904_G_2 1904 G 2 1954Combined Cycle 1904_G_5 1904 G 5 2002Combined Cycle 1912_G_7 1912 G 7 2008 Combined Cycle 1912_G_8 1912 G 8 2008 Combined Cycle 1915_B_1 1915 B 1 1968 Coal Steam 1918_B_4 1918 B 4 1953 O/G Steam 1922_G_1 1922 G 1 1971 Nuclear 1925_G_1 1925 G 1 1974Nuclear 1925_G_2 1925 G 2 1974Nuclear 1926_B_1 1926 B 1 1949Other Steam 1926_B_2 1926 B 2 1949Other Steam 1927_G_10 1927 G 10 2009Combined Cycle 1927_G_9 1927 G 9 2009Combined Cycle 1934_B_1 1934 B 1 1948 Other Steam 1934_B_2 1934 B 2 1948 Other Steam 1943_B_2 1943 B 2 1959Coal Steam 1943_B_3 1943 B 3 1964Coal Steam

1943_G_D1 1943 G D1 1967 Combustion Turbine

1943_G_D2 1943 G D2 1967 Combustion Turbine 1943_G_H1 1943 G H1 1914Hydro 1960_B_1 1960 B 1 1955 O/G Steam 1960_B_3 1960 B 3 1935 O/G Steam 1960_B_4 1960 B 4 1935 O/G Steam 1960_B_5 1960 B 5 1935 O/G Steam

1960_G_5 1960 G 5 1961 Combustion Turbine 1973_B_1 1973 B 1 1945 O/G Steam 1973_B_2 1973 B 2 1945 O/G Steam 1973_B_3 1973 B 3 1945 O/G Steam 1973_B_4 1973 B 4 1945 O/G Steam

1973_G_6 1973 G 6 1975 Combustion Turbine

1973_G_7 1973 G 7 1975 Combustion Turbine 2008_B_1 2008 B 1 1948 Coal Steam 2008_B_2 2008 B 2 1953 Coal Steam 2008_B_3 2008 B 3 1962Coal Steam 2008_B_4 2008 B 4 1969Coal Steam 2018_B_10 2018 B 10 1954O/G Steam 2018_B_7 2018 B 7 1954Coal Steam

IPMUnitsAllocFactors 46 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 2018_B_9 2018 B 9 1954Coal Steam 2018_B_wood 2018 B wood 2007Other Steam 2039_B_1 2039 B 1 1951 Other Steam 2039_B_2 2039 B 2 1951 Other Steam 2039_B_3 2039 B 3 1959Other Steam 2046_B_1 2046 B 1 1945 O/G Steam 2046_B_2 2046 B 2 1947O/G Steam 2046_B_3 2046 B 3 1949O/G Steam 2049_B_1 2049 B 1 1957O/G Steam 2049_B_2 2049 B 2 1960O/G Steam 2049_B_3 2049 B 3 1962O/G Steam 2049_B_4 2049 B 4 1968 Coal Steam 2049_B_5 2049 B 5 1973 Coal Steam

2049_G_A 2049 G A 1970Combustion Turbine 2050_B_1 2050 B 1 1966O/G Steam 2050_B_2 2050 B 2 1971 O/G Steam 2051_B_1 2051 B 1 1953 O/G Steam 2051_B_2 2051 B 2 1953 O/G Steam 2053_B_1A 2053 B 1A 1977O/G Steam 2053_B_3 2053 B 3 1951 O/G Steam 2053_B_4 2053 B 4 1959O/G Steam

2053_G_GT1 2053 G GT1 1968 Combustion Turbine 2079_B_5A 2079 B 5A 2001 Coal Steam 2079_G_6 2079 G 6 1997 Combined Cycle

2079_G_7 2079 G 7 2000Combustion Turbine

2079_G_8 2079 G 8 2000Combustion Turbine 2079_G_9 2079 G 9 2000Combined Cycle 2080_B_1 2080 B 1 1958 Coal Steam 2080_B_2 2080 B 2 1960Coal Steam 2080_B_3 2080 B 3 1964Coal Steam 2094_B_1 2094 B 1 1960Coal Steam 2094_B_2 2094 B 2 1962Coal Steam 2094_B_3 2094 B 3 1969Coal Steam 2098_B_1 2098 B 1 1961 O/G Steam 2098_B_2 2098 B 2 1961 O/G Steam 2098_B_3 2098 B 3 1938 O/G Steam 2098_B_4 2098 B 4 1951 O/G Steam 2098_B_5 2098 B 5 1957 Coal Steam 2098_B_6 2098 B 6 1967 Coal Steam

IPMUnitsAllocFactors 47 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

2098_G_5 2098 G 5 1974Combustion Turbine

2098_G_6 2098 G 6 1989Combustion Turbine

2098_G_7 2098 G 7 1990Combustion Turbine 2103_B_1 2103 B 1 1970Coal Steam 2103_B_2 2103 B 2 1971 Coal Steam 2103_B_3 2103 B 3 1972Coal Steam 2103_B_4 2103 B 4 1973 Coal Steam 2104_B_1 2104 B 1 1953 Coal Steam 2104_B_2 2104 B 2 1954Coal Steam 2104_B_3 2104 B 3 1959Coal Steam 2104_B_4 2104 B 4 1961 Coal Steam

2104_G_GT1 2104 G GT1 1974Combustion Turbine

2104_G_GT2 2104 G GT2 2000Combustion Turbine 2107_B_1 2107 B 1 1967 Coal Steam 2107_B_2 2107 B 2 1968 Coal Steam 2161_B_1 2161 B 1 1957 Coal Steam 2161_B_2 2161 B 2 1957 Coal Steam 2161_B_3 2161 B 3 1960Coal Steam 2161_B_4 2161 B 4 1964Coal Steam 2161_B_5 2161 B 5 1970Coal Steam

2161_G_GT1 2161 G GT1 1989Combustion Turbine

2161_G_GT2 2161 G GT2 1992Combustion Turbine 2167_B_1 2167 B 1 1972Coal Steam 2167_B_2 2167 B 2 1977 Coal Steam 2168_B_MB1 2168 B MB1 1966Coal Steam 2168_B_MB2 2168 B MB2 1969Coal Steam 2168_B_MB3 2168 B MB3 1982Coal Steam 2169_B_1 2169 B 1 1953 Coal Steam 2169_B_2 2169 B 2 1960Coal Steam 2171_B_1 2171 B 1 1954Coal Steam 2171_B_2 2171 B 2 1954Coal Steam 2187_B_2 2187 B 2 1968 Coal Steam 2226_B_1 2226 B 1 1958 O/G Steam 2289_G_1 2289 G 1 1973Nuclear 2291_B_1 2291 B 1 1954Coal Steam 2291_B_2 2291 B 2 1957 Coal Steam 2291_B_3 2291 B 3 1959Coal Steam

IPMUnitsAllocFactors 48 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 2291_B_4 2291 B 4 1963 Coal Steam 2291_B_5 2291 B 5 1968 Coal Steam 2330_B_1 2330 B 1 1968 O/G Steam 2330_B_2 2330 B 2 1971 O/G Steam 2364_B_1 2364 B 1 1960Coal Steam 2364_B_2 2364 B 2 1968 Coal Steam

2364_G_GT1 2364 G GT1 1968 Combustion Turbine

2364_G_GT2 2364 G GT2 1969Combustion Turbine 2367_B_4 2367 B 4 1952Coal Steam 2367_B_5 2367 B 5 2006Other Steam 2367_B_6 2367 B 6 1957 Coal Steam

2367_G_GT1 2367 G GT1 1970Combustion Turbine 2378_B_1 2378 B 1 1962Coal Steam 2378_B_2 2378 B 2 1964Coal Steam 2378_B_3 2378 B 3 1974O/G Steam

2378_G_IC1 2378 G IC1 1961 Combustion Turbine

2378_G_IC2 2378 G IC2 1961 Combustion Turbine

2378_G_IC3 2378 G IC3 1961 Combustion Turbine

2378_G_IC4 2378 G IC4 1961 Combustion Turbine 2384_B_1 2384 B 1 1958 O/G Steam 2384_B_8 2384 B 8 1954Coal Steam 2388_G_1 2388 G 1 1969Nuclear

2390_G_GT1 2390 G GT1 1972Combustion Turbine

2390_G_GT2 2390 G GT2 1972Combustion Turbine

2390_G_GT3 2390 G GT3 1972Combustion Turbine

2390_G_GT4 2390 G GT4 1973 Combustion Turbine

2399_G_111 2399 G 111 1972Combustion Turbine

2399_G_112 2399 G 112 1972Combustion Turbine

2399_G_113 2399 G 113 1972Combustion Turbine

IPMUnitsAllocFactors 49 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

2399_G_114 2399 G 114 1972Combustion Turbine

2399_G_121 2399 G 121 2000Combustion Turbine

2399_G_122 2399 G 122 2000Combustion Turbine

2399_G_123 2399 G 123 2000Combustion Turbine

2399_G_124 2399 G 124 2000Combustion Turbine

2399_G_8 2399 G 8 1967 Combustion Turbine

2399_G_91 2399 G 91 1972Combustion Turbine

2399_G_92 2399 G 92 1972Combustion Turbine

2399_G_93 2399 G 93 1972Combustion Turbine

2399_G_94 2399 G 94 1972Combustion Turbine 2403_B_1 2403 B 1 1964O/G Steam 2403_B_2 2403 B 2 1967 Coal Steam

2404_G_10 2404 G 10 1970Combustion Turbine

2404_G_11 2404 G 11 1969Combustion Turbine

2404_G_9 2404 G 9 1967 Combustion Turbine

2404_G_N121 2404 G N121 2001 Combustion Turbine

2404_G_N122 2404 G N122 2001 Combustion Turbine

2404_G_N123 2404 G N123 2001 Combustion Turbine

2404_G_N124 2404 G N124 2001 Combustion Turbine 2406_G_1001 2406 G 1001 2006Combined Cycle 2406_G_1101 2406 G 1101 2006Combined Cycle 2406_G_1201 2406 G 1201 2006Combined Cycle 2406_G_2001 2406 G 2001 2006Combined Cycle 2406_G_2101 2406 G 2101 2006Combined Cycle 2406_G_2201 2406 G 2201 2006Combined Cycle

2406_G_3 2406 G 3 1967 Combustion Turbine

IPMUnitsAllocFactors 50 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

2406_G_5 2406 G 5 2000Combustion Turbine

2406_G_6 2406 G 6 2000Combustion Turbine

2406_G_7 2406 G 7 1995 Combustion Turbine

2406_G_8 2406 G 8 1995 Combustion Turbine 2408_B_1 2408 B 1 1960Coal Steam 2408_B_2 2408 B 2 1961 Coal Steam

2408_G_3 2408 G 3 1967 Combustion Turbine 2410_G_1 2410 G 1 1977Nuclear 2410_G_2 2410 G 2 1981 Nuclear

2410_G_3 2410 G 3 1971 Combustion Turbine 2411_B_1 2411 B 1 1948 O/G Steam 2411_B_2 2411 B 2 1948 O/G Steam 2411_B_3 2411 B 3 1949O/G Steam 2411_B_4 2411 B 4 1951 O/G Steam

2411_G_6 2411 G 6 1965 Combustion Turbine 2442_B_1 2442 B 1 1963 Coal Steam 2442_B_2 2442 B 2 1963 Coal Steam 2442_B_3 2442 B 3 1964Coal Steam 2442_B_4 2442 B 4 1969Coal Steam 2442_B_5 2442 B 5 1970Coal Steam 2451_B_1 2451 B 1 1976Coal Steam 2451_B_2 2451 B 2 1973 Coal Steam 2451_B_3 2451 B 3 1979Coal Steam 2451_B_4 2451 B 4 1982Coal Steam 2465_G_1 2465 G 1 1955 Combined Cycle 2465_G_2 2465 G 2 1955 Combined Cycle 2465_G_3 2465 G 3 1958 O/G Steam 2465_G_GT1 2465 G GT1 1994Combined Cycle 2465_G_HY1 2465 G HY1 1927Hydro 2465_G_ST4 2465 G ST4 1960O/G Steam 2480_B_1 2480 B 1 1951 O/G Steam 2480_B_2 2480 B 2 1954O/G Steam 2480_B_3 2480 B 3 1987 Coal Steam 2480_B_4 2480 B 4 1987 Coal Steam

2480_G_5 2480 G 5 1967 Combustion Turbine

IPMUnitsAllocFactors 51 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

2480_G_6 2480 G 6 1967 Combustion Turbine 2491_B_001 2491 B 001 1977O/G Steam 2493_B_60 2493 B 60 1951 O/G Steam 2493_B_70 2493 B 70 1955 O/G Steam 2493_G_1 2493 G 1 2005 Combined Cycle 2493_G_2 2493 G 2 2005 Combined Cycle 2497_G_2 2497 G 2 1973Nuclear 2500_B_10 2500 B 10 1963 O/G Steam 2500_B_20 2500 B 20 1963 O/G Steam 2500_B_30 2500 B 30 1965 O/G Steam 2500_G_4 2500 G 4 2003 Combined Cycle

2500_G_GT1 2500 G GT1 1967 Combustion Turbine

2500_G_GT10 2500 G GT10 1969Combustion Turbine

2500_G_GT11 2500 G GT11 1969Combustion Turbine

2500_G_GT21 2500 G GT21 1969Combustion Turbine

2500_G_GT22 2500 G GT22 1969Combustion Turbine

2500_G_GT23 2500 G GT23 1969Combustion Turbine

2500_G_GT24 2500 G GT24 1969Combustion Turbine

2500_G_GT31 2500 G GT31 1969Combustion Turbine

2500_G_GT32 2500 G GT32 1969Combustion Turbine

2500_G_GT33 2500 G GT33 1969Combustion Turbine

2500_G_GT34 2500 G GT34 1969Combustion Turbine

2500_G_GT4 2500 G GT4 1969Combustion Turbine

2500_G_GT5 2500 G GT5 1969Combustion Turbine

2500_G_GT6 2500 G GT6 1969Combustion Turbine

2500_G_GT7 2500 G GT7 1969Combustion Turbine

2500_G_GT8 2500 G GT8 1969Combustion Turbine

IPMUnitsAllocFactors 52 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

2500_G_GT9 2500 G GT9 1969Combustion Turbine 2511_B_10 2511 B 10 1956O/G Steam 2511_B_20 2511 B 20 1963 O/G Steam

2511_G_10 2511 G 10 1971 Combustion Turbine

2511_G_11 2511 G 11 1971 Combustion Turbine

2511_G_12 2511 G 12 1971 Combustion Turbine

2511_G_3 2511 G 3 1970Combustion Turbine

2511_G_4 2511 G 4 1970Combustion Turbine

2511_G_5 2511 G 5 1970Combustion Turbine

2511_G_6 2511 G 6 1970Combustion Turbine

2511_G_7 2511 G 7 1970Combustion Turbine

2511_G_8 2511 G 8 1970Combustion Turbine

2511_G_9 2511 G 9 1971 Combustion Turbine

2511_G_GT1 2511 G GT1 1970Combustion Turbine

2511_G_GT2 2511 G GT2 1970Combustion Turbine 2513_B_40 2513 B 40 1953 O/G Steam 2514_B_40 2514 B 40 1952O/G Steam 2514_B_50 2514 B 50 1954O/G Steam

2514_G_GT2 2514 G GT2 1972Combustion Turbine

2514_G_GT3 2514 G GT3 1972Combustion Turbine 2516_B_1 2516 B 1 1967O/G Steam 2516_B_2 2516 B 2 1968 O/G Steam 2516_B_3 2516 B 3 1972O/G Steam 2516_B_4 2516 B 4 1977O/G Steam

2516_G_GT1 2516 G GT1 1967 Combustion Turbine 2517_B_3 2517 B 3 1958 O/G Steam 2517_B_4 2517 B 4 1960O/G Steam

IPMUnitsAllocFactors 53 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

2517_G_GT1 2517 G GT1 1966Combustion Turbine

2517_G_GT2 2517 G GT2 2002Combustion Turbine

2517_G_GT3 2517 G GT3 2002Combustion Turbine 2526_B_11 2526 B 11 1943 Coal Steam 2526_B_12 2526 B 12 1943 Coal Steam 2526_B_13 2526 B 13 1951 Coal Steam 2535_B_1 2535 B 1 1955 Coal Steam 2535_B_2 2535 B 2 1958 Coal Steam 2539_G_5 2539 G 5 2005 Combined Cycle 2539_G_6 2539 G 6 2005 Combined Cycle 2539_G_7 2539 G 7 2005 Combined Cycle 2539_G_8 2539 G 8 2005 Combined Cycle 2549_B_67 2549 B 67 1957 Coal Steam 2549_B_68 2549 B 68 1958 Coal Steam 2554_B_1 2554 B 1 1950Coal Steam 2554_B_2 2554 B 2 1950Coal Steam 2554_B_3 2554 B 3 1959Coal Steam 2554_B_4 2554 B 4 1960Coal Steam 2589_G_1 2589 G 1 1969Nuclear 2589_G_2 2589 G 2 1969Nuclear 2594_B_5 2594 B 5 1976O/G Steam 2594_B_6 2594 B 6 1980O/G Steam 2625_B_1 2625 B 1 1972O/G Steam 2625_B_2 2625 B 2 1974O/G Steam 2642_B_1 2642 B 1 1948 Coal Steam 2642_B_2 2642 B 2 1950Coal Steam 2642_B_3 2642 B 3 1953 Coal Steam 2642_B_4 2642 B 4 1957 Coal Steam 2706_B_1 2706 B 1 1964Coal Steam 2706_B_2 2706 B 2 1971 Coal Steam

2706_G_GT1 2706 G GT1 1999Combustion Turbine

2706_G_GT2 2706 G GT2 2000Combustion Turbine 2708_B_5 2708 B 5 1956Coal Steam 2708_B_6 2708 B 6 1958 Coal Steam 2708_G_1 2708 G 1 1923 Combined Cycle 2708_G_1A 2708 G 1A 1969Combined Cycle 2708_G_1B 2708 G 1B 1969Combined Cycle 2708_G_2 2708 G 2 1924Combined Cycle 2708_G_2A 2708 G 2A 1969Combined Cycle

IPMUnitsAllocFactors 54 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 2708_G_2B 2708 G 2B 1969Combined Cycle 2709_B_1 2709 B 1 1952Coal Steam 2709_B_2 2709 B 2 1951 Coal Steam 2709_B_3 2709 B 3 1962Coal Steam

2709_G_GT1 2709 G GT1 1968 Combustion Turbine

2709_G_GT2 2709 G GT2 1971 Combustion Turbine

2709_G_GT3 2709 G GT3 1971 Combustion Turbine

2709_G_GT4 2709 G GT4 1971 Combustion Turbine 2712_B_1 2712 B 1 1966Coal Steam 2712_B_2 2712 B 2 1968 Coal Steam 2712_B_3A 2712 B 3A 1973 Coal Steam 2712_B_3B 2712 B 3B 1973 Coal Steam 2712_B_4A 2712 B 4A 1980Coal Steam 2712_B_4B 2712 B 4B 1980Coal Steam 2713_B_1 2713 B 1 1954Coal Steam 2713_B_2 2713 B 2 1955 Coal Steam 2713_B_3 2713 B 3 1972Coal Steam

2713_G_GT1 2713 G GT1 1968 Combustion Turbine

2713_G_GTA 2713 G GTA 1969Combustion Turbine

2713_G_GTB 2713 G GTB 1969Combustion Turbine 2716_B_1 2716 B 1 1949Coal Steam 2716_B_2 2716 B 2 1950Coal Steam 2716_B_3 2716 B 3 1952Coal Steam

2716_G_GT1 2716 G GT1 1970Combustion Turbine

2716_G_GT2 2716 G GT2 1970Combustion Turbine

2716_G_GT3 2716 G GT3 1971 Combustion Turbine

2716_G_GT4 2716 G GT4 1971 Combustion Turbine 2718_B_1 2718 B 1 1957 Coal Steam 2718_B_2 2718 B 2 1957 Coal Steam 2718_B_3 2718 B 3 1959Coal Steam 2718_B_4 2718 B 4 1960Coal Steam 2718_B_5 2718 B 5 1961 Coal Steam 2720_B_5 2720 B 5 1941 Coal Steam

IPMUnitsAllocFactors 55 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 2720_B_6 2720 B 6 1941 Coal Steam 2720_B_7 2720 B 7 1942Coal Steam 2720_B_8 2720 B 8 1953 Coal Steam 2720_B_9 2720 B 9 1953 Coal Steam 2721_B_5 2721 B 5 1972Coal Steam 2721_B_6 2721 B 6 2011 Coal Steam 2723_B_1 2723 B 1 1949Coal Steam 2723_B_2 2723 B 2 1950Coal Steam 2723_B_3 2723 B 3 1955 Coal Steam 2727_B_1 2727 B 1 1965 Coal Steam 2727_B_2 2727 B 2 1966Coal Steam 2727_B_3 2727 B 3 1969Coal Steam 2727_B_4 2727 B 4 1970Coal Steam 2732_B_10 2732 B 10 1954Coal Steam 2732_B_7 2732 B 7 1952Coal Steam 2732_B_8 2732 B 8 1952Coal Steam 2732_B_9 2732 B 9 1954Coal Steam 2790_B_B1 2790 B B1 1954Coal Steam 2790_B_B2 2790 B B2 1963 Coal Steam 2817_B_1 2817 B 1 1966Coal Steam 2817_B_2 2817 B 2 1975 Coal Steam 2823_B_B1 2823 B B1 1970Coal Steam 2823_B_B2 2823 B B2 1977 Coal Steam 2824_B_1 2824 B 1 1967 Coal Steam 2824_B_10 2824 B 10 1982Coal Steam 2828_B_1 2828 B 1 1967 Coal Steam 2828_B_2 2828 B 2 1967 Coal Steam 2828_B_3 2828 B 3 1977 Coal Steam 2830_B_1 2830 B 1 1952Coal Steam 2830_B_2 2830 B 2 1953 Coal Steam 2830_B_3 2830 B 3 1954Coal Steam 2830_B_4 2830 B 4 1958 Coal Steam 2830_B_5 2830 B 5 1962Coal Steam 2830_B_6 2830 B 6 1969Coal Steam

2830_G_GT1 2830 G GT1 1972Combustion Turbine

2830_G_GT2 2830 G GT2 1972Combustion Turbine

2830_G_GT3 2830 G GT3 1972Combustion Turbine

2830_G_GT4 2830 G GT4 1972Combustion Turbine 2832_B_5-1 2832 B 5-1 1949Coal Steam 2832_B_5-2 2832 B 5-2 1949Coal Steam

IPMUnitsAllocFactors 56 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 2832_B_6 2832 B 6 1960Coal Steam 2832_B_7 2832 B 7 1975 Coal Steam 2832_B_8 2832 B 8 1978 Coal Steam

2832_G_GT3 2832 G GT3 1971 Combustion Turbine

2832_G_GT4 2832 G GT4 1971 Combustion Turbine

2832_G_GT5 2832 G GT5 1971 Combustion Turbine

2832_G_GT6 2832 G GT6 1971 Combustion Turbine 2835_B_7 2835 B 7 1958 Coal Steam 2836_B_10 2836 B 10 1949Coal Steam 2836_B_12 2836 B 12 1970Coal Steam

2836_G_10 2836 G 10 1971 Combustion Turbine 2837_B_1 2837 B 1 1953 Coal Steam 2837_B_2 2837 B 2 1953 Coal Steam 2837_B_3 2837 B 3 1954Coal Steam 2837_B_4 2837 B 4 1956Coal Steam 2837_B_5 2837 B 5 1972Coal Steam

2837_G_6 2837 G 6 1973 Combustion Turbine 2838_B_18 2838 B 18 1962Coal Steam

2838_G_D1 2838 G D1 1966Combustion Turbine

2838_G_D2 2838 G D2 1966Combustion Turbine 2840_B_4 2840 B 4 1973 Coal Steam 2840_B_5 2840 B 5 1976Coal Steam 2840_B_6 2840 B 6 1978 Coal Steam 2843_B_9 2843 B 9 1955 Coal Steam 2848_B_H-1 2848 B H-1 1948 Coal Steam 2848_B_H-2 2848 B H-2 1949Coal Steam 2848_B_H-3 2848 B H-3 1950Coal Steam 2848_B_H-4 2848 B H-4 1951 Coal Steam 2848_B_H-5 2848 B H-5 1952Coal Steam 2848_B_H-6 2848 B H-6 1953 Coal Steam

2848_G_7 2848 G 7 1968 Combustion Turbine 2850_B_1 2850 B 1 1971 Coal Steam 2850_B_2 2850 B 2 1970Coal Steam 2850_B_3 2850 B 3 1972Coal Steam 2850_B_4 2850 B 4 1974Coal Steam

IPMUnitsAllocFactors 57 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

2850_G_D1 2850 G D1 1969Combustion Turbine

2850_G_D2 2850 G D2 1969Combustion Turbine

2850_G_D3 2850 G D3 1969Combustion Turbine

2850_G_D4 2850 G D4 1969Combustion Turbine

2857_G_CTA 2857 G CTA 1973 Combustion Turbine

2857_G_CTB 2857 G CTB 1973 Combustion Turbine 2861_B_1 2861 B 1 1954Coal Steam 2861_B_2 2861 B 2 1954Coal Steam

2861_G_CTA 2861 G CTA 1972Combustion Turbine 2864_B_5 2864 B 5 1950Coal Steam 2864_B_6 2864 B 6 1950Coal Steam 2864_B_7 2864 B 7 1955 Coal Steam 2864_B_8 2864 B 8 1955 Coal Steam

2864_G_A 2864 G A 1972Combustion Turbine

2864_G_B1 2864 G B1 1972Combustion Turbine

2864_G_B2 2864 G B2 1972Combustion Turbine 2866_B_1 2866 B 1 1959Coal Steam 2866_B_2 2866 B 2 1960Coal Steam 2866_B_3 2866 B 3 1961 Coal Steam 2866_B_4 2866 B 4 1962Coal Steam 2866_B_5 2866 B 5 1967 Coal Steam 2866_B_6 2866 B 6 1969Coal Steam 2866_B_7 2866 B 7 1971 Coal Steam

2866_G_A 2866 G A 1972Combustion Turbine

2866_G_B1 2866 G B1 1972Combustion Turbine

2866_G_B2 2866 G B2 1972Combustion Turbine

2866_G_B3 2866 G B3 1972Combustion Turbine

2866_G_B4 2866 G B4 1972Combustion Turbine 2872_B_1 2872 B 1 1953 Coal Steam

IPMUnitsAllocFactors 58 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 2872_B_2 2872 B 2 1954Coal Steam 2872_B_3 2872 B 3 1957 Coal Steam 2872_B_4 2872 B 4 1958 Coal Steam 2872_B_5 2872 B 5 1968 Coal Steam 2876_B_1 2876 B 1 1955 Coal Steam 2876_B_2 2876 B 2 1955 Coal Steam 2876_B_3 2876 B 3 1955 Coal Steam 2876_B_4 2876 B 4 1955 Coal Steam 2876_B_5 2876 B 5 1955 Coal Steam 2878_B_1 2878 B 1 2000Coal Steam 2878_B_2 2878 B 2 1959Coal Steam 2878_B_3 2878 B 3 1963 Coal Steam 2878_B_4 2878 B 4 1968 Coal Steam

2878_G_CT 2878 G CT 1967 Combustion Turbine 2914_B_4 2914 B 4 1968 Coal Steam 2914_G_2 2914 G 2 1944Coal Steam 2914_G_3 2914 G 3 1954Coal Steam

2914_G_5 2914 G 5 1966Combustion Turbine

2914_G_6 2914 G 6 1992Combustion Turbine 2917_B_1 2917 B 1 1970O/G Steam 2917_B_7 2917 B 7 1964O/G Steam 2917_B_8 2917 B 8 1964Coal Steam 2917_B_9 2917 B 9 1974Coal Steam 2917_G_GT1 2917 G GT1 1964Combined Cycle 2917_G_GT2 2917 G GT2 1971 Combined Cycle 2937_B_4 2937 B 4 1940Coal Steam 2937_B_5 2937 B 5 1940Coal Steam 2937_B_6 2937 B 6 1961 Coal Steam

2937_G_11 2937 G 11 1989Combustion Turbine

2937_G_8 2937 G 8 1972Combustion Turbine 2942_B_5 2942 B 5 1957 Coal Steam 2942_B_6 2942 B 6 1967 Coal Steam

2942_G_7 2942 G 7 1992Combustion Turbine

2942_G_GT1 2942 G GT1 1999Combustion Turbine 2951_B_6 2951 B 6 1958 O/G Steam 2951_B_8 2951 B 8 1969O/G Steam 2951_G_10 2951 G 10 2001 O/G Steam

IPMUnitsAllocFactors 59 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 2951_G_9 2951 G 9 2001 O/G Steam 2951_G_GT7 2951 G GT7 1963 Combined Cycle 2951_G_ST7 2951 G ST7 1963 Combined Cycle 2952_B_3 2952 B 3 1956O/G Steam 2952_B_4 2952 B 4 1977 Coal Steam 2952_B_5 2952 B 5 1978 Coal Steam 2952_B_6 2952 B 6 1984Coal Steam 2953_B_1 2953 B 1 1950O/G Steam 2953_B_2 2953 B 2 1951 O/G Steam 2953_B_3 2953 B 3 1955 O/G Steam 2953_B_4 2953 B 4 1959O/G Steam

2953_G_5A 2953 G 5A 1971 Combustion Turbine

2953_G_5B 2953 G 5B 1971 Combustion Turbine 2956_B_1 2956 B 1 1971 O/G Steam 2956_B_2 2956 B 2 1973 O/G Steam 2956_B_3 2956 B 3 1975 O/G Steam

2956_G_GT1 2956 G GT1 1971 Combustion Turbine 2964_B_8002 2964 B 8002 1954O/G Steam 2964_B_8003 2964 B 8003 1967O/G Steam 2964_B_801N 2964 B 801N 1952O/G Steam 2964_B_801S 2964 B 801S 1952O/G Steam

2964_G_GT1 2964 G GT1 2008 Combustion Turbine

2964_G_GT2 2964 G GT2 2008 Combustion Turbine

2964_G_IC1 2964 G IC1 1966Combustion Turbine 2965_B_1402 2965 B 1402 1956O/G Steam 2965_B_1403 2965 B 1403 1958 O/G Steam 2965_B_1404 2965 B 1404 1958 O/G Steam

2965_G_IC1 2965 G IC1 1967 Combustion Turbine 3000_B_1 3000 B 1 1956O/G Steam 3000_B_2 3000 B 2 1956O/G Steam

3000_G_3 3000 G 3 2004Combustion Turbine

3000_G_4 3000 G 4 2004Combustion Turbine

3000_G_5 3000 G 5 2004Combustion Turbine 3098_B_1 3098 B 1 1952Coal Steam

IPMUnitsAllocFactors 60 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 3098_B_2 3098 B 2 1953 Coal Steam 3098_B_3 3098 B 3 1952Coal Steam 3098_B_4 3098 B 4 1952Coal Steam 3113_B_1 3113 B 1 1958 Coal Steam 3113_B_2 3113 B 2 1962Coal Steam

3113_G_3 3113 G 3 1967 Combustion Turbine

3113_G_4 3113 G 4 1971 Combustion Turbine

3113_G_5 3113 G 5 1994Combustion Turbine 3115_B_1 3115 B 1 1951 Coal Steam 3115_B_2 3115 B 2 1951 Coal Steam 3115_B_3 3115 B 3 1953 Coal Steam

3115_G_4 3115 G 4 1967 Combustion Turbine

3115_G_5 3115 G 5 1970Combustion Turbine 3118_B_1 3118 B 1 1970Coal Steam 3118_B_2 3118 B 2 1971 Coal Steam

3118_G_A 3118 G A 1970Combustion Turbine

3118_G_B 3118 G B 1970Combustion Turbine

3118_G_C 3118 G C 1970Combustion Turbine

3118_G_D 3118 G D 1970Combustion Turbine 3122_B_1 3122 B 1 1969Coal Steam 3122_B_2 3122 B 2 1970Coal Steam 3122_B_3 3122 B 3 1977 Coal Steam 3130_B_1 3130 B 1 2004Coal Steam 3130_B_2 3130 B 2 2003 Coal Steam 3131_B_1 3131 B 1 1954Coal Steam 3131_B_2 3131 B 2 1954Coal Steam 3131_B_3 3131 B 3 1959Coal Steam 3131_B_4 3131 B 4 1960Coal Steam

3131_G_5 3131 G 5 1963 Combustion Turbine

3131_G_6 3131 G 6 1966Combustion Turbine

3131_G_7 3131 G 7 1960Combustion Turbine

IPMUnitsAllocFactors 61 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

3132_G_5 3132 G 5 1972Combustion Turbine 3136_B_1 3136 B 1 1967 Coal Steam 3136_B_2 3136 B 2 1968 Coal Steam

3136_G_3 3136 G 3 1968 Combustion Turbine

3136_G_4 3136 G 4 1968 Combustion Turbine

3136_G_5 3136 G 5 1968 Combustion Turbine

3136_G_6 3136 G 6 1968 Combustion Turbine 3138_B_3 3138 B 3 1952Coal Steam 3138_B_4 3138 B 4 1958 Coal Steam 3138_B_5 3138 B 5 1964Coal Steam

3138_G_EMDA 3138 G EMDA 1959Combustion Turbine

3138_G_EMDB 3138 G EMDB 1959Combustion Turbine 3140_B_1 3140 B 1 1961 Coal Steam 3140_B_2 3140 B 2 1965 Coal Steam 3140_B_3 3140 B 3 1981 Coal Steam

3140_G_BID1 3140 G BID1 1965 Combustion Turbine

3140_G_BID2 3140 G BID2 1965 Combustion Turbine

3140_G_BID3 3140 G BID3 1965 Combustion Turbine 3148_B_3 3148 B 3 1975 O/G Steam 3148_B_4 3148 B 4 1977O/G Steam

3148_G_CTG1 3148 G CTG1 1969Combustion Turbine

3148_G_CTG2 3148 G CTG2 1969Combustion Turbine

3148_G_CTG3 3148 G CTG3 1969Combustion Turbine

3148_G_CTG4 3148 G CTG4 1969Combustion Turbine

3148_G_MCD1 3148 G MCD1 1967 Combustion Turbine

3148_G_MCD2 3148 G MCD2 1967 Combustion Turbine 3149_B_1 3149 B 1 1971 Coal Steam 3149_B_2 3149 B 2 1973 Coal Steam

IPMUnitsAllocFactors 62 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 3152_B_1A 3152 B 1A 1949Coal Steam 3152_B_1B 3152 B 1B 1949Coal Steam 3152_B_2A 3152 B 2A 1949Coal Steam 3152_B_2B 3152 B 2B 1949Coal Steam 3152_B_3 3152 B 3 1951 Coal Steam 3152_B_4 3152 B 4 1953 Coal Steam

3152_G_CTG1 3152 G CTG1 1971 Combustion Turbine

3152_G_CTG2 3152 G CTG2 1971 Combustion Turbine

3152_G_DI2 3152 G DI2 1967 Combustion Turbine 3159_B_1 3159 B 1 1954Coal Steam 3159_B_2 3159 B 2 1955 O/G Steam

3159_G_ICI 3159 G ICI 1954Combustion Turbine

3160_G_10 3160 G 10 1969Combustion Turbine

3160_G_11 3160 G 11 1969Combustion Turbine

3160_G_12 3160 G 12 1969Combustion Turbine

3160_G_9 3160 G 9 1970Combustion Turbine 3161_B_1 3161 B 1 1959Coal Steam 3161_B_2 3161 B 2 1960Coal Steam 3161_B_3 3161 B 3 1974O/G Steam 3161_B_4 3161 B 4 1976O/G Steam

3161_G_10 3161 G 10 1967 Combustion Turbine

3161_G_20 3161 G 20 1967 Combustion Turbine

3161_G_30 3161 G 30 1970Combustion Turbine

3161_G_40 3161 G 40 1970Combustion Turbine 3166_G_2 3166 G 2 1974Nuclear 3166_G_3 3166 G 3 1974Nuclear 3169_B_1 3169 B 1 1958 O/G Steam

3169_G_10 3169 G 10 1969Combustion Turbine

3169_G_11 3169 G 11 1971 Combustion Turbine

IPMUnitsAllocFactors 63 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

3169_G_IC1 3169 G IC1 1967 Combustion Turbine 3178_B_1 3178 B 1 1958 Coal Steam 3178_B_2 3178 B 2 1959Coal Steam 3179_B_1 3179 B 1 1969Coal Steam 3179_B_2 3179 B 2 1970Coal Steam 3179_B_3 3179 B 3 1971 Coal Steam 3181_B_1 3181 B 1 1948 O/G Steam 3181_B_2 3181 B 2 1949O/G Steam 3181_B_3 3181 B 3 1949O/G Steam 3181_B_33 3181 B 33 1963 Coal Steam 3236_G_G10A 3236 G G10A 1995 Combined Cycle 3236_G_G11A 3236 G G11A 1995 Combined Cycle 3236_G_GE10 3236 G GE10 1995 Combined Cycle 3236_G_GE11 3236 G GE11 1995 Combined Cycle 3236_G_GE9A 3236 G GE9A 1995 Combined Cycle 3236_G_GEN9 3236 G GEN9 1995 Combined Cycle 3251_B_1 3251 B 1 1960Coal Steam 3251_G_2 3251 G 2 1971 Nuclear

3251_G_GT1 3251 G GT1 1968 Combustion Turbine 3264_B_1 3264 B 1 1951 Coal Steam 3264_B_2 3264 B 2 1951 Coal Steam 3264_B_3 3264 B 3 1958 Coal Steam

3264_G_7 3264 G 7 2006Combustion Turbine

3264_G_8 3264 G 8 2006Combustion Turbine 3265_G_1 3265 G 1 1973Nuclear 3265_G_2 3265 G 2 1974Nuclear 3265_G_3 3265 G 3 1974Nuclear 3280_B_CAN1 3280 B CAN1 1962Coal Steam 3280_B_CAN2 3280 B CAN2 1964Coal Steam 3280_B_CAN3 3280 B CAN3 1967 Coal Steam 3287_B_MCM1 3287 B MCM1 1958 Coal Steam 3287_B_MCM2 3287 B MCM2 1958 Coal Steam 3295_B_URQ3 3295 B URQ3 1955 Coal Steam 3295_G_1 3295 G 1 1953 Combined Cycle 3295_G_2 3295 G 2 1954Combined Cycle 3295_G_CT1 3295 G CT1 2002Combined Cycle 3295_G_CT2 3295 G CT2 2002Combined Cycle

3295_G_GT1 3295 G GT1 1969Combustion Turbine

IPMUnitsAllocFactors 64 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

3295_G_GT2 3295 G GT2 1969Combustion Turbine

3295_G_GT3 3295 G GT3 1969Combustion Turbine

3295_G_GT4 3295 G GT4 1999Combustion Turbine 3297_B_WAT1 3297 B WAT1 1970Coal Steam 3297_B_WAT2 3297 B WAT2 1971 Coal Steam 3298_B_WIL1 3298 B WIL1 1973 Coal Steam

3298_G_1 3298 G 1 1972Combustion Turbine

3298_G_2 3298 G 2 1972Combustion Turbine 3317_B_1 3317 B 1 1966Coal Steam 3317_B_2 3317 B 2 1966Coal Steam 3319_B_1 3319 B 1 1954O/G Steam 3319_B_2 3319 B 2 1954O/G Steam 3319_B_3 3319 B 3 1970Coal Steam 3319_B_4 3319 B 4 1970Coal Steam 3319_G_H1 3319 G H1 1942Hydro 3319_G_H2 3319 G H2 1942Hydro 3319_G_H3 3319 G H3 1942Hydro 3319_G_H4 3319 G H4 1942Hydro 3319_G_H6 3319 G H6 1942Hydro 3393_B_1 3393 B 1 1959Coal Steam 3393_B_2 3393 B 2 1959Coal Steam 3393_B_3 3393 B 3 1959Coal Steam

3393_G_G10 3393 G G10 1971 Combustion Turbine

3393_G_G11 3393 G G11 1971 Combustion Turbine

3393_G_G12 3393 G G12 1971 Combustion Turbine

3393_G_G13 3393 G G13 1971 Combustion Turbine

3393_G_G14 3393 G G14 1971 Combustion Turbine

3393_G_G15 3393 G G15 1971 Combustion Turbine

3393_G_G16 3393 G G16 1971 Combustion Turbine

3393_G_G17 3393 G G17 1972Combustion Turbine

IPMUnitsAllocFactors 65 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

3393_G_G18 3393 G G18 1972Combustion Turbine

3393_G_G19 3393 G G19 1972Combustion Turbine

3393_G_G20 3393 G G20 1972Combustion Turbine

3393_G_GT1 3393 G GT1 1971 Combustion Turbine

3393_G_GT2 3393 G GT2 1971 Combustion Turbine

3393_G_GT3 3393 G GT3 1971 Combustion Turbine

3393_G_GT4 3393 G GT4 1971 Combustion Turbine

3393_G_GT5 3393 G GT5 1971 Combustion Turbine

3393_G_GT6 3393 G GT6 1971 Combustion Turbine

3393_G_GT7 3393 G GT7 1971 Combustion Turbine

3393_G_GT8 3393 G GT8 1971 Combustion Turbine

3393_G_GT9 3393 G GT9 1971 Combustion Turbine 3396_B_1 3396 B 1 1967 Coal Steam 3399_B_1 3399 B 1 1973 Coal Steam 3399_B_2 3399 B 2 1973 Coal Steam 3403_B_1 3403 B 1 1956Coal Steam 3403_B_2 3403 B 2 1957 Coal Steam 3403_B_3 3403 B 3 1959Coal Steam 3403_B_4 3403 B 4 1959Coal Steam

3403_G_GT1 3403 G GT1 1975 Combustion Turbine

3403_G_GT2 3403 G GT2 1975 Combustion Turbine

3403_G_GT3 3403 G GT3 1975 Combustion Turbine

3403_G_GT4 3403 G GT4 1975 Combustion Turbine

3403_G_GT5 3403 G GT5 2000Combustion Turbine

3403_G_GT6 3403 G GT6 2000Combustion Turbine

IPMUnitsAllocFactors 66 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

3403_G_GT7 3403 G GT7 2000Combustion Turbine

3403_G_GT8 3403 G GT8 2000Combustion Turbine 3405_B_1 3405 B 1 1955 Coal Steam 3405_B_2 3405 B 2 1955 Coal Steam 3405_B_3 3405 B 3 1956Coal Steam 3405_B_4 3405 B 4 1957 Coal Steam 3406_B_1 3406 B 1 1951 Coal Steam 3406_B_10 3406 B 10 1959Coal Steam 3406_B_2 3406 B 2 1951 Coal Steam 3406_B_3 3406 B 3 1952Coal Steam 3406_B_4 3406 B 4 1952Coal Steam 3406_B_5 3406 B 5 1952Coal Steam 3406_B_6 3406 B 6 1953 Coal Steam 3406_B_7 3406 B 7 1958 Coal Steam 3406_B_8 3406 B 8 1959Coal Steam 3406_B_9 3406 B 9 1959Coal Steam

3406_G_G10 3406 G G10 1975 Combustion Turbine

3406_G_G11 3406 G G11 1975 Combustion Turbine

3406_G_G12 3406 G G12 1975 Combustion Turbine

3406_G_G13 3406 G G13 1975 Combustion Turbine

3406_G_G14 3406 G G14 1975 Combustion Turbine

3406_G_G15 3406 G G15 1975 Combustion Turbine

3406_G_G16 3406 G G16 1975 Combustion Turbine

3406_G_G17 3406 G G17 2000Combustion Turbine

3406_G_G18 3406 G G18 2000Combustion Turbine

3406_G_G19 3406 G G19 2000Combustion Turbine

3406_G_G20 3406 G G20 2000Combustion Turbine

3406_G_GT1 3406 G GT1 1975 Combustion Turbine

3406_G_GT2 3406 G GT2 1975 Combustion Turbine

IPMUnitsAllocFactors 67 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

3406_G_GT3 3406 G GT3 1975 Combustion Turbine

3406_G_GT4 3406 G GT4 1975 Combustion Turbine

3406_G_GT5 3406 G GT5 1975 Combustion Turbine

3406_G_GT6 3406 G GT6 1975 Combustion Turbine

3406_G_GT7 3406 G GT7 1975 Combustion Turbine

3406_G_GT8 3406 G GT8 1975 Combustion Turbine

3406_G_GT9 3406 G GT9 1975 Combustion Turbine 3407_B_1 3407 B 1 1954Coal Steam 3407_B_2 3407 B 2 1954Coal Steam 3407_B_3 3407 B 3 1954Coal Steam 3407_B_4 3407 B 4 1954Coal Steam 3407_B_5 3407 B 5 1955 Coal Steam 3407_B_6 3407 B 6 1955 Coal Steam 3407_B_7 3407 B 7 1955 Coal Steam 3407_B_8 3407 B 8 1955 Coal Steam 3407_B_9 3407 B 9 1955 Coal Steam 3438_B_1 3438 B 1 1958 O/G Steam 3438_B_2 3438 B 2 1960O/G Steam 3439_B_1 3439 B 1 1951 O/G Steam 3439_B_2 3439 B 2 1955 O/G Steam 3439_B_3 3439 B 3 1975 O/G Steam 3442_B_5 3442 B 5 1947O/G Steam 3442_B_6 3442 B 6 1948 O/G Steam 3442_B_7 3442 B 7 1970O/G Steam 3452_B_1 3452 B 1 1970O/G Steam 3452_B_2 3452 B 2 1973 O/G Steam 3453_B_2 3453 B 2 1945 O/G Steam 3453_B_3A 3453 B 3A 1949O/G Steam 3453_B_3B 3453 B 3B 1949O/G Steam 3453_B_6 3453 B 6 1956O/G Steam 3453_B_7 3453 B 7 1958 O/G Steam 3453_B_8 3453 B 8 1967O/G Steam 3454_B_1 3454 B 1 1959O/G Steam 3454_B_2 3454 B 2 1961 O/G Steam 3454_B_3 3454 B 3 1964O/G Steam 3457_B_1 3457 B 1 1970O/G Steam 3457_B_2 3457 B 2 1971 O/G Steam

IPMUnitsAllocFactors 68 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 3459_B_1 3459 B 1 1962O/G Steam 3459_B_2 3459 B 2 1962O/G Steam 3459_B_3 3459 B 3 1966O/G Steam 3459_B_4 3459 B 4 1974O/G Steam 3459_B_5 3459 B 5 1979O/G Steam 3460_B_CBY1 3460 B CBY1 1970O/G Steam 3460_B_CBY2 3460 B CBY2 1972O/G Steam 3460_G_41 3460 G 41 2009Combined Cycle 3460_G_42 3460 G 42 2009Combined Cycle 3464_B_GBY5 3464 B GBY5 1973 O/G Steam

3464_G_73 3464 G 73 1976Combustion Turbine

3464_G_74 3464 G 74 1976Combustion Turbine

3464_G_81 3464 G 81 1976Combustion Turbine

3464_G_82 3464 G 82 1976Combustion Turbine

3464_G_83 3464 G 83 1976Combustion Turbine

3464_G_84 3464 G 84 1976Combustion Turbine 3466_B_PHR1 3466 B PHR1 1966O/G Steam 3466_B_PHR2 3466 B PHR2 1967O/G Steam 3466_B_PHR4 3466 B PHR4 1973 O/G Steam 3468_B_SRB1 3468 B SRB1 1958 O/G Steam 3468_B_SRB2 3468 B SRB2 1956O/G Steam 3468_B_SRB3 3468 B SRB3 1959O/G Steam 3468_B_SRB4 3468 B SRB4 1960O/G Steam

3468_G_GT1 3468 G GT1 1967 Combustion Turbine

3468_G_GT2 3468 G GT2 1967 Combustion Turbine 3470_B_WAP1 3470 B WAP1 1958 O/G Steam 3470_B_WAP2 3470 B WAP2 1958 O/G Steam 3470_B_WAP3 3470 B WAP3 1961 O/G Steam 3470_B_WAP4 3470 B WAP4 1968 O/G Steam 3470_B_WAP5 3470 B WAP5 1977 Coal Steam 3470_B_WAP6 3470 B WAP6 1978 Coal Steam 3470_B_WAP7 3470 B WAP7 1980Coal Steam 3470_B_WAP8 3470 B WAP8 1982Coal Steam

3470_G_GT1 3470 G GT1 1967 Combustion Turbine 3476_B_2 3476 B 2 1950O/G Steam

IPMUnitsAllocFactors 69 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 3476_B_3 3476 B 3 1952O/G Steam 3476_B_4 3476 B 4 1956O/G Steam 3476_B_5 3476 B 5 1974O/G Steam 3477_B_1 3477 B 1 1954O/G Steam 3478_B_1 3478 B 1 1964O/G Steam 3478_B_2 3478 B 2 1970O/G Steam 3478_B_3 3478 B 3 1971 O/G Steam 3489_B_1 3489 B 1 1954O/G Steam 3489_B_2 3489 B 2 1956O/G Steam 3489_B_3 3489 B 3 1971 O/G Steam 3490_B_1 3490 B 1 1960O/G Steam 3490_B_2 3490 B 2 1969O/G Steam 3491_B_1A 3491 B 1A 1948 O/G Steam 3491_B_1B 3491 B 1B 1948 O/G Steam 3491_B_2 3491 B 2 1950O/G Steam 3491_B_3 3491 B 3 1963 O/G Steam 3491_B_4 3491 B 4 1976O/G Steam 3491_B_5 3491 B 5 1977O/G Steam 3492_B_5 3492 B 5 1959O/G Steam 3492_B_6 3492 B 6 1966O/G Steam

3492_G_CT1 3492 G CT1 1988 Combustion Turbine

3492_G_CT2 3492 G CT2 1988 Combustion Turbine

3492_G_CT3 3492 G CT3 1988 Combustion Turbine

3492_G_CT4 3492 G CT4 1988 Combustion Turbine

3492_G_CT5 3492 G CT5 1988 Combustion Turbine

3492_G_CT6 3492 G CT6 1988 Combustion Turbine 3497_B_1 3497 B 1 1971 Coal Steam 3497_B_2 3497 B 2 1972Coal Steam 3502_B_1 3502 B 1 1953 O/G Steam 3502_B_2 3502 B 2 1959O/G Steam

3502_G_D1 3502 G D1 1966Combustion Turbine

3502_G_D2 3502 G D2 1966Combustion Turbine

3502_G_D3 3502 G D3 1966Combustion Turbine 3504_B_1 3504 B 1 1958 O/G Steam 3504_B_2 3504 B 2 1965 O/G Steam

IPMUnitsAllocFactors 70 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

3504_G_D1 3504 G D1 1966Combustion Turbine

3504_G_D2 3504 G D2 1966Combustion Turbine

3504_G_D3 3504 G D3 1966Combustion Turbine

3504_G_D4 3504 G D4 1966Combustion Turbine

3504_G_D5 3504 G D5 1966Combustion Turbine 3506_B_1 3506 B 1 1970O/G Steam 3506_B_2 3506 B 2 1972O/G Steam 3507_B_9 3507 B 9 1965 O/G Steam

3507_G_D1 3507 G D1 1966Combustion Turbine

3507_G_D2 3507 G D2 1966Combustion Turbine 3508_B_1 3508 B 1 1962O/G Steam 3508_B_2 3508 B 2 1967O/G Steam 3508_B_3 3508 B 3 1971 O/G Steam 3548_B_1 3548 B 1 1971 O/G Steam 3548_B_2 3548 B 2 1977O/G Steam

3548_G_GT1 3548 G GT1 1988 Combustion Turbine

3548_G_GT2 3548 G GT2 1988 Combustion Turbine

3548_G_GT3 3548 G GT3 1988 Combustion Turbine

3548_G_GT4 3548 G GT4 1988 Combustion Turbine 3576_B_BW2 3576 B BW2 1971 O/G Steam 3576_B_BW3 3576 B BW3 1975 O/G Steam 3576_B_CE1 3576 B CE1 1967O/G Steam

3576_G_4 3576 G 4 2001 Combustion Turbine 3601_B_1 3601 B 1 1965 O/G Steam 3601_B_2 3601 B 2 1968 O/G Steam 3601_B_3 3601 B 3 1972O/G Steam 3611_B_1 3611 B 1 1972O/G Steam 3611_B_2 3611 B 2 1974O/G Steam 3612_B_1 3612 B 1 1966O/G Steam 3612_B_2 3612 B 2 1968 O/G Steam 3612_B_3 3612 B 3 1970O/G Steam 3627_B_1 3627 B 1 1958 O/G Steam

IPMUnitsAllocFactors 71 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 3627_B_2 3627 B 2 1958 O/G Steam 3627_B_3 3627 B 3 1963 O/G Steam 3628_B_1 3628 B 1 1968 O/G Steam 3628_B_2 3628 B 2 1972O/G Steam 3628_B_3 3628 B 3 1975 O/G Steam

3628_G_4 3628 G 4 1994Combustion Turbine

3628_G_5 3628 G 5 1994Combustion Turbine 3631_B_3 3631 B 3 1965 O/G Steam

3631_G_1 3631 G 1 1964Combustion Turbine 3631_G_10 3631 G 10 2003 Combined Cycle

3631_G_2 3631 G 2 1964Combustion Turbine

3631_G_4 3631 G 4 1991 Combustion Turbine

3631_G_5 3631 G 5 1991 Combustion Turbine 3631_G_7 3631 G 7 2003 Combined Cycle 3631_G_8 3631 G 8 2003 Combined Cycle 3631_G_9 3631 G 9 2003 Combined Cycle 3644_B_1 3644 B 1 1954Coal Steam 3644_B_2 3644 B 2 1957 Coal Steam 3648_B_1 3648 B 1 1951 O/G Steam 3648_B_2 3648 B 2 1952O/G Steam 3648_B_3 3648 B 3 1955 O/G Steam

3648_G_4 3648 G 4 2002Combustion Turbine

3648_G_5 3648 G 5 2002Combustion Turbine

3648_G_6 3648 G 6 2002Combustion Turbine 3751_G_1 3751 G 1 1972Nuclear 3775_B_1 3775 B 1 1958 Coal Steam 3775_B_2 3775 B 2 1958 Coal Steam 3775_B_3 3775 B 3 1961 Coal Steam 3776_B_51 3776 B 51 1944Coal Steam 3776_B_52 3776 B 52 1944Coal Steam 3776_B_6 3776 B 6 1957 Coal Steam 3788_B_1 3788 B 1 1949Coal Steam 3788_B_2 3788 B 2 1950Coal Steam 3788_B_3 3788 B 3 1954Coal Steam 3788_B_4 3788 B 4 1956Coal Steam

IPMUnitsAllocFactors 72 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 3788_B_5 3788 B 5 1957 Coal Steam 3796_B_3 3796 B 3 1950Coal Steam 3796_B_4 3796 B 4 1958 Coal Steam 3797_B_3 3797 B 3 1952Coal Steam 3797_B_4 3797 B 4 1960Coal Steam 3797_B_5 3797 B 5 1964Coal Steam 3797_B_6 3797 B 6 1969Coal Steam 3797_G_CT7 3797 G CT7 1990Combined Cycle 3797_G_CT8 3797 G CT8 1992Combined Cycle 3797_G_CW7 3797 G CW7 1990Combined Cycle 3797_G_CW8 3797 G CW8 1992Combined Cycle 3803_B_1 3803 B 1 1953 Coal Steam 3803_B_2 3803 B 2 1954Coal Steam 3803_B_3 3803 B 3 1959Coal Steam 3803_B_4 3803 B 4 1962Coal Steam

3803_G_10 3803 G 10 1970Combustion Turbine

3803_G_6 3803 G 6 1969Combustion Turbine

3803_G_7 3803 G 7 1969Combustion Turbine

3803_G_8 3803 G 8 1969Combustion Turbine

3803_G_9 3803 G 9 1970Combustion Turbine

3803_G_GT1 3803 G GT1 1967 Combustion Turbine

3803_G_GT2 3803 G GT2 1969Combustion Turbine

3803_G_GT4 3803 G GT4 1969Combustion Turbine 3804_B_3 3804 B 3 1955 O/G Steam 3804_B_4 3804 B 4 1962O/G Steam 3804_B_5 3804 B 5 1975 O/G Steam 3804_G_6A 3804 G 6A 2003 Combined Cycle 3804_G_6B 3804 G 6B 2003 Combined Cycle 3804_G_6ST 3804 G 6ST 2003 Combined Cycle

3804_G_GT1 3804 G GT1 1968 Combustion Turbine

3804_G_GT2 3804 G GT2 1968 Combustion Turbine

3804_G_GT3 3804 G GT3 1968 Combustion Turbine

IPMUnitsAllocFactors 73 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

3804_G_GT4 3804 G GT4 1968 Combustion Turbine

3804_G_GT5 3804 G GT5 1968 Combustion Turbine

3804_G_GT6 3804 G GT6 1968 Combustion Turbine 3806_G_1 3806 G 1 1972Nuclear 3806_G_2 3806 G 2 1973Nuclear 3809_B_1 3809 B 1 1957 Coal Steam 3809_B_2 3809 B 2 1959Coal Steam 3809_B_3 3809 B 3 1974O/G Steam 3845_B_BW21 3845 B BW21 1972Coal Steam 3845_B_BW22 3845 B BW22 1973 Coal Steam 3845_G_30 3845 G 30 2002Combined Cycle 3845_G_40 3845 G 40 2002Combined Cycle 3845_G_50 3845 G 50 2002Combined Cycle 3845_G_60 3845 G 60 2002Combined Cycle 3845_G_70 3845 G 70 2002Combined Cycle 3935_B_1 3935 B 1 1971 Coal Steam 3935_B_2 3935 B 2 1972Coal Steam 3935_B_3 3935 B 3 1973 Coal Steam 3936_B_1 3936 B 1 1953 Coal Steam 3936_B_2 3936 B 2 1953 Coal Steam 3938_B_11 3938 B 11 1950Coal Steam 3938_B_21 3938 B 21 1950Coal Steam 3938_B_31 3938 B 31 1951 Coal Steam 3938_B_41 3938 B 41 1952Coal Steam 3942_B_1 3942 B 1 1952Coal Steam 3942_B_2 3942 B 2 1952Coal Steam 3942_B_3 3942 B 3 1954Coal Steam 3943_B_1 3943 B 1 1967 Coal Steam 3943_B_2 3943 B 2 1968 Coal Steam 3944_B_1 3944 B 1 1972Coal Steam 3944_B_2 3944 B 2 1973 Coal Steam 3944_B_3 3944 B 3 1974Coal Steam 3945_B_7 3945 B 7 1943 Coal Steam 3945_B_8 3945 B 8 1951 Coal Steam 3946_B_1 3946 B 1 1949Coal Steam 3946_B_2 3946 B 2 1960Coal Steam 3947_B_1 3947 B 1 1958 Coal Steam 3947_B_2 3947 B 2 1958 Coal Steam 3947_B_3 3947 B 3 1959Coal Steam 3948_B_1 3948 B 1 1971 Coal Steam 3948_B_2 3948 B 2 1971 Coal Steam

IPMUnitsAllocFactors 74 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 3954_B_1 3954 B 1 1965 Coal Steam 3954_B_2 3954 B 2 1966Coal Steam 3954_B_3 3954 B 3 1973 Coal Steam

3954_G_JF1 3954 G JF1 1967 Combustion Turbine 3982_B_1 3982 B 1 1954Other Steam 3982_B_2 3982 B 2 1952Other Steam 3982_B_5 3982 B 5 1960Coal Steam 3992_B_1 3992 B 1 1968 O/G Steam 3992_B_11 3992 B 11 1964O/G Steam 3992_B_2 3992 B 2 1968 O/G Steam 3992_B_3 3992 B 3 1968 O/G Steam 3992_B_5 3992 B 5 1938 O/G Steam 3992_B_6 3992 B 6 1943 O/G Steam 3992_B_7 3992 B 7 1949Coal Steam 3992_B_8 3992 B 8 1957 Coal Steam 3992_B_9 3992 B 9 1961 Coal Steam 4005_B_1 4005 B 1 1940Other Steam 4005_B_2 4005 B 2 1940Other Steam

4005_G_3 4005 G 3 1974Combustion Turbine

4005_G_4 4005 G 4 1974Combustion Turbine 4040_G_1CT1 4040 G 1CT1 2008 Combined Cycle 4040_G_1CT2 4040 G 1CT2 2008 Combined Cycle 4040_G_2CT1 4040 G 2CT1 2005 Combined Cycle 4040_G_2CT2 4040 G 2CT2 2005 Combined Cycle 4040_G_ST1 4040 G ST1 2008 Combined Cycle 4040_G_ST2 4040 G ST2 2005 Combined Cycle 4041_B_5 4041 B 5 1959Coal Steam 4041_B_6 4041 B 6 1961 Coal Steam 4041_B_7 4041 B 7 1965 Coal Steam 4041_B_8 4041 B 8 1967 Coal Steam 4042_B_1 4042 B 1 1968 Coal Steam 4042_B_2 4042 B 2 1968 Coal Steam 4042_B_3 4042 B 3 1969Coal Steam 4042_B_4 4042 B 4 1969Coal Steam

4042_G_3 4042 G 3 1969Combustion Turbine 4046_G_1 4046 G 1 1970Nuclear 4046_G_2 4046 G 2 1972Nuclear

4046_G_5 4046 G 5 1969Combustion Turbine 4048_B_3 4048 B 3 1946O/G Steam

IPMUnitsAllocFactors 75 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 4048_B_4 4048 B 4 1946O/G Steam 4050_B_3 4050 B 3 1951 Coal Steam 4050_B_4 4050 B 4 1969Coal Steam 4050_B_5 4050 B 5 1985 Coal Steam 4054_B_1 4054 B 1 1959Coal Steam 4054_B_2 4054 B 2 1962Coal Steam 4057_B_1 4057 B 1 1954O/G Steam 4057_B_2 4057 B 2 1955 O/G Steam

4057_G_3 4057 G 3 1967 Combustion Turbine

4057_G_4 4057 G 4 1968 Combustion Turbine

4057_G_5 4057 G 5 1972Combustion Turbine

4057_G_6 4057 G 6 1972Combustion Turbine 4072_B_3 4072 B 3 1943 Coal Steam 4072_B_4 4072 B 4 1947 Coal Steam 4072_B_5 4072 B 5 1949Coal Steam 4072_B_6 4072 B 6 1951 Coal Steam 4072_B_7 4072 B 7 1958 Coal Steam 4072_B_8 4072 B 8 1964Coal Steam

4072_G_31 4072 G 31 2003 Combustion Turbine 4078_B_1 4078 B 1 1954Coal Steam 4078_B_2 4078 B 2 1960Coal Steam 4078_B_3 4078 B 3 1981 Coal Steam 4078_B_4 4078 B 4 2008 Coal Steam

4078_G_31 4078 G 31 1969Combustion Turbine

4078_G_32 4078 G 32 1973 Combustion Turbine 4125_B_5 4125 B 5 1950Coal Steam 4125_B_6 4125 B 6 1957 Coal Steam 4125_B_7 4125 B 7 1964Coal Steam 4125_B_8 4125 B 8 1990Coal Steam 4125_B_9 4125 B 9 2006Coal Steam

4125_G_IC1 4125 G IC1 1985 Combustion Turbine

4125_G_IC2 4125 G IC2 1985 Combustion Turbine 4127_B_5 4127 B 5 2006Coal Steam 4140_B_B1 4140 B B1 1947 Coal Steam 4140_B_B2 4140 B B2 1947 Coal Steam

IPMUnitsAllocFactors 76 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 4140_B_B3 4140 B B3 1951 Coal Steam 4140_B_B4 4140 B B4 1957 Coal Steam 4140_B_B5 4140 B B5 1960Coal Steam 4143_B_1 4143 B 1 1969Coal Steam 4158_B_BW41 4158 B BW41 1959Coal Steam 4158_B_BW42 4158 B BW42 1961 Coal Steam 4158_B_BW43 4158 B BW43 1964Coal Steam 4158_B_BW44 4158 B BW44 1972Coal Steam 4162_B_1 4162 B 1 1963 Coal Steam 4162_B_2 4162 B 2 1968 Coal Steam 4162_B_3 4162 B 3 1971 Coal Steam 4195_B_1 4195 B 1 1966O/G Steam 4195_B_2 4195 B 2 1969O/G Steam 4195_B_3 4195 B 3 1977O/G Steam 4270_G_3 4270 G 3 1985Nuclear 4271_B_B1 4271 B B1 1978 Coal Steam 4937_B_1 4937 B 1 1974O/G Steam 4939_B_1 4939 B 1 1974O/G Steam 4939_B_2 4939 B 2 1976O/G Steam 4940_B_1501 4940 B 1501 1974O/G Steam 4940_B_1502 4940 B 1502 1976O/G Steam

4940_G_GT1 4940 G GT1 2008 Combustion Turbine

4940_G_GT2 4940 G GT2 2008 Combustion Turbine

4940_G_IC1 4940 G IC1 1976Combustion Turbine 4941_B_1 4941 B 1 1974Coal Steam 4941_B_2 4941 B 2 1975 Coal Steam 4941_B_3 4941 B 3 1976Coal Steam 6000_G_1 6000 G 1 1975Nuclear 6000_G_2 6000 G 2 1978Nuclear 6001_G_1 6001 G 1 1977Nuclear 6001_G_2 6001 G 2 1981 Nuclear 6002_B_1 6002 B 1 1978 Coal Steam 6002_B_2 6002 B 2 1985 Coal Steam 6002_B_3 6002 B 3 1989Coal Steam 6002_B_4 6002 B 4 1991 Coal Steam 6004_B_1 6004 B 1 1979Coal Steam 6004_B_2 6004 B 2 1980Coal Steam 6009_B_1 6009 B 1 1980Coal Steam 6009_B_2 6009 B 2 1981 Coal Steam 6011_G_1 6011 G 1 1975Nuclear 6011_G_2 6011 G 2 1977Nuclear

IPMUnitsAllocFactors 77 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 6014_G_1 6014 G 1 1977Nuclear 6014_G_2 6014 G 2 1975Nuclear 6015_G_1 6015 G 1 1987Nuclear 6016_B_1 6016 B 1 1976Coal Steam 6017_B_1 6017 B 1 1977 Coal Steam 6017_B_2 6017 B 2 1982Coal Steam 6018_B_2 6018 B 2 1981 Coal Steam 6019_B_1 6019 B 1 1991 Coal Steam 6020_G_1 6020 G 1 1987Nuclear 6021_B_C1 6021 B C1 1980Coal Steam 6021_B_C2 6021 B C2 1979Coal Steam 6021_B_C3 6021 B C3 1984Coal Steam 6022_G_1 6022 G 1 1988Nuclear 6022_G_2 6022 G 2 1988Nuclear 6023_G_1 6023 G 1 1985Nuclear 6023_G_2 6023 G 2 1987Nuclear 6026_G_1 6026 G 1 1984Nuclear 6026_G_2 6026 G 2 1984Nuclear 6031_B_2 6031 B 2 1982Coal Steam

6031_G_GT1 6031 G GT1 1982Combustion Turbine 6034_B_1 6034 B 1 1984Coal Steam 6034_B_2 6034 B 2 1985 Coal Steam

6034_G_12-1 6034 G 12-1 1999Combustion Turbine

6034_G_12-2 6034 G 12-2 1999Combustion Turbine

6034_G_13-1 6034 G 13-1 1999Combustion Turbine

6034_G_3 6034 G 3 1981 Combustion Turbine

6034_G_4 6034 G 4 1981 Combustion Turbine

6034_G_5 6034 G 5 1981 Combustion Turbine

6034_G_IC1 6034 G IC1 1981 Combustion Turbine

6034_G_IC2 6034 G IC2 1981 Combustion Turbine 6036_G_1 6036 G 1 1985Nuclear 6036_G_2 6036 G 2 1986Nuclear 6038_G_1 6038 G 1 1981 Nuclear 6038_G_2 6038 G 2 1984Nuclear 6040_G_1 6040 G 1 1976Nuclear

IPMUnitsAllocFactors 78 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 6040_G_2 6040 G 2 1987Nuclear 6041_B_1 6041 B 1 1977 Coal Steam 6041_B_2 6041 B 2 1981 Coal Steam 6041_B_3 6041 B 3 2005 Coal Steam 6041_B_4 6041 B 4 2008 Coal Steam 6042_B_PMT1 6042 B PMT1 1976O/G Steam 6042_B_PMT2 6042 B PMT2 1977O/G Steam 6042_G_3ST 6042 G 3ST 2005 Combined Cycle 6042_G_A 6042 G A 2005 Combined Cycle 6042_G_B 6042 G B 2005 Combined Cycle 6042_G_C 6042 G C 2005 Combined Cycle 6042_G_D 6042 G D 2005 Combined Cycle 6043_B_PMR1 6043 B PMR1 1980O/G Steam 6043_B_PMR2 6043 B PMR2 1981 O/G Steam 6043_G_3GT1 6043 G 3GT1 1994Combined Cycle 6043_G_3GT2 6043 G 3GT2 1994Combined Cycle 6043_G_3ST 6043 G 3ST 1994Combined Cycle 6043_G_4GT1 6043 G 4GT1 1994Combined Cycle 6043_G_4GT2 6043 G 4GT2 1994Combined Cycle 6043_G_4ST 6043 G 4ST 1994Combined Cycle 6043_G_8 6043 G 8 2005 Combined Cycle 6043_G_8C 6043 G 8C 2005 Combined Cycle 6043_G_8D 6043 G 8D 2005 Combined Cycle 6045_G_1 6045 G 1 1976Nuclear 6045_G_2 6045 G 2 1983Nuclear 6051_G_1 6051 G 1 1975Nuclear 6051_G_2 6051 G 2 1979Nuclear 6052_B_1 6052 B 1 1976Coal Steam 6052_B_2 6052 B 2 1978 Coal Steam

6052_G_5A 6052 G 5A 1980Combustion Turbine 6055_B_2B1 6055 B 2B1 1981 Coal Steam 6055_B_2B2 6055 B 2B2 1982Coal Steam 6055_B_2B3 6055 B 2B3 1983 Coal Steam 6064_B_N1 6064 B N1 1981 Coal Steam

6064_G_CT4 6064 G CT4 2006Combustion Turbine 6065_B_1 6065 B 1 1980Coal Steam 6068_B_1 6068 B 1 1978 Coal Steam 6068_B_2 6068 B 2 1980Coal Steam 6068_B_3 6068 B 3 1983 Coal Steam 6071_B_1 6071 B 1 1990Coal Steam

6071_G_10 6071 G 10 2004Combustion Turbine

IPMUnitsAllocFactors 79 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type

6071_G_5 6071 G 5 2002Combustion Turbine

6071_G_6 6071 G 6 2002Combustion Turbine

6071_G_7 6071 G 7 2004Combustion Turbine

6071_G_8 6071 G 8 2004Combustion Turbine

6071_G_9 6071 G 9 2004Combustion Turbine 6077_B_1 6077 B 1 1979Coal Steam 6077_B_2 6077 B 2 1982Coal Steam 6082_B_1 6082 B 1 1984Coal Steam 6085_B_14 6085 B 14 1976Coal Steam 6085_B_15 6085 B 15 1979Coal Steam 6085_B_17 6085 B 17 1983 Coal Steam 6085_B_18 6085 B 18 1986Coal Steam

6085_G_16A 6085 G 16A 1979Combustion Turbine

6085_G_16B 6085 G 16B 1979Combustion Turbine 6089_B_B1 6089 B B1 1958 Coal Steam 6090_B_1 6090 B 1 1976Coal Steam 6090_B_2 6090 B 2 1977 Coal Steam 6090_B_3 6090 B 3 1987 Coal Steam 6094_B_1 6094 B 1 1976Coal Steam 6094_B_2 6094 B 2 1977 Coal Steam 6094_B_3 6094 B 3 1979Coal Steam 6095_B_1 6095 B 1 1979Coal Steam 6095_B_2 6095 B 2 1980Coal Steam 6096_B_1 6096 B 1 1979Coal Steam 6098_B_1 6098 B 1 1975 Coal Steam

6098_G_D1 6098 G D1 1975 Combustion Turbine 6099_G_1 6099 G 1 1985Nuclear 6099_G_2 6099 G 2 1986Nuclear 6103_G_1 6103 G 1 1983Nuclear 6103_G_2 6103 G 2 1985Nuclear 6105_G_1 6105 G 1 1986Nuclear 6105_G_2 6105 G 2 1990Nuclear 6110_G_1 6110 G 1 1976Nuclear 6112_G_1 6112 G 1 1998 Combined Cycle 6112_G_2 6112 G 2 1996Combined Cycle 6112_G_3 6112 G 3 1999Combined Cycle

IPMUnitsAllocFactors 80 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 6112_G_4 6112 G 4 2001 Combined Cycle

6112_G_5 6112 G 5 2009Combustion Turbine

6112_G_6 6112 G 6 2009Combustion Turbine 6115_G_1 6115 G 1 1990Nuclear 6118_G_1 6118 G 1 1986Nuclear 6122_G_1 6122 G 1 1970Nuclear 6124_B_1 6124 B 1 1979Coal Steam

6124_G_CT1 6124 G CT1 1995 Combustion Turbine

6124_G_CT2 6124 G CT2 1995 Combustion Turbine

6124_G_CT3 6124 G CT3 1994Combustion Turbine

6124_G_CT4 6124 G CT4 1994Combustion Turbine

6124_G_CT5 6124 G CT5 1994Combustion Turbine

6124_G_CT6 6124 G CT6 1994Combustion Turbine

6124_G_CT7 6124 G CT7 1994Combustion Turbine

6124_G_CT8 6124 G CT8 1994Combustion Turbine 6127_G_1 6127 G 1 1984Nuclear 6136_B_1 6136 B 1 1983 Coal Steam 6137_B_1 6137 B 1 1979Coal Steam 6137_B_2 6137 B 2 1986Coal Steam

6137_G_4 6137 G 4 1991 Combustion Turbine

6137_G_5 6137 G 5 2002Combustion Turbine 6138_B_1 6138 B 1 1978 Coal Steam 6139_B_1 6139 B 1 1977 Coal Steam 6139_B_2 6139 B 2 1980Coal Steam 6139_B_3 6139 B 3 1982Coal Steam 6145_G_1 6145 G 1 1990Nuclear 6145_G_2 6145 G 2 1993Nuclear 6146_B_1 6146 B 1 1977 Coal Steam 6146_B_2 6146 B 2 1978 Coal Steam 6146_B_3 6146 B 3 1979Coal Steam 6147_B_1 6147 B 1 1974Coal Steam 6147_B_2 6147 B 2 1975 Coal Steam

IPMUnitsAllocFactors 81 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 6147_B_3 6147 B 3 1978 Coal Steam 6149_G_1 6149 G 1 1977Nuclear 6152_G_1 6152 G 1 1981 Nuclear 6152_G_2 6152 G 2 1982Nuclear 6153_G_1 6153 G 1 1984Nuclear 6155_B_1 6155 B 1 1976Coal Steam 6155_B_2 6155 B 2 1977 Coal Steam 6156_B_NHB1 6156 B NHB1 1975 O/G Steam 6165_B_1 6165 B 1 1978 Coal Steam 6165_B_2 6165 B 2 1980Coal Steam 6165_B_3 6165 B 3 1983 Coal Steam 6166_B_MB1 6166 B MB1 1984Coal Steam 6166_B_MB2 6166 B MB2 1989Coal Steam 6168_G_1 6168 G 1 1978Nuclear 6168_G_2 6168 G 2 1980Nuclear 6168_G_HC1 6168 G HC1 1987Hydro 6170_B_1 6170 B 1 1980Coal Steam 6170_B_2 6170 B 2 1985 Coal Steam

6170_G_3 6170 G 3 1985 Combustion Turbine 6178_B_1 6178 B 1 1980Coal Steam 6179_B_1 6179 B 1 1979Coal Steam 6179_B_2 6179 B 2 1980Coal Steam 6179_B_3 6179 B 3 1988 Coal Steam 6181_B_1 6181 B 1 1977 Coal Steam 6181_B_2 6181 B 2 1978 Coal Steam 6190_B_1 6190 B 1 1975 O/G Steam 6190_B_2 6190 B 2 1982Coal Steam 6190_B_3A 6190 B 3A 2009Coal Steam 6190_B_3B 6190 B 3B 2009Coal Steam 6213_B_1SG1 6213 B 1SG1 1983 Coal Steam 6213_B_2SG1 6213 B 2SG1 1982Coal Steam 6238_B_1A 6238 B 1A 1967 Coal Steam

6238_G_GT1 6238 G GT1 1973 Combustion Turbine 6243_B_1 6243 B 1 1978 O/G Steam

6243_G_2 6243 G 2 2004Combustion Turbine 6246_G_1GT1 6246 G 1GT1 1978 Combined Cycle 6246_G_1GT2 6246 G 1GT2 1978 Combined Cycle 6246_G_1ST 6246 G 1ST 1978 Combined Cycle 6246_G_2GT1 6246 G 2GT1 1977 Combined Cycle 6246_G_2GT2 6246 G 2GT2 1977 Combined Cycle 6246_G_2ST 6246 G 2ST 1977 Combined Cycle

IPMUnitsAllocFactors 82 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 6249_B_1 6249 B 1 1975 Coal Steam 6249_B_2 6249 B 2 1977 Coal Steam 6249_B_3 6249 B 3 1980Coal Steam 6249_B_4 6249 B 4 1981 Coal Steam 6250_B_1A 6250 B 1A 1983 Coal Steam 6250_B_1B 6250 B 1B 1983 Coal Steam 6251_G_1 6251 G 1 1988Nuclear 6251_G_2 6251 G 2 1989Nuclear 6254_B_1 6254 B 1 1981 Coal Steam 6257_B_1 6257 B 1 1982Coal Steam 6257_B_2 6257 B 2 1984Coal Steam 6257_B_3 6257 B 3 1987 Coal Steam 6257_B_4 6257 B 4 1989Coal Steam 6264_B_1 6264 B 1 1980Coal Steam 6462_G_1 6462 G 1 1986Nuclear 6639_B_G1 6639 B G1 1979Coal Steam 6639_B_G2 6639 B G2 1981 Coal Steam 6641_B_1 6641 B 1 1983 Coal Steam 6641_B_2 6641 B 2 1985 Coal Steam 6705_B_1 6705 B 1 1960Coal Steam 6705_B_2 6705 B 2 1964Coal Steam 6705_B_3 6705 B 3 1965 Coal Steam 6705_B_4 6705 B 4 1970Coal Steam 6772_B_1 6772 B 1 1982Coal Steam 6823_B_W1 6823 B W1 1986Coal Steam 7097_B_BLR1 7097 B BLR1 1992Coal Steam 7097_B_BLR2 7097 B BLR2 2009Coal Steam 7210_B_COP1 7210 B COP1 1995 Coal Steam 7213_B_1 7213 B 1 1995 Coal Steam 7213_B_2 7213 B 2 1996Coal Steam 7242_G_1CA 7242 G 1CA 1996Combined Cycle 7242_G_1CT 7242 G 1CT 1996Combined Cycle

7242_G_2 7242 G 2 2000Combustion Turbine

7242_G_3 7242 G 3 2002Combustion Turbine

7242_G_4 7242 G 4 2007 Combustion Turbine

7242_G_5 7242 G 5 2007 Combustion Turbine 7286_B_1 7286 B 1 1951 Coal Steam 7286_B_2 7286 B 2 1951 Coal Steam 7286_B_3 7286 B 3 1951 Coal Steam 7286_B_4 7286 B 4 1951 Coal Steam

IPMUnitsAllocFactors 83 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 7343_B_4 7343 B 4 1979Coal Steam 7652_B_D-1 7652 B D-1 1952Coal Steam 7652_B_D-2 7652 B D-2 1952Coal Steam 7652_B_D-3 7652 B D-3 1952Coal Steam 7652_B_D-4 7652 B D-4 1952Coal Steam 7722_G_1 7722 G 1 1996Nuclear 7902_B_1 7902 B 1 1985 Coal Steam 8002_B_1 8002 B 1 1969O/G Steam 8006_B_1 8006 B 1 1974O/G Steam 8006_B_2 8006 B 2 1974O/G Steam 8011_G_1 8011 G 1 1974Nuclear 8023_B_1 8023 B 1 1975 Coal Steam 8023_B_2 8023 B 2 1978 Coal Steam 8024_G_1 8024 G 1 1974Nuclear 8036_G_1 8036 G 1 1974Nuclear 8042_B_1 8042 B 1 1974Coal Steam 8042_B_2 8042 B 2 1975 Coal Steam 8048_B_1 8048 B 1 1974O/G Steam 8048_B_2 8048 B 2 1978 O/G Steam 8054_B_1 8054 B 1 1975 O/G Steam 8055_G_1 8055 G 1 1974Nuclear 8055_G_2 8055 G 2 1980Nuclear 8056_B_1 8056 B 1 1975 O/G Steam 8056_B_2 8056 B 2 1975 O/G Steam 8063_B_1 8063 B 1 1975 O/G Steam

8063_G_CT1 8063 G CT1 1990Combustion Turbine

8063_G_CT2 8063 G CT2 1990Combustion Turbine

8063_G_CT3 8063 G CT3 1990Combustion Turbine

8063_G_CT4 8063 G CT4 1990Combustion Turbine 8066_B_BW71 8066 B BW71 1974Coal Steam 8066_B_BW72 8066 B BW72 1975 Coal Steam 8066_B_BW73 8066 B BW73 1976Coal Steam 8066_B_BW74 8066 B BW74 1979Coal Steam 8069_B_1 8069 B 1 1977 Coal Steam 8069_B_2 8069 B 2 1974Coal Steam 8073_G_1 8073 G 1 1974Combined Cycle 8073_G_2 8073 G 2 1974Combined Cycle 8073_G_3 8073 G 3 1974Combined Cycle 8073_G_4 8073 G 4 1974Combined Cycle 8073_G_5 8073 G 5 1974Combined Cycle

IPMUnitsAllocFactors 84 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 8073_G_6 8073 G 6 1974Combined Cycle 8073_G_7 8073 G 7 1977 Combined Cycle

8073_G_8 8073 G 8 2001 Combustion Turbine 8102_B_1 8102 B 1 1974Coal Steam 8102_B_2 8102 B 2 1975 Coal Steam 8222_B_B1 8222 B B1 1981 Coal Steam 8226_B_1 8226 B 1 1970Coal Steam 8906_B_20 8906 B 20 1954O/G Steam 8906_B_30 8906 B 30 1958 O/G Steam 8906_B_40 8906 B 40 1961 O/G Steam 8906_B_50 8906 B 50 1962O/G Steam 8907_G_3 8907 G 3 1976Nuclear 9864_B_5 9864 B 5 1941 O/G Steam 9864_B_6 9864 B 6 1941 O/G Steam 9864_B_7 9864 B 7 1941 O/G Steam 9864_B_8 9864 B 8 1941 O/G Steam 9864_G_1 9864 G 1 1923 Hydro 9864_G_2 9864 G 2 1938Hydro 9864_G_3 9864 G 3 1939Hydro 9864_G_4 9864 G 4 1966Hydro 10043_B_B01 10043 B B01 1994Coal Steam 10151_B_BLR1A 10151 B BLR1A 1992Coal Steam 10151_B_BLR1B 10151 B BLR1B 1992Coal Steam 10338_B_ABLR 10338 B ABLR 1987Other Steam 10338_B_BBLR 10338 B BBLR 1987Other Steam 10354_B_1 10354 B 1 1992Other Steam 10464_B_E0001 10464 B E0001 1989Coal Steam 10464_B_E0002 10464 B E0002 1989Coal Steam 10464_B_E0003 10464 B E0003 1989Coal Steam 10567_G_GTG 10567 G GTG 1990Combined Cycle 10567_G_STG 10567 G STG 1990Combined Cycle 10617_G_GEN1 10617 G GEN1 1995 Combined Cycle 10617_G_GEN2 10617 G GEN2 1995 Combined Cycle 10629_B_BLR1 10629 B BLR1 1984Other Steam 10629_B_BLR2 10629 B BLR2 1984Other Steam 10629_B_BLR3 10629 B BLR3 1984Other Steam 10743_B_CFB1 10743 B CFB1 1991 Coal Steam 10743_B_CFB2 10743 B CFB2 1991 Coal Steam

10745_G_1G12 10745 G 1G12 1990Combustion Turbine 10745_G_BP15 10745 G BP15 1998 Combined Cycle 10745_G_GT10 10745 G GT10 1990Combined Cycle 10745_G_GT11 10745 G GT11 1990Combined Cycle

IPMUnitsAllocFactors 85 of 505Unit Type, Plant

ID and IPM Unit ID ORIS CodeBoiler/Generator/C

ommitted Unit Unit ID Online Year Unit Type 10745_G_GT12 10745 G GT12 1990Combined Cycle 10745_G_GT13 10745 G GT13 1990Combined Cycle 10745_G_GT14 10745 G GT14 1990Combined Cycle 10745_G_GT3 10745 G GT3 1989Combined Cycle 10745_G_GT4 10745 G GT4 1989Combined Cycle 10745_G_GT5 10745 G GT5 1989Combined Cycle 10745_G_GT6 10745 G GT6 1989Combined Cycle 10745_G_GT7 10745 G GT7 1989Combined Cycle 10745_G_GT8 10745 G GT8 1989Combined Cycle 10745_G_GT9 10745 G GT9 1990Combined Cycle 10745_G_ST1 10745 G ST1 1990Combined Cycle 10745_G_ST2 10745 G ST2 1990Combined Cycle 10766_B_CFB001 10766 B CFB001 1987Other Steam 10773_B_1 10773 B 1 1992Coal Steam 10773_B_2 10773 B 2 1992Coal Steam

IPMUnitsAllocFactors 86 of 5051 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Unique ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3_B_1 3B 1 Barry 1 Coal Steam Coal Steam SOU SERCAlabama 1Mobile 97 138 3_B_2 3B 2 Barry 1 Coal Steam Coal Steam SOU SERCAlabama 1Mobile 97 137 3_B_3 3B 3 Barry 1 Coal Steam Coal Steam SOU SERCAlabama 1Mobile 97 249 3_B_4 3B 4 Barry 1 Coal Steam Coal Steam SOU SERCAlabama 1Mobile 97 362 3_B_5 3B 5 Barry 1 Coal Steam Coal Steam SOU SERCAlabama 1Mobile 97 750 3_G_A1CT 3G A1CT Barry 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Mobile 97 307 3_G_A1ST 3G A1ST Barry 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Mobile 97 171 3_G_A2C1 3G A2C1 Barry 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Mobile 97 154 3_G_A2C2 3G A2C2 Barry 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Mobile 97 154 3_G_A2ST 3G A2ST Barry 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Mobile 97 173 7_B_1 7B 1 Gadsden 1 Coal Steam Coal Steam SOU SERCAlabama 1Etowah 55 64 7_B_2 7B 2 Gadsden 1 Coal Steam Coal Steam SOU SERCAlabama 1Etowah 55 66 8_B_10 8B 10 Gorgas 1 Coal Steam Coal Steam SOU SERCAlabama 1Walker 127 690 8_B_6 8B 6 Gorgas 1 Coal Steam Coal Steam SOU SERCAlabama 1Walker 127 108 8_B_7 8B 7 Gorgas 1 Coal Steam Coal Steam SOU SERCAlabama 1Walker 127 109 8_B_8 8B 8 Gorgas 1 Coal Steam Coal Steam SOU SERCAlabama 1Walker 127 165 8_B_9 8B 9 Gorgas 1 Coal Steam Coal Steam SOU SERCAlabama 1Walker 127 175 10_B_1 10B 1 Greene County1 Coal Steam Coal Steam SOU SERCAlabama 1Greene 63 254 10_B_2 10B 2 Greene County1 Coal Steam Coal Steam SOU SERCAlabama 1Greene 63 243 10_G_GT10 10G GT10 Greene County1 Combustion Turbine Combustion Turbine SOU SERCAlabama 1Greene 63 85 10_G_GT2 10G GT2 Greene County1 Combustion Turbine Combustion Turbine SOU SERCAlabama 1Greene 63 84 10_G_GT3 10G GT3 Greene County1 Combustion Turbine Combustion Turbine SOU SERCAlabama 1Greene 63 82 10_G_GT4 10G GT4 Greene County1 Combustion Turbine Combustion Turbine SOU SERCAlabama 1Greene 63 81 10_G_GT5 10G GT5 Greene County1 Combustion Turbine Combustion Turbine SOU SERCAlabama 1Greene 63 82 10_G_GT6 10G GT6 Greene County1 Combustion Turbine Combustion Turbine SOU SERCAlabama 1Greene 63 81 10_G_GT7 10G GT7 Greene County1 Combustion Turbine Combustion Turbine SOU SERCAlabama 1Greene 63 80 10_G_GT8 10G GT8 Greene County1 Combustion Turbine Combustion Turbine SOU SERCAlabama 1Greene 63 83 10_G_GT9 10G GT9 Greene County1 Combustion Turbine Combustion Turbine SOU SERCAlabama 1Greene 63 82 26_B_1 26B 1 E C Gaston 1 Coal Steam Coal Steam SOU SERCAlabama 1Shelby 117 254 26_B_2 26B 2 E C Gaston 1 Coal Steam Coal Steam SOU SERCAlabama 1Shelby 117 256 26_B_3 26B 3 E C Gaston 1 Coal Steam Coal Steam SOU SERCAlabama 1Shelby 117 254 26_B_4 26B 4 E C Gaston 1 Coal Steam Coal Steam SOU SERCAlabama 1Shelby 117 256 26_B_5 26B 5 E C Gaston 1 Coal Steam Coal Steam SOU SERCAlabama 1Shelby 117 861 26_G_GT4 26G GT4 E C Gaston 1 Combustion Turbine Combustion Turbine SOU SERCAlabama 1Shelby 117 16 46_G_1 46G 1 Browns Ferry 1 Nuclear Nuclear TVA SERCAlabama 1Limestone 83 1244.75 46_G_2 46G 2 Browns Ferry 1 Nuclear Nuclear TVA SERCAlabama 1Limestone 83 1118 46_G_3 46G 3 Browns Ferry 1 Nuclear Nuclear TVA SERCAlabama 1Limestone 83 1336.8 47_B_1 47B 1 Colbert 1 Coal Steam Coal Steam TVA SERCAlabama 1Colbert 33 178 47_B_2 47B 2 Colbert 1 Coal Steam Coal Steam TVA SERCAlabama 1Colbert 33 178 47_B_3 47B 3 Colbert 1 Coal Steam Coal Steam TVA SERCAlabama 1Colbert 33 178

NEEDS 87 of 5051

Unique ID 3_B_1 3_B_2 3_B_3 3_B_4 3_B_5 3_G_A1CT 3_G_A1ST 3_G_A2C1 3_G_A2C2 3_G_A2ST 7_B_1 7_B_2 8_B_10 8_B_6 8_B_7 8_B_8 8_B_9 10_B_1 10_B_2 10_G_GT10 10_G_GT2 10_G_GT3 10_G_GT4 10_G_GT5 10_G_GT6 10_G_GT7 10_G_GT8 10_G_GT9 26_B_1 26_B_2 26_B_3 26_B_4 26_B_5 26_G_GT4 46_G_1 46_G_2 46_G_3 47_B_1 47_B_2 47_B_3 16 17 18 19 20 21 22

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G 138 1954 9999 3 0 2,595 5.32%3_B 137 1954 9999 3 0 2,595 5.28%3_B 249 1959 9999 3 0 2,595 9.60%3_B 362 1969 9999 3 0 2,595 13.95%3_B 750 1971 9999 3 0 2,595 28.90%3_B 307 2000 9999 3 0 2,595 11.83%3_G 171 2000 9999 3 0 2,595 6.59%3_G 154 2001 9999 3 0 2,595 5.93%3_G 154 2001 9999 3 0 2,595 5.93%3_G 173 2000 9999 3 0 2,595 6.67%3_G 64 1949 9999 7 0 130 49.23%7_B 66 1949 9999 7 0 130 50.77%7_B 690 1972 9999 8 0 1,247 55.33%8_B 108 1951 9999 8 0 1,247 8.66%8_B 109 1952 9999 8 0 1,247 8.74%8_B 165 1956 9999 8 0 1,247 13.23%8_B 175 1958 9999 8 0 1,247 14.03%8_B 254 1965 9999 10 0 497 51.11%10_B 243 1966 9999 10 0 497 48.89%10_B 85 1996 9999 0 497 10_G 84 1996 9999 0 497 10_G 82 1995 9999 0 497 10_G 81 1995 9999 0 497 10_G 82 1995 9999 0 497 10_G 81 1995 9999 0 497 10_G 80 1995 9999 0 497 10_G 83 1996 9999 0 497 10_G 82 1996 9999 0 497 10_G 254 1960 9999 26 0 1,881 13.50%26_B 256 1960 9999 26 0 1,881 13.61%26_B 254 1961 9999 26 0 1,881 13.50%26_B 256 1962 9999 26 0 1,881 13.61%26_B 861 1974 9999 26 0 1,881 45.77%26_B 16 1970 9999 0 1,881 26_G 1244.75 1974 2034 46 0 3,700 33.65%46_G 1118 1975 2035 46 0 3,700 30.22%46_G 1336.8 1977 2037 46 0 3,700 36.13%46_G 178 1955 9999 47 0 1,171 15.20%47_B 178 1955 9999 47 0 1,171 15.20%47_B 178 1955 9999 47 0 1,171 15.20%47_B

NEEDS 88 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 47_B_4 47B 4 Colbert 1 Coal Steam Coal Steam TVA SERCAlabama 1Colbert 33 178 47_B_5 47B 5 Colbert 1 Coal Steam Coal Steam TVA SERCAlabama 1Colbert 33 459 47_G_GT1 47G GT1 Colbert 1 Combustion Turbine Combustion Turbine TVA SERCAlabama 1Colbert 33 48.8 47_G_GT2 47G GT2 Colbert 1 Combustion Turbine Combustion Turbine TVA SERCAlabama 1Colbert 33 48.8 47_G_GT3 47G GT3 Colbert 1 Combustion Turbine Combustion Turbine TVA SERCAlabama 1Colbert 33 48.8 47_G_GT4 47G GT4 Colbert 1 Combustion Turbine Combustion Turbine TVA SERCAlabama 1Colbert 33 48.8 47_G_GT5 47G GT5 Colbert 1 Combustion Turbine Combustion Turbine TVA SERCAlabama 1Colbert 33 48.8 47_G_GT6 47G GT6 Colbert 1 Combustion Turbine Combustion Turbine TVA SERCAlabama 1Colbert 33 48.8 47_G_GT7 47G GT7 Colbert 1 Combustion Turbine Combustion Turbine TVA SERCAlabama 1Colbert 33 48.8 47_G_GT8 47G GT8 Colbert 1 Combustion Turbine Combustion Turbine TVA SERCAlabama 1Colbert 33 48.8 50_B_1 50B 1 Widows Creek 1 Coal Steam Coal Steam TVA SERCAlabama 1Jackson 71 111 50_B_2 50B 2 Widows Creek 1 Coal Steam Coal Steam TVA SERCAlabama 1Jackson 71 111 50_B_3 50B 3 Widows Creek 1 Coal Steam Coal Steam TVA SERCAlabama 1Jackson 71 111 50_B_4 50B 4 Widows Creek 1 Coal Steam Coal Steam TVA SERCAlabama 1Jackson 71 111 50_B_5 50B 5 Widows Creek 1 Coal Steam Coal Steam TVA SERCAlabama 1Jackson 71 111 50_B_6 50B 6 Widows Creek 1 Coal Steam Coal Steam TVA SERCAlabama 1Jackson 71 111 50_B_7 50B 7 Widows Creek 1 Coal Steam Coal Steam TVA SERCAlabama 1Jackson 71 473 50_B_8 50B 8 Widows Creek 1 Coal Steam Coal Steam TVA SERCAlabama 1Jackson 71 464 51_B_1 51B 1 Dolet Hills 1 Coal Steam Coal Steam SPPS SPP Louisiana 22De Soto 31 650 56_B_1 56B 1 Charles R Lowman 1 Coal Steam

Coal Steam SOU SERCAlabama 1Washington 129 86 56_B_2 56B 2 Charles R Lowman 1 Coal Steam

Coal Steam SOU SERCAlabama 1Washington 129 238 56_B_3 56B 3 Charles R Lowman 1 Coal Steam

Coal Steam SOU SERCAlabama 1Washington 129 238 113_B_1 113B 1 Cholla 1 Coal Steam Coal Steam AZNM WECCArizona 4Navajo 17 110 113_B_2 113B 2 Cholla 1 Coal Steam Coal Steam AZNM WECCArizona 4Navajo 17 275 113_B_3 113B 3 Cholla 1 Coal Steam Coal Steam AZNM WECCArizona 4Navajo 17 271 113_B_4 113B 4 Cholla 1 Coal Steam Coal Steam AZNM WECCArizona 4Navajo 17 380 127_B_1 127B 1 Oklaunion 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Wilbarger 487 690 130_B_1 130B 1 Cross 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Berkeley 15 620 130_B_2 130B 2 Cross 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Berkeley 15 540 130_B_3 130B 3 Cross 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Berkeley 15 580 130_B_4 130B 4 Cross 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Berkeley 15 600 136_B_1 136B 1 Seminole 1 Coal Steam Coal Steam FRCC FRCCFlorida 12Putnam 107 658 136_B_2 136B 2 Seminole 1 Coal Steam Coal Steam FRCC FRCCFlorida 12Putnam 107 658 165_B_1 165B 1 GRDA 1 Coal Steam Coal Steam SPPS SPP Oklahoma 40Mayes 97 490 165_B_2 165B 2 GRDA 1 Coal Steam Coal Steam SPPS SPP Oklahoma 40Mayes 97 520 170_B_1 170B 1 Lake Catherine1 O/G SteamO/G Steam ENTG SERCArkansas 5Hot Spring 59 47 170_B_2 170B 2 Lake Catherine1 O/G SteamO/G Steam ENTG SERCArkansas 5Hot Spring 59 51 170_B_3 170B 3 Lake Catherine1 O/G SteamO/G Steam ENTG SERCArkansas 5Hot Spring 59 106 170_B_4 170B 4 Lake Catherine1 O/G SteamO/G Steam ENTG SERCArkansas 5Hot Spring 59 547 173_B_1 173B 1 Robert E Ritchie0 O/G SteamO/G Steam ENTG SERCArkansas 5Phillips 107 305 173_B_2 173B 2 Robert E Ritchie0 O/G SteamO/G Steam ENTG SERCArkansas 5Phillips 107 544 173_G_GT1 173G GT1 Robert E Ritchie0 Combustion Turbine Combustion Turbine ENTG SERCArkansas 5Phillips 107 14

NEEDS 89 of 505Unique

ID 3_B_1 47_B_4 47_B_5 47_G_GT1 47_G_GT2 47_G_GT3 47_G_GT4 47_G_GT5 47_G_GT6 47_G_GT7 47_G_GT8 50_B_1 50_B_2 50_B_3 50_B_4 50_B_5 50_B_6 50_B_7 50_B_8 51_B_1 56_B_1 56_B_2 56_B_3 113_B_1 113_B_2 113_B_3 113_B_4 127_B_1 130_B_1 130_B_2 130_B_3 130_B_4 136_B_1 136_B_2 165_B_1 165_B_2 170_B_1 170_B_2 170_B_3 170_B_4 173_B_1 173_B_2 173_G_GT1

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

178 1955 9999 47 0 1,171 15.20%47_B 459 1965 9999 47 0 1,171 39.20%47_B 48.8 1972 9999 0 1,171 47_G 48.8 1972 9999 0 1,171 47_G 48.8 1972 9999 0 1,171 47_G 48.8 1972 9999 0 1,171 47_G 48.8 1972 9999 0 1,171 47_G 48.8 1972 9999 0 1,171 47_G 48.8 1972 9999 0 1,171 47_G 48.8 1972 9999 0 1,171 47_G 110.223 1952 9999 50 0 1,598 6.90%50_B 110.223 1952 9999 50 0 1,598 6.90%50_B 110.223 1952 9999 50 0 1,598 6.90%50_B 110.3 1953 9999 50 0 1,598 6.90%50_B 110.223 1954 9999 50 0 1,598 6.90%50_B 110.223 1954 9999 50 0 1,598 6.90%50_B 473 1961 9999 50 0 1,598 29.59%50_B 464 1965 9999 50 0 1,598 29.03%50_B 650 1986 9999 51 0 650 100.00%51_B 86 1969 9999 56 0 562 15.30%56_B 238 1979 9999 56 0 562 42.35%56_B 238 1980 9999 56 0 562 42.35%56_B 110 1962 9999 113 0 1,025 10.73%113_B 275 1978 9999 113 0 1,025 26.82%113_B 266.5285 1980 9999 113 0 1,025 26.00%113_B 373.73 1981 9999 113 0 1,025 36.45%113_B 690 1986 9999 127 0 690 100.00%127_B 620 1995 9999 130 0 2,340 26.50%130_B 540 1984 9999 130 0 2,340 23.08%130_B 580 2007 9999 130 0 2,340 24.79%130_B 600 2009 9999 130 0 2,340 25.64%130_B 658 1984 9999 136 0 1,316 50.00%136_B 658 1984 9999 136 0 1,316 50.00%136_B 490 1982 9999 165 0 1,010 48.51%165_B 520 1986 9999 165 0 1,010 51.49%165_B 47 1950 9999 170 1 751 6.26%170_B 51 1950 9999 170 1 751 6.79%170_B 106 1953 9999 170 1 751 14.11%170_B 547 1970 9999 170 0 751 72.84%170_B 305 1961 9999 173 1 849 35.92%173_B 544 1968 9999 173 1 849 64.08%173_B 14 1970 9999 0 849 173_G

NEEDS 90 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 201_G_1 201G 1 Thomas Fitzhugh1 Combined Cycle Combined Cycle SPPS SPP Arkansas 5Franklin 47 66 201_G_2 201G 2 Thomas Fitzhugh1 Combined Cycle Combined Cycle SPPS SPP Arkansas 5Franklin 47 105 202_B_01 202B 01 Carl Bailey 1 O/G SteamO/G Steam ENTG SERCArkansas 5Woodruff 147 122 203_B_01 203B 01 McClellan 1 O/G SteamO/G Steam ENTG SERCArkansas 5Ouachita 103 134 204_G_1 204G 1 Clinton Power Station 0 Nuclear Nuclear GWAY SERCIllinois 17De Witt 39 1043 207_B_1 207B 1 St Johns River Power Park 1 Coal Steam

Coal Steam FRCC FRCCFlorida 12Duval 31 626 207_B_2 207B 2 St Johns River Power Park 1 Coal Steam

Coal Steam FRCC FRCCFlorida 12Duval 31 626 210_G_1 210G 1 Wolf Creek Generating Station 0 Nuclear Nuclear SPPN SPP Kansas 20Coffey 31 1166 228_B_10 228B 10 Contra Costa 0 O/G SteamO/G Steam CA-N WECCCalifornia 6Contra Costa 13 337 228_B_9 228B 9 Contra Costa 0 O/G SteamO/G Steam CA-N WECCCalifornia 6Contra Costa 13 337 246_B_1 246B 1 Humboldt Bay 0 O/G SteamO/G Steam CA-N WECCCalifornia 6Humboldt 23 52 246_B_2 246B 2 Humboldt Bay 0 O/G SteamO/G Steam CA-N WECCCalifornia 6Humboldt 23 53 259_B_1 259B 1 Morro Bay Power Plant 0 O/G SteamO/G Steam CA-N WECCCalifornia 6San Luis Obispo79 163 259_B_2 259B 2 Morro Bay Power Plant 0 O/G SteamO/G Steam CA-N WECCCalifornia 6San Luis Obispo79 163 259_B_3 259B 3 Morro Bay Power Plant 0 O/G SteamO/G Steam CA-N WECCCalifornia 6San Luis Obispo79 337 259_B_4 259B 4 Morro Bay Power Plant 0 O/G SteamO/G Steam CA-N WECCCalifornia 6San Luis Obispo79 336 260_B_6-1 260B 6-1 Moss Landing Power Plant 0 O/G SteamO/G Steam CA-N WECCCalifornia 6Monterey 53 739 260_B_7-1 260B 7-1 Moss Landing Power Plant 0 O/G SteamO/G Steam CA-N WECCCalifornia 6Monterey 53 739 260_G_CT1A 260G CT1A Moss Landing Power Plant 0 Combined Cycle

Combined Cycle CA-N WECCCalifornia 6Monterey 53 165 260_G_CT1B 260G CT1B Moss Landing Power Plant 0 Combined Cycle

Combined Cycle CA-N WECCCalifornia 6Monterey 53 165 260_G_CT2A 260G CT2A Moss Landing Power Plant 0 Combined Cycle

Combined Cycle CA-N WECCCalifornia 6Monterey 53 165 260_G_CT2B 260G CT2B Moss Landing Power Plant 0 Combined Cycle

Combined Cycle CA-N WECCCalifornia 6Monterey 53 165 260_G_ST1 260G ST1 Moss Landing Power Plant 0 Combined Cycle

Combined Cycle CA-N WECCCalifornia 6Monterey 53 180 260_G_ST2 260G ST2 Moss Landing Power Plant 0 Combined Cycle

Combined Cycle CA-N WECCCalifornia 6Monterey 53 180 271_B_5 271B 5 Pittsburg Power0 O/G SteamO/G Steam CA-N WECCCalifornia 6Contra Costa 13 312 271_B_6 271B 6 Pittsburg Power0 O/G SteamO/G Steam CA-N WECCCalifornia 6Contra Costa 13 317 271_B_7 271B 7 Pittsburg Power0 O/G SteamO/G Steam CA-N WECCCalifornia 6Contra Costa 13 682 273_B_3-1 273B 3-1 Potrero Power 0 O/G SteamO/G Steam CA-N WECCCalifornia 6San Francisco 75 206 273_G_4 273G 4 Potrero Power 0 Combustion Turbine Combustion Turbine CA-N WECCCalifornia 6San Francisco 75 52 273_G_5 273G 5 Potrero Power 0 Combustion Turbine Combustion Turbine CA-N WECCCalifornia 6San Francisco 75 52 273_G_6 273G 6 Potrero Power 0 Combustion Turbine Combustion Turbine CA-N WECCCalifornia 6San Francisco 75 52 298_B_LIM1 298B LIM1 Limestone 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Limestone 293 831 298_B_LIM2 298B LIM2 Limestone 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Limestone 293 858 302_B_1 302B 1 Encina 0 O/G SteamO/G Steam CA-S WECCCalifornia 6San Diego 73 106 302_B_2 302B 2 Encina 0 O/G SteamO/G Steam CA-S WECCCalifornia 6San Diego 73 104 302_B_3 302B 3 Encina 0 O/G SteamO/G Steam CA-S WECCCalifornia 6San Diego 73 110 302_B_4 302B 4 Encina 0 O/G SteamO/G Steam CA-S WECCCalifornia 6San Diego 73 300 302_B_5 302B 5 Encina 0 O/G SteamO/G Steam CA-S WECCCalifornia 6San Diego 73 330 302_G_GT1 302G GT1 Encina 0 Combustion Turbine Combustion Turbine CA-S WECCCalifornia 6San Diego 73 14 310_B_1 310B 1 South Bay Power Plant 0 O/G SteamO/G Steam CA-S WECCCalifornia 6San Diego 73 146 310_B_2 310B 2 South Bay Power Plant 0 O/G SteamO/G Steam CA-S WECCCalifornia 6San Diego 73 150 310_B_3 310B 3 South Bay Power Plant 0 O/G SteamO/G Steam CA-S WECCCalifornia 6San Diego 73 175

NEEDS 91 of 505Unique

ID 3_B_1 201_G_1 201_G_2 202_B_01 203_B_01 204_G_1 207_B_1 207_B_2 210_G_1 228_B_10 228_B_9 246_B_1 246_B_2 259_B_1 259_B_2 259_B_3 259_B_4 260_B_6-1 260_B_7-1 260_G_CT1A 260_G_CT1B 260_G_CT2A 260_G_CT2B 260_G_ST1 260_G_ST2 271_B_5 271_B_6 271_B_7 273_B_3-1 273_G_4 273_G_5 273_G_6 298_B_LIM1 298_B_LIM2 302_B_1 302_B_2 302_B_3 302_B_4 302_B_5 302_G_GT1 310_B_1 310_B_2 310_B_3Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

66 1963 9999 201 0 171 38.60%201_G 105 2002 9999 201 0 171 61.40%201_G 122 1966 9999 202 0 122 100.00%202_B 134 1972 9999 203 0 134 100.00%203_B 1043 1987 2047 204 1 1,043 100.00%204_G 626 1987 9999 207 0 1,252 50.00%207_B 626 1988 9999 207 0 1,252 50.00%207_B 1166 1985 2045 210 1 1,166 100.00%210_G 337 1964 9999 228 0 674 50.00%228_B 337 1964 9999 228 0 674 50.00%228_B 52 1956 9999 246 1 105 49.52%246_B 53 1958 9999 246 1 105 50.48%246_B 163 1956 9999 259 1 999 16.32%259_B 163 1955 9999 259 1 999 16.32%259_B 337 1962 9999 259 0 999 33.73%259_B 336 1963 9999 259 0 999 33.63%259_B 739 1967 9999 260 1 2,498 29.58%260_B 739 1968 9999 260 0 2,498 29.58%260_B 165 2002 9999 260 0 2,498 6.61%260_G 165 2002 9999 260 0 2,498 6.61%260_G 165 2002 9999 260 0 2,498 6.61%260_G 165 2002 9999 260 0 2,498 6.61%260_G 180 2002 9999 260 0 2,498 7.21%260_G 180 2002 9999 260 0 2,498 7.21%260_G 312 1960 9999 271 0 1,311 23.80%271_B 317 1961 9999 271 0 1,311 24.18%271_B 682 1972 9999 271 0 1,311 52.02%271_B 206 1965 9999 273 0 206 100.00%273_B 52 1976 9999 0 206 273_G 52 1976 9999 0 206 273_G 52 1976 9999 0 206 273_G 831 1985 9999 298 0 1,689 49.20%298_B 858 1986 9999 298 0 1,689 50.80%298_B 106 1954 9999 302 0 950 11.16%302_B 104 1956 9999 302 0 950 10.95%302_B 110 1958 9999 302 0 950 11.58%302_B 300 1973 9999 302 0 950 31.58%302_B 330 1978 9999 302 0 950 34.74%302_B 14 1968 9999 0 950 302_G 146 1960 9999 310 0 693 21.07%310_B 150 1962 9999 310 0 693 21.65%310_B 175 1964 9999 310 0 693 25.25%310_B

NEEDS 92 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 310_B_4 310B 4 South Bay Power Plant 0 O/G SteamO/G Steam CA-S WECCCalifornia 6San Diego 73 222 310_G_5 310G 5 South Bay Power Plant 0 Combustion Turbine

Combustion Turbine CA-S WECCCalifornia 6San Diego 73 14 330_B_3 330B 3 El Segundo Power 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 335 330_B_4 330B 4 El Segundo Power 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 335 335_B_1 335B 1 AES Huntington Beach LLC 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Orange 59 225.8 335_B_2 335B 2 AES Huntington Beach LLC 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Orange 59 225.8 335_B_3A 335B 3A AES Huntington Beach LLC 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Orange 59 225 335_B_4A 335B 4A AES Huntington Beach LLC 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Orange 59 227 341_G_1 341G 1 Long Beach Generation LLC 0 Combustion Turbine

Combustion Turbine CA-S WECCCalifornia 6Los Angeles 37 65 341_G_2 341G 2 Long Beach Generation LLC 0 Combustion Turbine

Combustion Turbine CA-S WECCCalifornia 6Los Angeles 37 65 341_G_3 341G 3 Long Beach Generation LLC 0 Combustion Turbine

Combustion Turbine CA-S WECCCalifornia 6Los Angeles 37 65 341_G_4 341G 4 Long Beach Generation LLC 0 Combustion Turbine

Combustion Turbine CA-S WECCCalifornia 6Los Angeles 37 65 345_B_1 345B 1 Mandalay 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Ventura 111 215 345_B_2 345B 2 Mandalay 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Ventura 111 215 345_G_03 345G 03 Mandalay 0 Combustion Turbine Combustion Turbine CA-S WECCCalifornia 6Ventura 111 130 350_B_1 350B 1 Ormond Beach0 O/G SteamO/G Steam CA-S WECCCalifornia 6Ventura 111 741 350_B_2 350B 2 Ormond Beach0 O/G SteamO/G Steam CA-S WECCCalifornia 6Ventura 111 775 356_B_5 356B 5 AES Redondo Beach LLC 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 175 356_B_6 356B 6 AES Redondo Beach LLC 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 175 356_B_7 356B 7 AES Redondo Beach LLC 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 480 356_B_8 356B 8 AES Redondo Beach LLC 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 480 360_G_2 360G 2 San Onofre 0 Nuclear Nuclear CA-S WECCCalifornia 6San Diego 73 1070 360_G_3 360G 3 San Onofre 0 Nuclear Nuclear CA-S WECCCalifornia 6San Diego 73 1080 371_G_2 371G 2 Columbia Generating Station 1 Nuclear Nuclear PNW WECCWashington 53Benton 5 1131 384_B_71 384B 71 Joliet 29 1 Coal Steam Coal Steam COMD RFC Illinois 17Will 197 259 384_B_72 384B 72 Joliet 29 1 Coal Steam Coal Steam COMD RFC Illinois 17Will 197 259 384_B_81 384B 81 Joliet 29 1 Coal Steam Coal Steam COMD RFC Illinois 17Will 197 259 384_B_82 384B 82 Joliet 29 1 Coal Steam Coal Steam COMD RFC Illinois 17Will 197 259 399_G_1 399G 1 Harbor 0 Combined Cycle Combined Cycle CA-S WECCCalifornia 6Los Angeles 37 78 399_G_10 399G 10 Harbor 0 Combustion Turbine Combustion Turbine CA-S WECCCalifornia 6Los Angeles 37 47.4 399_G_11 399G 11 Harbor 0 Combustion Turbine Combustion Turbine CA-S WECCCalifornia 6Los Angeles 37 47.4 399_G_12 399G 12 Harbor 0 Combustion Turbine Combustion Turbine CA-S WECCCalifornia 6Los Angeles 37 47.4 399_G_13 399G 13 Harbor 0 Combustion Turbine Combustion Turbine CA-S WECCCalifornia 6Los Angeles 37 47.4 399_G_14 399G 14 Harbor 0 Combustion Turbine Combustion Turbine CA-S WECCCalifornia 6Los Angeles 37 47.4 399_G_2 399G 2 Harbor 0 Combined Cycle Combined Cycle CA-S WECCCalifornia 6Los Angeles 37 78 399_G_5 399G 5 Harbor 0 Combined Cycle Combined Cycle CA-S WECCCalifornia 6Los Angeles 37 68 400_B_1 400B 1 Haynes 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 222 400_B_2 400B 2 Haynes 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 222 400_B_5 400B 5 Haynes 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 322 400_B_6 400B 6 Haynes 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 322 400_G_10 400G 10 Haynes 0 Combined Cycle Combined Cycle CA-S WECCCalifornia 6Los Angeles 37 163 400_G_8 400G 8 Haynes 0 Combined Cycle Combined Cycle CA-S WECCCalifornia 6Los Angeles 37 250

NEEDS 93 of 505Unique

ID 3_B_1 310_B_4 310_G_5 330_B_3 330_B_4 335_B_1 335_B_2 335_B_3A 335_B_4A 341_G_1 341_G_2 341_G_3 341_G_4 345_B_1 345_B_2 345_G_03 350_B_1 350_B_2 356_B_5 356_B_6 356_B_7 356_B_8 360_G_2 360_G_3 371_G_2 384_B_71 384_B_72 384_B_81 384_B_82 399_G_1 399_G_10 399_G_11 399_G_12 399_G_13 399_G_14 399_G_2 399_G_5 400_B_1 400_B_2 400_B_5 400_B_6 400_G_10 400_G_8Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

222 1971 9999 310 0 693 32.03%310_B 14 1971 9999 0 693 310_G 335 1964 9999 330 0 670 50.00%330_B 335 1965 9999 330 0 670 50.00%330_B 225.8 1958 9999 335 0 904 24.99%335_B 225.8 1958 9999 335 0 904 24.99%335_B 225 2003 9999 335 0 904 24.90%335_B 227 2003 9999 335 0 904 25.12%335_B 65 2007 9999 0 0 341_G 65 2007 9999 0 0 341_G 65 2007 9999 0 0 341_G 65 2007 9999 0 0 341_G 215 1959 9999 345 0 430 50.00%345_B 215 1959 9999 345 0 430 50.00%345_B 130 1970 9999 0 430 345_G 741 1971 9999 350 0 1,516 48.88%350_B 775 1973 9999 350 0 1,516 51.12%350_B 175 1954 9999 356 0 1,310 13.36%356_B 175 1957 9999 356 0 1,310 13.36%356_B 480 1967 9999 356 0 1,310 36.64%356_B 480 1967 9999 356 0 1,310 36.64%356_B 1070 1983 2043 360 0 2,150 49.77%360_G 1080 1984 2044 360 0 2,150 50.23%360_G 1131 1984 2044 371 0 1,131 100.00%371_G 257.218125 1965 9999 384 0 1,030 24.97%384_B 257.64025 1965 9999 384 0 1,030 25.01%384_B 257.64025 1965 9999 384 0 1,030 25.01%384_B 257.64025 1965 9999 384 0 1,030 25.01%384_B 78 1994 9999 399 0 224 34.82%399_G 47.4 2002 9999 0 224 399_G 47.4 2002 9999 0 224 399_G 47.4 2002 9999 0 224 399_G 47.4 2002 9999 0 224 399_G 47.4 2002 9999 0 224 399_G 78 1994 9999 399 0 224 34.82%399_G 68 1949 9999 399 0 224 30.36%399_G 222 1960 9999 400 0 1,664 13.34%400_B 222 1963 9999 400 0 1,664 13.34%400_B 322 1966 9999 400 0 1,664 19.35%400_B 322 1967 9999 400 0 1,664 19.35%400_B 163 2005 9999 400 0 1,664 9.80%400_G 250 2005 9999 400 0 1,664 15.02%400_G

NEEDS 94 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 400_G_9 400G 9 Haynes 0 Combined Cycle Combined Cycle CA-S WECCCalifornia 6Los Angeles 37 163 404_B_1 404B 1 Scattergood 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 174 404_B_2 404B 2 Scattergood 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 177 404_B_3 404B 3 Scattergood 0 O/G SteamO/G Steam CA-S WECCCalifornia 6Los Angeles 37 445 460_B_41 460B 41 Pueblo 1 O/G SteamO/G Steam RMPA WECCColorado 8Pueblo 101 9.3 460_B_49 460B 49 Pueblo 1 O/G SteamO/G Steam RMPA WECCColorado 8Pueblo 101 19 460_G_IC1 460G IC1 Pueblo 1 Combustion Turbine Combustion Turbine RMPA WECCColorado 8Pueblo 101 2 460_G_IC2 460G IC2 Pueblo 1 Combustion Turbine Combustion Turbine RMPA WECCColorado 8Pueblo 101 2 460_G_IC3 460G IC3 Pueblo 1 Combustion Turbine Combustion Turbine RMPA WECCColorado 8Pueblo 101 2 460_G_IC4 460G IC4 Pueblo 1 Combustion Turbine Combustion Turbine RMPA WECCColorado 8Pueblo 101 2 460_G_IC5 460G IC5 Pueblo 1 Combustion Turbine Combustion Turbine RMPA WECCColorado 8Pueblo 101 2 462_B_55 462B 55 WN Clark 1 Coal Steam Coal Steam RMPA WECCColorado 8Fremont 43 19 462_B_59 462B 59 WN Clark 1 Coal Steam Coal Steam RMPA WECCColorado 8Fremont 43 24 465_B_3 465B 3 Arapahoe 1 Coal Steam Coal Steam RMPA WECCColorado 8Denver 31 47 465_B_4 465B 4 Arapahoe 1 Coal Steam Coal Steam RMPA WECCColorado 8Denver 31 121 468_B_1 468B 1 Cameo 1 Coal Steam Coal Steam RMPA WECCColorado 8Mesa 77 23.7 468_B_2 468B 2 Cameo 1 Coal Steam Coal Steam RMPA WECCColorado 8Mesa 77 54 469_B_1 469B 1 Cherokee 1 Coal Steam Coal Steam RMPA WECCColorado 8Adams 1 115 469_B_2 469B 2 Cherokee 1 Coal Steam Coal Steam RMPA WECCColorado 8Adams 1 120 469_B_3 469B 3 Cherokee 1 Coal Steam Coal Steam RMPA WECCColorado 8Adams 1 165 469_B_4 469B 4 Cherokee 1 Coal Steam Coal Steam RMPA WECCColorado 8Adams 1 388 469_G_IC1 469G IC1 Cherokee 1 Combustion Turbine Combustion Turbine RMPA WECCColorado 8Adams 1 2.75 469_G_IC2 469G IC2 Cherokee 1 Combustion Turbine Combustion Turbine RMPA WECCColorado 8Adams 1 2.75 477_B_5 477B 5 Valmont 1 Coal Steam Coal Steam RMPA WECCColorado 8Boulder 13 199 477_G_6 477G 6 Valmont 1 Combustion Turbine Combustion Turbine RMPA WECCColorado 8Boulder 13 43 478_B_1 478B 1 Zuni 1 O/G SteamO/G Steam RMPA WECCColorado 8Denver 3128.36364 478_B_2 478B 2 Zuni 1 O/G SteamO/G Steam RMPA WECCColorado 8Denver 3110.63636 478_B_3 478B 3 Zuni 1 O/G SteamO/G Steam RMPA WECCColorado 8Denver 31 68 525_B_H1 525B H1 Hayden 1 Coal Steam Coal Steam RMPA WECCColorado 8Routt 107 205 525_B_H2 525B H2 Hayden 1 Coal Steam Coal Steam RMPA WECCColorado 8Routt 107 300 527_B_1 527B 1 Nucla 1 Coal Steam Coal Steam RMPA WECCColorado 8Montrose 85 100 533_G_1 533G 1 McWilliams 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Covington 39 10 533_G_2 533G 2 McWilliams 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Covington 39 10 533_G_3 533G 3 McWilliams 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Covington 39 20 533_G_4 533G 4 McWilliams 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Covington 39 109 533_G_VAN1 533G VAN1 McWilliams 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Covington 39 163 533_G_VAN2 533G VAN2 McWilliams 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Covington 39 163 533_G_VAN3 533G VAN3 McWilliams 1 Combined Cycle Combined Cycle SOU SERCAlabama 1Covington 39 176 544_G_10 544G 10 Devon Station 0 Combustion Turbine Combustion Turbine NENG NPCCConnecticut 9New Haven 9 15 544_G_11 544G 11 Devon Station 0 Combustion Turbine Combustion Turbine NENG NPCCConnecticut 9New Haven 9 30 544_G_12 544G 12 Devon Station 0 Combustion Turbine Combustion Turbine NENG NPCCConnecticut 9New Haven 9 29 544_G_13 544G 13 Devon Station 0 Combustion Turbine Combustion Turbine NENG NPCCConnecticut 9New Haven 9 30

NEEDS 95 of 505Unique

ID 3_B_1 400_G_9 404_B_1 404_B_2 404_B_3 460_B_41 460_B_49 460_G_IC1 460_G_IC2 460_G_IC3 460_G_IC4 460_G_IC5 462_B_55 462_B_59 465_B_3 465_B_4 468_B_1 468_B_2 469_B_1 469_B_2 469_B_3 469_B_4 469_G_IC1 469_G_IC2 477_B_5 477_G_6 478_B_1 478_B_2 478_B_3 525_B_H1 525_B_H2 527_B_1 533_G_1 533_G_2 533_G_3 533_G_4 533_G_VAN1 533_G_VAN2 533_G_VAN3 544_G_10 544_G_11 544_G_12 544_G_13Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

163 2005 9999 400 0 1,664 9.80%400_G 174 1958 9999 404 0 796 21.86%404_B 177 1959 9999 404 0 796 22.24%404_B 445 1974 9999 404 0 796 55.90%404_B 9.3 2001 9999 460 0 28 32.86%460_B 19 1949 9999 460 0 28 67.14%460_B 2 1964 9999 0 28 460_G 2 1964 9999 0 28 460_G 2 1964 9999 0 28 460_G 2 1964 9999 0 28 460_G 2 1964 9999 0 28 460_G 19 1955 9999 462 0 43 44.19%462_B 24 1959 9999 462 0 43 55.81%462_B 47 1951 9999 465 0 168 27.98%465_B 121 1955 9999 465 0 168 72.02%465_B 23.7 1957 9999 468 0 78 30.50%468_B 54 1960 9999 468 0 78 69.50%468_B 115 1957 9999 469 0 788 14.59%469_B 120 1959 9999 469 0 788 15.23%469_B 165 1962 9999 469 0 788 20.94%469_B 388 1968 9999 469 0 788 49.24%469_B 2.75 1967 9999 0 788 469_G 2.75 1967 9999 0 788 469_G 199 1964 9999 477 0 199 100.00%477_B 43 1973 9999 0 199 477_G 28.3636 1948 9999 478 0 107 26.51%478_B 10.6364 1948 9999 478 0 107 9.94%478_B 68 1954 9999 478 0 107 63.55%478_B 203.565 1965 9999 525 0 502 40.59%525_B 297.935 1976 9999 525 0 502 59.41%525_B 100 1991 9999 527 0 100 100.00%527_B 10 1954 9999 533 0 651 1.54%533_G 10 1954 9999 533 0 651 1.54%533_G 20 1959 9999 533 0 651 3.07%533_G 109 1996 9999 533 0 651 16.74%533_G 163 2002 9999 533 0 651 25.04%533_G 163 2002 9999 533 0 651 25.04%533_G 176 2002 9999 533 0 651 27.04%533_G 15 1966 9999 0 0 544_G 30 1996 9999 0 0 544_G 29 1996 9999 0 0 544_G 30 1996 9999 0 0 544_G

NEEDS 96 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 544_G_14 544G 14 Devon Station 0 Combustion Turbine Combustion Turbine NENG NPCCConnecticut 9New Haven 9 30 546_B_5 546B 5 Montville Station1 O/G SteamO/G Steam NENG NPCCConnecticut 9New London 11 81 546_B_6 546B 6 Montville Station1 O/G SteamO/G Steam NENG NPCCConnecticut 9New London 11 407.4 546_G_10 546G 10 Montville Station1 Combustion Turbine Combustion Turbine NENG NPCCConnecticut 9New London 11 2.7 546_G_11 546G 11 Montville Station1 Combustion Turbine Combustion Turbine NENG NPCCConnecticut 9New London 11 2.7 548_B_1 548B 1 NRG Norwalk Harbor 0 O/G SteamO/G Steam NENG NPCCConnecticut 9Fairfield 1 162 548_B_2 548B 2 NRG Norwalk Harbor 0 O/G SteamO/G Steam NENG NPCCConnecticut 9Fairfield 1 168 548_G_10 548G 10 NRG Norwalk Harbor 0 Combustion Turbine

Combustion Turbine NENG NPCCConnecticut 9Fairfield 1 12 562_B_2 562B 2 Middletown 1 O/G SteamO/G Steam NENG NPCCConnecticut 9Middlesex 7 117 562_B_3 562B 3 Middletown 1 O/G SteamO/G Steam NENG NPCCConnecticut 9Middlesex 7 236 562_B_4 562B 4 Middletown 1 O/G SteamO/G Steam NENG NPCCConnecticut 9Middlesex 7 400 562_G_10 562G 10 Middletown 1 Combustion Turbine Combustion Turbine NENG NPCCConnecticut 9Middlesex 7 17.2 566_G_2 566G 2 Millstone 1 Nuclear Nuclear NENG NPCCConnecticut 9New London 11 876.9 566_G_3 566G 3 Millstone 1 Nuclear Nuclear NENG NPCCConnecticut 9New London 11 1144 568_B_BHB2 568B BHB2 Bridgeport Station1 O/G SteamO/G Steam NENG NPCCConnecticut 9Fairfield 1 130 568_B_BHB3 568B BHB3 Bridgeport Station1 Coal Steam Coal Steam NENG NPCCConnecticut 9Fairfield 1 372 568_G_4 568G 4 Bridgeport Station1 Combustion Turbine Combustion Turbine NENG NPCCConnecticut 9Fairfield 1 9.92 593_B_3 593B 3 Edge Moor 1 Coal Steam Coal Steam MACE RFC Delaware 10New Castle 3 86 593_B_4 593B 4 Edge Moor 1 Coal Steam Coal Steam MACE RFC Delaware 10New Castle 3 174 593_B_5 593B 5 Edge Moor 1 O/G SteamO/G Steam MACE RFC Delaware 10New Castle 3 445 593_G_10 593G 10 Edge Moor 1 Combustion Turbine Combustion Turbine MACE RFC Delaware 10New Castle 3 13 594_B_3 594B 3 Indian River Generating Station 1 Coal Steam

Coal Steam MACE RFC Delaware 10Sussex 5 153 594_B_4 594B 4 Indian River Generating Station 1 Coal Steam

Coal Steam MACE RFC Delaware 10Sussex 5 405 594_G_10 594G 10 Indian River Generating Station 1 Combustion Turbine

Combustion Turbine MACE RFC Delaware 10Sussex 5 17 603_B_15 603B 15 Benning 1 O/G SteamO/G Steam MACS RFC District of Columbia 11District of Columbia1 275 603_B_16 603B 16 Benning 1 O/G SteamO/G Steam MACS RFC District of Columbia 11District of Columbia1 275 609_B_PCC1 609B PCC1 Cape Canaveral1 O/G SteamO/G Steam FRCC FRCCFlorida 12Brevard 9 394 609_B_PCC2 609B PCC2 Cape Canaveral1 O/G SteamO/G Steam FRCC FRCCFlorida 12Brevard 9 407 610_B_PCU5 610B PCU5 Cutler 0 O/G SteamO/G Steam FRCC FRCCFlorida 12Miami Dade 86 68 610_B_PCU6 610B PCU6 Cutler 0 O/G SteamO/G Steam FRCC FRCCFlorida 12Miami Dade 86 138 612_G_11 612G 11 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54 612_G_12 612G 12 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54 612_G_2A 612G 2A Fort Myers 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Lee 71158.6309 612_G_2B 612G 2B Fort Myers 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Lee 71158.6309 612_G_2C 612G 2C Fort Myers 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Lee 71158.6309 612_G_2D 612G 2D Fort Myers 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Lee 71158.6309 612_G_2E 612G 2E Fort Myers 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Lee 71158.6309 612_G_2F 612G 2F Fort Myers 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Lee 71158.6309 612_G_3 612G 3 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54 612_G_4 612G 4 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54 612_G_5 612G 5 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54 612_G_6 612G 6 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54

NEEDS 97 of 505Unique

ID 3_B_1 544_G_14 546_B_5 546_B_6 546_G_10 546_G_11 548_B_1 548_B_2 548_G_10 562_B_2 562_B_3 562_B_4 562_G_10 566_G_2 566_G_3 568_B_BHB2 568_B_BHB3 568_G_4 593_B_3 593_B_4 593_B_5 593_G_10 594_B_3 594_B_4 594_G_10 603_B_15 603_B_16 609_B_PCC1 609_B_PCC2 610_B_PCU5 610_B_PCU6 612_G_11 612_G_12 612_G_2A 612_G_2B 612_G_2C 612_G_2D 612_G_2E 612_G_2F 612_G_3 612_G_4 612_G_5 612_G_6Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

30 1996 9999 0 0 544_G 81 1954 9999 546 1 488 16.58%546_B 407.4 1971 9999 546 0 488 83.42%546_B 2.7 1967 9999 0 488 546_G 2.7 1967 9999 0 488 546_G 162 1960 9999 548 1 330 49.09%548_B 168 1963 9999 548 1 330 50.91%548_B 12 1966 9999 0 330 548_G 117 1958 9999 562 1 753 15.54%562_B 236 1964 9999 562 1 753 31.34%562_B 400 1973 9999 562 0 753 53.12%562_B 17.2 1966 9999 0 753 562_G 876.9 1975 2035 566 0 2,021 43.39%566_G 1144 1986 2046 566 0 2,021 56.61%566_G 130 1961 9999 568 1 500 25.99%568_B 370.0971 1968 9999 568 0 500 74.01%568_B 9.92 1967 9999 0 500 568_G 86 1957 9999 593 1 704 12.21%593_B 173.0628 1966 9999 593 0 704 24.58%593_B 445 1973 9999 593 0 704 63.20%593_B 13 1963 9999 0 704 593_G 152.2602 1970 9999 594 0 555 27.44%594_B 402.5607 1980 9999 594 0 555 72.56%594_B 17 1967 9999 0 555 594_G 275 1968 9999 603 0 550 50.00%603_B 275 1972 9999 603 0 550 50.00%603_B 394 1965 9999 609 0 801 49.19%609_B 407 1969 9999 609 1 801 50.81%609_B 68 1954 9999 610 1 206 33.01%610_B 138 1955 9999 610 1 206 66.99%610_B 54 1974 9999 0 1,441 612_G 54 1974 9999 0 1,441 612_G 158.6309 2000 9999 612 0 1,441 11.01%612_G 158.6309 2000 9999 612 0 1,441 11.01%612_G 158.6309 2000 9999 612 0 1,441 11.01%612_G 158.6309 2001 9999 612 0 1,441 11.01%612_G 158.6309 2001 9999 612 0 1,441 11.01%612_G 158.6309 2001 9999 612 0 1,441 11.01%612_G 54 1974 9999 0 1,441 612_G 54 1974 9999 0 1,441 612_G 54 1974 9999 0 1,441 612_G 54 1974 9999 0 1,441 612_G

NEEDS 98 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 612_G_7 612G 7 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54 612_G_8 612G 8 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54 612_G_9 612G 9 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54 612_G_CT1 612G CT1 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 163 612_G_CT2 612G CT2 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 163 612_G_G10 612G G10 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54 612_G_GT1 612G GT1 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54 612_G_GT2 612G GT2 Fort Myers 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Lee 71 54 612_G_ST1 612G ST1 Fort Myers 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Lee 71136.8959 612_G_ST2 612G ST2 Fort Myers 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Lee 71352.3185 613_G_1 613G 1 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_10 613G 10 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_11 613G 11 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_12 613G 12 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_13 613G 13 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_14 613G 14 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_15 613G 15 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_16 613G 16 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_17 613G 17 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_18 613G 18 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_19 613G 19 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_2 613G 2 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_20 613G 20 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_21 613G 21 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_22 613G 22 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_23 613G 23 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_24 613G 24 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_3 613G 3 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_4 613G 4 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_4GT1 613G 4GT1 Lauderdale 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Broward 11152.6285 613_G_4GT2 613G 4GT2 Lauderdale 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Broward 11152.6285 613_G_5 613G 5 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_5GT1 613G 5GT1 Lauderdale 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Broward 11152.2736 613_G_5GT2 613G 5GT2 Lauderdale 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Broward 11152.2736 613_G_6 613G 6 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_7 613G 7 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_8 613G 8 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_9 613G 9 Lauderdale 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 613_G_ST4 613G ST4 Lauderdale 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Broward 11124.7429 613_G_ST5 613G ST5 Lauderdale 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Broward 11124.4528 617_B_PPE1 617B PPE1 Port Everglades1 O/G SteamO/G Steam FRCC FRCCFlorida 12Broward 11 212 617_B_PPE2 617B PPE2 Port Everglades1 O/G SteamO/G Steam FRCC FRCCFlorida 12Broward 11 219

NEEDS 99 of 505Unique

ID 3_B_1 612_G_7 612_G_8 612_G_9 612_G_CT1 612_G_CT2 612_G_G10 612_G_GT1 612_G_GT2 612_G_ST1 612_G_ST2 613_G_1 613_G_10 613_G_11 613_G_12 613_G_13 613_G_14 613_G_15 613_G_16 613_G_17 613_G_18 613_G_19 613_G_2 613_G_20 613_G_21 613_G_22 613_G_23 613_G_24 613_G_3 613_G_4 613_G_4GT1 613_G_4GT2 613_G_5 613_G_5GT1 613_G_5GT2 613_G_6 613_G_7 613_G_8 613_G_9 613_G_ST4 613_G_ST5 617_B_PPE1 617_B_PPE2

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

54 1974 9999 0 1,441 612_G 54 1974 9999 0 1,441 612_G 54 1974 9999 0 1,441 612_G 163 2003 9999 0 1,441 612_G 163 2003 9999 0 1,441 612_G 54 1974 9999 0 1,441 612_G 54 1974 9999 0 1,441 612_G 54 1974 9999 0 1,441 612_G 136.8959 1958 9999 612 0 1,441 9.50%612_G 352.3185 1969 9999 612 0 1,441 24.45%612_G 35 1970 9999 0 859 613_G 35 1970 9999 0 859 613_G 35 1970 9999 0 859 613_G 35 1970 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1970 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1972 9999 0 859 613_G 35 1970 9999 0 859 613_G 35 1970 9999 0 859 613_G 152.6285 1993 9999 613 0 859 17.77%613_G 152.6285 1993 9999 613 0 859 17.77%613_G 35 1970 9999 0 859 613_G 152.2736 1993 9999 613 0 859 17.73%613_G 152.2736 1993 9999 613 0 859 17.73%613_G 35 1970 9999 0 859 613_G 35 1970 9999 0 859 613_G 35 1970 9999 0 859 613_G 35 1970 9999 0 859 613_G 124.7429 1957 9999 613 0 859 14.52%613_G 124.4528 1958 9999 613 0 859 14.49%613_G 212 1960 9999 617 1 1,201 17.65%617_B 219 1961 9999 617 1 1,201 18.23%617_B

NEEDS 100 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 617_B_PPE3 617B PPE3 Port Everglades1 O/G SteamO/G Steam FRCC FRCCFlorida 12Broward 11 385 617_B_PPE4 617B PPE4 Port Everglades1 O/G SteamO/G Steam FRCC FRCCFlorida 12Broward 11 385 617_G_10 617G 10 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 617_G_11 617G 11 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 617_G_12 617G 12 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 617_G_6 617G 6 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 617_G_7 617G 7 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 617_G_8 617G 8 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 617_G_9 617G 9 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 617_G_GT1 617G GT1 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 617_G_GT2 617G GT2 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 617_G_GT3 617G GT3 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 617_G_GT4 617G GT4 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 617_G_GT5 617G GT5 Port Everglades1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Broward 11 35 619_B_PRV3 619B PRV3 Riviera 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Palm Beach 99 272 619_B_PRV4 619B PRV4 Riviera 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Palm Beach 99 284 620_B_PSN3 620B PSN3 Sanford 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Volusia 127 138 620_G_4 620G 4 Sanford 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Volusia 127304.2856 620_G_4A 620G 4A Sanford 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Volusia 127161.1786 620_G_4B 620G 4B Sanford 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Volusia 127161.1786 620_G_4C 620G 4C Sanford 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Volusia 127161.1786 620_G_4D 620G 4D Sanford 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Volusia 127161.1786 620_G_5 620G 5 Sanford 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Volusia 127301.3999 620_G_5A 620G 5A Sanford 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Volusia 127 159.65 620_G_5B 620G 5B Sanford 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Volusia 127 159.65 620_G_5C 620G 5C Sanford 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Volusia 127 159.65 620_G_5D 620G 5D Sanford 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Volusia 127 159.65 628_B_1 628B 1 Crystal River 1 Coal Steam Coal Steam FRCC FRCCFlorida 12Citrus 17 379 628_B_2 628B 2 Crystal River 1 Coal Steam Coal Steam FRCC FRCCFlorida 12Citrus 17 486 628_B_4 628B 4 Crystal River 1 Coal Steam Coal Steam FRCC FRCCFlorida 12Citrus 17 720 628_B_5 628B 5 Crystal River 1 Coal Steam Coal Steam FRCC FRCCFlorida 12Citrus 17 717 628_G_3 628G 3 Crystal River 1 Nuclear Nuclear FRCC FRCCFlorida 12Citrus 17 838 634_G_P1 634G P1 P L Bartow 0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Pinellas 103 46 634_G_P2 634G P2 P L Bartow 0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Pinellas 103 46 634_G_P3 634G P3 P L Bartow 0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Pinellas 103 46 634_G_P4 634G P4 P L Bartow 0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Pinellas 103 49 634_G_P5 634G P5 P L Bartow 0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Pinellas 103 49 634_G_P6 634G P6 P L Bartow 0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Pinellas 103 49 634_G_P7 634G P7 P L Bartow 0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Pinellas 103 49 634_G_P8 634G P8 P L Bartow 0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Pinellas 103 49 634_G_P9 634G P9 P L Bartow 0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Pinellas 103 49 638_B_1 638B 1 Suwannee River0 O/G SteamO/G Steam FRCC FRCCFlorida 12Suwannee 121 32

NEEDS 101 of 505Unique

ID 3_B_1 617_B_PPE3 617_B_PPE4 617_G_10 617_G_11 617_G_12 617_G_6 617_G_7 617_G_8 617_G_9 617_G_GT1 617_G_GT2 617_G_GT3 617_G_GT4 617_G_GT5 619_B_PRV3 619_B_PRV4 620_B_PSN3 620_G_4 620_G_4A 620_G_4B 620_G_4C 620_G_4D 620_G_5 620_G_5A 620_G_5B 620_G_5C 620_G_5D 628_B_1 628_B_2 628_B_4 628_B_5 628_G_3 634_G_P1 634_G_P2 634_G_P3 634_G_P4 634_G_P5 634_G_P6 634_G_P7 634_G_P8 634_G_P9 638_B_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

385 1964 9999 617 0 1,201 32.06%617_B 385 1965 9999 617 1 1,201 32.06%617_B 35 1971 9999 0 1,201 617_G 35 1971 9999 0 1,201 617_G 35 1971 9999 0 1,201 617_G 35 1971 9999 0 1,201 617_G 35 1971 9999 0 1,201 617_G 35 1971 9999 0 1,201 617_G 35 1971 9999 0 1,201 617_G 35 1971 9999 0 1,201 617_G 35 1971 9999 0 1,201 617_G 35 1971 9999 0 1,201 617_G 35 1971 9999 0 1,201 617_G 35 1971 9999 0 1,201 617_G 272 1962 9999 619 0 556 48.92%619_B 284 1963 9999 619 1 556 51.08%619_B 138 1959 9999 620 1 2,027 6.81%620_B 304.2856 1969 9999 620 0 2,027 15.01%620_G 161.1786 2002 9999 620 0 2,027 7.95%620_G 161.1786 2002 9999 620 0 2,027 7.95%620_G 161.1786 2002 9999 620 0 2,027 7.95%620_G 161.1786 2003 9999 620 0 2,027 7.95%620_G 301.3999 1974 9999 620 0 2,027 14.87%620_G 159.65 2002 9999 620 0 2,027 7.88%620_G 159.65 2002 9999 620 0 2,027 7.88%620_G 159.65 2002 9999 620 0 2,027 7.88%620_G 159.65 2002 9999 620 0 2,027 7.88%620_G 379 1966 9999 628 0 3,140 12.07%628_B 486 1969 9999 628 0 3,140 15.48%628_B 720 1982 9999 628 0 3,140 22.93%628_B 717 1984 9999 628 0 3,140 22.83%628_B 838 1977 2037 628 0 3,140 26.69%628_G 46 1972 9999 0 0 634_G 46 1972 9999 0 0 634_G 46 1972 9999 0 0 634_G 49 1972 9999 0 0 634_G 49 2009 9999 0 0 634_G 49 2009 9999 0 0 634_G 49 2009 9999 0 0 634_G 49 2009 9999 0 0 634_G 49 2009 9999 0 0 634_G 32 1953 9999 638 1 143 22.38%638_B

NEEDS 102 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 638_B_2 638B 2 Suwannee River0 O/G SteamO/G Steam FRCC FRCCFlorida 12Suwannee 121 31 638_B_3 638B 3 Suwannee River0 O/G SteamO/G Steam FRCC FRCCFlorida 12Suwannee 121 80 638_G_P1 638G P1 Suwannee River0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Suwannee 121 55 638_G_P2 638G P2 Suwannee River0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Suwannee 121 54 638_G_P3 638G P3 Suwannee River0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Suwannee 121 55 641_B_4 641B 4 Crist 1 Coal Steam Coal Steam SOU SERCFlorida 12Escambia 33 78 641_B_5 641B 5 Crist 1 Coal Steam Coal Steam SOU SERCFlorida 12Escambia 33 80 641_B_6 641B 6 Crist 1 Coal Steam Coal Steam SOU SERCFlorida 12Escambia 33 302 641_B_7 641B 7 Crist 1 Coal Steam Coal Steam SOU SERCFlorida 12Escambia 33 477 642_B_1 642B 1 Scholz 1 Coal Steam Coal Steam SOU SERCFlorida 12Jackson 63 49 642_B_2 642B 2 Scholz 1 Coal Steam Coal Steam SOU SERCFlorida 12Jackson 63 49 643_B_1 643B 1 Lansing Smith 1 Coal Steam Coal Steam SOU SERCFlorida 12Bay 5 162 643_B_2 643B 2 Lansing Smith 1 Coal Steam Coal Steam SOU SERCFlorida 12Bay 5 189 643_G_3A 643G 3A Lansing Smith 1 Combined Cycle Combined Cycle SOU SERCFlorida 12Bay 5157.7202 643_G_3B 643G 3B Lansing Smith 1 Combined Cycle Combined Cycle SOU SERCFlorida 12Bay 5157.7202 643_G_3S 643G 3S Lansing Smith 1 Combined Cycle Combined Cycle SOU SERCFlorida 12Bay 5165.5596 643_G_CT1 643G CT1 Lansing Smith 1 Combustion Turbine Combustion Turbine SOU SERCFlorida 12Bay 5 32 645_B_BB01 645B BB01 Big Bend 1 Coal Steam Coal Steam FRCC FRCCFlorida 12Hillsborough 57 411 645_B_BB02 645B BB02 Big Bend 1 Coal Steam Coal Steam FRCC FRCCFlorida 12Hillsborough 57 391 645_B_BB03 645B BB03 Big Bend 1 Coal Steam Coal Steam FRCC FRCCFlorida 12Hillsborough 57 414 645_B_BB04 645B BB04 Big Bend 1 Coal Steam Coal Steam FRCC FRCCFlorida 12Hillsborough 57 457 645_G_GT1 645G GT1 Big Bend 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Hillsborough 57 14 645_G_GT2 645G GT2 Big Bend 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Hillsborough 57 66 645_G_GT3 645G GT3 Big Bend 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Hillsborough 57 66 649_G_1 649G 1 Vogtle 1 Nuclear Nuclear SOU SERCGeorgia 13Burke 33 1152 649_G_2 649G 2 Vogtle 1 Nuclear Nuclear SOU SERCGeorgia 13Burke 33 1149 658_B_7 658B 7 Henry D King 0 O/G SteamO/G Steam FRCC FRCCFlorida 12St. Lucie 111 32 658_B_8 658B 8 Henry D King 0 O/G SteamO/G Steam FRCC FRCCFlorida 12St. Lucie 111 50 658_G_5 658G 5 Henry D King 0 Combined Cycle Combined Cycle FRCC FRCCFlorida 12St. Lucie 111 8 658_G_6 658G 6 Henry D King 0 O/G SteamO/G Steam FRCC FRCCFlorida 12St. Lucie 111 17 658_G_9 658G 9 Henry D King 0 Combined Cycle Combined Cycle FRCC FRCCFlorida 12St. Lucie 111 22.4 658_G_D1 658G D1 Henry D King 0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12St. Lucie 111 3 658_G_D2 658G D2 Henry D King 0 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12St. Lucie 111 3 667_B_1 667B 1 Northside Generating Station 1 Coal Steam

Coal Steam FRCC FRCCFlorida 12Duval 31 275 667_B_2 667B 2 Northside Generating Station 1 Coal Steam

Coal Steam FRCC FRCCFlorida 12Duval 31 275 667_B_3 667B 3 Northside Generating Station 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Duval 31 505 667_G_4 667G 4 Northside Generating Station 1 Combustion Turbine

Combustion Turbine FRCC FRCCFlorida 12Duval 31 52 667_G_5 667G 5 Northside Generating Station 1 Combustion Turbine

Combustion Turbine FRCC FRCCFlorida 12Duval 31 52 667_G_6 667G 6 Northside Generating Station 1 Combustion Turbine

Combustion Turbine FRCC FRCCFlorida 12Duval 31 52 667_G_GT3 667G GT3 Northside Generating Station 1 Combustion Turbine

Combustion Turbine FRCC FRCCFlorida 12Duval 31 52 675_B_7 675B 7 Larsen Memorial1 O/G SteamO/G Steam FRCC FRCCFlorida 12Polk 105 50 675_G_2 675G 2 Larsen Memorial1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Polk 105 10

NEEDS 103 of 505Unique

ID 3_B_1 638_B_2 638_B_3 638_G_P1 638_G_P2 638_G_P3 641_B_4 641_B_5 641_B_6 641_B_7 642_B_1 642_B_2 643_B_1 643_B_2 643_G_3A 643_G_3B 643_G_3S 643_G_CT1 645_B_BB01 645_B_BB02 645_B_BB03 645_B_BB04 645_G_GT1 645_G_GT2 645_G_GT3 649_G_1 649_G_2 658_B_7 658_B_8 658_G_5 658_G_6 658_G_9 658_G_D1 658_G_D2 667_B_1 667_B_2 667_B_3 667_G_4 667_G_5 667_G_6 667_G_GT3 675_B_7 675_G_2Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

31 1954 9999 638 1 143 21.68%638_B 80 1956 9999 638 1 143 55.94%638_B 55 1980 9999 0 143 638_G 54 1980 9999 0 143 638_G 55 1980 9999 0 143 638_G 78 1959 9999 641 0 937 8.32%641_B 80 1961 9999 641 0 937 8.54%641_B 302 1970 9999 641 0 937 32.23%641_B 477 1973 9999 641 0 937 50.91%641_B 49 1953 9999 642 0 98 50.00%642_B 49 1953 9999 642 0 98 50.00%642_B 162 1965 9999 643 0 832 19.47%643_B 189 1967 9999 643 0 832 22.72%643_B 157.7202 2002 9999 643 0 832 18.96%643_G 157.7202 2002 9999 643 0 832 18.96%643_G 165.5596 2002 9999 643 0 832 19.90%643_G 32 1971 9999 0 832 643_G 411 1970 9999 645 0 1,673 24.57%645_B 391 1973 9999 645 0 1,673 23.37%645_B 414 1976 9999 645 0 1,673 24.75%645_B 457 1985 9999 645 0 1,673 27.32%645_B 14 1969 9999 0 1,673 645_G 66 1974 9999 0 1,673 645_G 66 1974 9999 0 1,673 645_G 1152 1987 2047 649 0 2,301 50.07%649_G 1149 1989 2049 649 0 2,301 49.93%649_G 32 1963 9999 658 1 129 24.73%658_B 50 1976 9999 658 0 129 38.64%658_B 8 1953 9999 658 0 129 6.18%658_G 17 1958 9999 658 1 129 13.14%658_G 22.4 1990 9999 658 0 129 17.31%658_G 3 1970 9999 0 129 658_G 3 1970 9999 0 129 658_G 275 2002 9999 667 0 1,055 26.07%667_B 275 2002 9999 667 0 1,055 26.07%667_B 505 1977 9999 667 1 1,055 47.87%667_B 52 1975 9999 0 1,055 667_G 52 1974 9999 0 1,055 667_G 52 1974 9999 0 1,055 667_G 52 1975 9999 0 1,055 667_G 50 1966 9999 675 1 152 32.89%675_B 10 1962 9999 0 152 675_G

NEEDS 104 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 675_G_3 675G 3 Larsen Memorial1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Polk 105 9 675_G_5 675G 5 Larsen Memorial1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Polk 105 29 675_G_8 675G 8 Larsen Memorial1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Polk 105 73 676_B_1 676B 1 C D McIntosh Jr1 O/G SteamO/G Steam FRCC FRCCFlorida 12Polk 105 87 676_B_2 676B 2 C D McIntosh Jr1 O/G SteamO/G Steam FRCC FRCCFlorida 12Polk 105 106 676_B_3 676B 3 C D McIntosh Jr1 Coal Steam Coal Steam FRCC FRCCFlorida 12Polk 105 342 676_G_5CT 676G 5CT C D McIntosh Jr1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Polk 105 210 676_G_5ST 676G 5ST C D McIntosh Jr1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Polk 105 112 676_G_GT1 676G GT1 C D McIntosh Jr1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Polk 105 17 676_G_IC1 676G IC1 C D McIntosh Jr1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Polk 105 2.5 676_G_IC2 676G IC2 C D McIntosh Jr1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Polk 105 2.5 689_G_8 689G 8 S O Purdom 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Wakulla 129 158 689_G_9 689G 9 S O Purdom 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Wakulla 129 75 693_B_1 693B 1 Vero Beach Municipal Power Plant 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Indian River 61 13 693_B_3 693B 3 Vero Beach Municipal Power Plant 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Indian River 61 33 693_B_4 693B 4 Vero Beach Municipal Power Plant 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Indian River 61 56 693_G_2 693G 2 Vero Beach Municipal Power Plant 1 Combined Cycle

Combined Cycle FRCC FRCCFlorida 12Indian River 61 13 693_G_5 693G 5 Vero Beach Municipal Power Plant 1 Combined Cycle

Combined Cycle FRCC FRCCFlorida 12Indian River 61 35 703_B_1BLR 703B 1BLR Bowen 1 Coal Steam Coal Steam SOU SERCGeorgia 13Bartow 15 713 703_B_2BLR 703B 2BLR Bowen 1 Coal Steam Coal Steam SOU SERCGeorgia 13Bartow 15 718 703_B_3BLR 703B 3BLR Bowen 1 Coal Steam Coal Steam SOU SERCGeorgia 13Bartow 15 902 703_B_4BLR 703B 4BLR Bowen 1 Coal Steam Coal Steam SOU SERCGeorgia 13Bartow 15 929 703_G_6 703G 6 Bowen 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Bartow 15 32 708_B_1 708B 1 Hammond 1 Coal Steam Coal Steam SOU SERCGeorgia 13Floyd 115 112 708_B_2 708B 2 Hammond 1 Coal Steam Coal Steam SOU SERCGeorgia 13Floyd 115 112 708_B_3 708B 3 Hammond 1 Coal Steam Coal Steam SOU SERCGeorgia 13Floyd 115 112 708_B_4 708B 4 Hammond 1 Coal Steam Coal Steam SOU SERCGeorgia 13Floyd 115 510 709_B_1 709B 1 Harllee Branch1 Coal Steam Coal Steam SOU SERCGeorgia 13Putnam 237 266 709_B_2 709B 2 Harllee Branch1 Coal Steam Coal Steam SOU SERCGeorgia 13Putnam 237 325 709_B_3 709B 3 Harllee Branch1 Coal Steam Coal Steam SOU SERCGeorgia 13Putnam 237 509 709_B_4 709B 4 Harllee Branch1 Coal Steam Coal Steam SOU SERCGeorgia 13Putnam 237 507 710_B_MB1 710B MB1 Jack McDonough0 Coal Steam Coal Steam SOU SERCGeorgia 13Cobb 67 258 710_B_MB2 710B MB2 Jack McDonough0 Coal Steam Coal Steam SOU SERCGeorgia 13Cobb 67 259 710_G_3A 710G 3A Jack McDonough0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Cobb 67 32 710_G_3B 710G 3B Jack McDonough0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Cobb 67 32 715_B_1 715B 1 McManus 0 O/G SteamO/G Steam SOU SERCGeorgia 13Glynn 127 43 715_B_2 715B 2 McManus 0 O/G SteamO/G Steam SOU SERCGeorgia 13Glynn 127 79 715_G_3A 715G 3A McManus 0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Glynn 127 46 715_G_3B 715G 3B McManus 0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Glynn 127 46 715_G_3C 715G 3C McManus 0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Glynn 127 46 715_G_4A 715G 4A McManus 0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Glynn 127 46 715_G_4B 715G 4B McManus 0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Glynn 127 46

NEEDS 105 of 505Unique

ID 3_B_1 675_G_3 675_G_5 675_G_8 676_B_1 676_B_2 676_B_3 676_G_5CT 676_G_5ST 676_G_GT1 676_G_IC1 676_G_IC2 689_G_8 689_G_9 693_B_1 693_B_3 693_B_4 693_G_2 693_G_5 703_B_1BLR 703_B_2BLR 703_B_3BLR 703_B_4BLR 703_G_6 708_B_1 708_B_2 708_B_3 708_B_4 709_B_1 709_B_2 709_B_3 709_B_4 710_B_MB1 710_B_MB2 710_G_3A 710_G_3B 715_B_1 715_B_2 715_G_3A 715_G_3B 715_G_3C 715_G_4A 715_G_4BCapacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

9 1962 9999 0 152 675_G 29 1956 9999 675 0 152 19.08%675_G 73 1992 9999 675 0 152 48.03%675_G 87 1971 9999 676 1 857 10.15%676_B 106 1976 9999 676 0 857 12.37%676_B 342 1982 9999 676 0 857 39.91%676_B 210 2001 9999 676 0 857 24.50%676_G 112 2002 9999 676 0 857 13.07%676_G 17 1973 9999 0 857 676_G 2.5 1970 9999 0 857 676_G 2.5 1970 9999 0 857 676_G 158 2000 9999 689 0 233 67.81%689_G 75 2000 9999 689 0 233 32.19%689_G 13 1961 9999 693 1 150 8.67%693_B 33 1971 9999 693 0 150 22.00%693_B 56 1976 9999 693 0 150 37.33%693_B 13 1964 9999 693 0 150 8.67%693_G 35 1992 9999 693 0 150 23.33%693_G 713 1971 9999 703 0 3,262 21.86%703_B 718 1972 9999 703 0 3,262 22.01%703_B 902 1974 9999 703 0 3,262 27.65%703_B 929 1975 9999 703 0 3,262 28.48%703_B 32 1971 9999 0 3,262 703_G 112 1954 9999 708 0 846 13.24%708_B 112 1954 9999 708 0 846 13.24%708_B 112 1955 9999 708 0 846 13.24%708_B 510 1970 9999 708 0 846 60.28%708_B 264.201 1965 9999 709 0 1,586 16.66%709_B 322.725 1967 9999 709 0 1,586 20.34%709_B 500.6015 1968 9999 709 0 1,586 31.56%709_B 498.783 1969 9999 709 0 1,586 31.44%709_B 256.264 1963 9999 710 0 514 49.90%710_B 257.257 1964 9999 710 0 514 50.10%710_B 32 1971 9999 0 514 710_G 32 1971 9999 0 514 710_G 43 1952 9999 715 1 122 35.25%715_B 79 1959 9999 715 1 122 64.75%715_B 46 1972 9999 0 122 715_G 46 1972 9999 0 122 715_G 46 1972 9999 0 122 715_G 46 1972 9999 0 122 715_G 46 1972 9999 0 122 715_G

NEEDS 106 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 715_G_4C 715G 4C McManus 0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Glynn 127 46 715_G_4D 715G 4D McManus 0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Glynn 127 46 715_G_4E 715G 4E McManus 0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Glynn 127 46 715_G_4F 715G 4F McManus 0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Glynn 127 46 715_G_IC1 715G IC1 McManus 0 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Glynn 127 2 727_B_3 727B 3 Mitchell 1 Coal Steam Coal Steam SOU SERCGeorgia 13Dougherty 95 155 727_G_4A 727G 4A Mitchell 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Dougherty 95 31 727_G_4B 727G 4B Mitchell 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Dougherty 95 31 727_G_4C 727G 4C Mitchell 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Dougherty 95 31 728_B_Y1BR 728B Y1BR Yates 1 Coal Steam Coal Steam SOU SERCGeorgia 13Coweta 77 99 728_B_Y2BR 728B Y2BR Yates 1 Coal Steam Coal Steam SOU SERCGeorgia 13Coweta 77 105 728_B_Y3BR 728B Y3BR Yates 1 Coal Steam Coal Steam SOU SERCGeorgia 13Coweta 77 112 728_B_Y4BR 728B Y4BR Yates 1 Coal Steam Coal Steam SOU SERCGeorgia 13Coweta 77 135 728_B_Y5BR 728B Y5BR Yates 1 Coal Steam Coal Steam SOU SERCGeorgia 13Coweta 77 137 728_B_Y6BR 728B Y6BR Yates 1 Coal Steam Coal Steam SOU SERCGeorgia 13Coweta 77 352 728_B_Y7BR 728B Y7BR Yates 1 Coal Steam Coal Steam SOU SERCGeorgia 13Coweta 77 355 733_B_1 733B 1 Kraft 1 Coal Steam Coal Steam SOU SERCGeorgia 13Chatham 51 48 733_B_2 733B 2 Kraft 1 Coal Steam Coal Steam SOU SERCGeorgia 13Chatham 51 52 733_B_3 733B 3 Kraft 1 Coal Steam Coal Steam SOU SERCGeorgia 13Chatham 51 102 733_B_4 733B 4 Kraft 1 O/G SteamO/G Steam SOU SERCGeorgia 13Chatham 51 115 733_G_PWA 733G PWA Kraft 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Chatham 51 17 753_B_ST 753B ST Crisp Plant 1 Coal Steam Coal Steam SOU SERCGeorgia 13Worth 321 10 753_G_GT1 753G GT1 Crisp Plant 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Worth 321 4 856_B_1 856B 1 E D Edwards 1 Coal Steam Coal Steam GWAY SERCIllinois 17Peoria 143 112 856_B_2 856B 2 E D Edwards 1 Coal Steam Coal Steam GWAY SERCIllinois 17Peoria 143 273 856_B_3 856B 3 E D Edwards 1 Coal Steam Coal Steam GWAY SERCIllinois 17Peoria 143 364 861_B_01 861B 01 Coffeen 1 Coal Steam Coal Steam GWAY SERCIllinois 17Montgomery 135 340 861_B_02 861B 02 Coffeen 1 Coal Steam Coal Steam GWAY SERCIllinois 17Montgomery 135 560 862_G_1 862G 1 Grand Tower 1 Combined Cycle Combined Cycle GWAY SERCIllinois 17Jackson 77 161 862_G_2 862G 2 Grand Tower 1 Combined Cycle Combined Cycle GWAY SERCIllinois 17Jackson 77 164 862_G_3 862G 3 Grand Tower 1 Combined Cycle Combined Cycle GWAY SERCIllinois 17Jackson 77 89 862_G_4 862G 4 Grand Tower 1 Combined Cycle Combined Cycle GWAY SERCIllinois 17Jackson 77 102 863_B_05 863B 05 Hutsonville 1 Coal Steam Coal Steam GWAY SERCIllinois 17Crawford 33 76 863_B_06 863B 06 Hutsonville 1 Coal Steam Coal Steam GWAY SERCIllinois 17Crawford 33 77 863_G_D1 863G D1 Hutsonville 1 Combustion Turbine Combustion Turbine GWAY SERCIllinois 17Crawford 33 3 864_B_01 864B 01 Meredosia 1 Coal Steam Coal Steam GWAY SERCIllinois 17Morgan 137 31 864_B_02 864B 02 Meredosia 1 Coal Steam Coal Steam GWAY SERCIllinois 17Morgan 137 31 864_B_03 864B 03 Meredosia 1 Coal Steam Coal Steam GWAY SERCIllinois 17Morgan 137 31 864_B_04 864B 04 Meredosia 1 Coal Steam Coal Steam GWAY SERCIllinois 17Morgan 137 31 864_B_05 864B 05 Meredosia 1 Coal Steam Coal Steam GWAY SERCIllinois 17Morgan 137 203 864_B_06 864B 06 Meredosia 1 O/G SteamO/G Steam GWAY SERCIllinois 17Morgan 137 186 867_B_7 867B 7 Crawford 1 Coal Steam Coal Steam COMD RFC Illinois 17Cook 31 213

NEEDS 107 of 505Unique

ID 3_B_1 715_G_4C 715_G_4D 715_G_4E 715_G_4F 715_G_IC1 727_B_3 727_G_4A 727_G_4B 727_G_4C 728_B_Y1BR 728_B_Y2BR 728_B_Y3BR 728_B_Y4BR 728_B_Y5BR 728_B_Y6BR 728_B_Y7BR 733_B_1 733_B_2 733_B_3 733_B_4 733_G_PWA 753_B_ST 753_G_GT1 856_B_1 856_B_2 856_B_3 861_B_01 861_B_02 862_G_1 862_G_2 862_G_3 862_G_4 863_B_05 863_B_06 863_G_D1 864_B_01 864_B_02 864_B_03 864_B_04 864_B_05 864_B_06 867_B_7Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

46 1972 9999 0 122 715_G 46 1972 9999 0 122 715_G 46 1972 9999 0 122 715_G 46 1972 9999 0 122 715_G 2 1964 9999 0 122 715_G 155 1964 9999 727 0 155 100.00%727_B 31 1971 9999 0 155 727_G 31 1971 9999 0 155 727_G 31 1971 9999 0 155 727_G 99 1950 9999 728 0 1,290 7.67%728_B 105 1950 9999 728 0 1,290 8.14%728_B 112 1952 9999 728 0 1,290 8.68%728_B 135 1957 9999 728 0 1,290 10.46%728_B 137 1958 9999 728 0 1,290 10.62%728_B 349.606 1974 9999 728 0 1,290 27.10%728_B 352.515 1974 9999 728 0 1,290 27.32%728_B 48 1958 9999 733 0 317 15.14%733_B 52 1961 9999 733 0 317 16.40%733_B 102 1965 9999 733 0 317 32.18%733_B 115 1972 9999 733 0 317 36.28%733_B 17 1969 9999 0 317 733_G 10 1957 9999 753 0 10 100.00%753_B 4 1957 9999 0 10 753_G 112 1960 9999 856 0 746 15.01%856_B 272.568 1968 9999 856 0 746 36.54%856_B 361.452 1972 9999 856 0 746 48.45%856_B 334.39 1965 9999 861 0 885 37.78%861_B 550.76 1972 9999 861 0 885 62.22%861_B 161 2001 9999 862 0 516 31.20%862_G 164 2001 9999 862 0 516 31.78%862_G 89 1951 9999 862 0 516 17.25%862_G 102 1958 9999 862 0 516 19.77%862_G 76 1953 9999 863 0 153 49.67%863_B 77 1954 9999 863 0 153 50.33%863_B 3 1968 9999 0 153 863_G 31 1948 9999 864 0 513 6.04%864_B 31 1948 9999 864 0 513 6.04%864_B 31 1949 9999 864 0 513 6.04%864_B 31 1949 9999 864 0 513 6.04%864_B 203 1960 9999 864 0 513 39.57%864_B 186 1975 9999 864 0 513 36.26%864_B 212.7381 1958 9999 867 0 530 40.13%867_B

NEEDS 108 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 867_B_8 867B 8 Crawford 1 Coal Steam Coal Steam COMD RFC Illinois 17Cook 31 319 869_G_2 869G 2 Dresden Generating Station 1 Nuclear Nuclear COMD RFC Illinois 17Grundy 63 867 869_G_3 869G 3 Dresden Generating Station 1 Nuclear Nuclear COMD RFC Illinois 17Grundy 63 867 874_B_5 874B 5 Joliet 9 1 Coal Steam Coal Steam COMD RFC Illinois 17Will 197 314 876_B_1 876B 1 Kincaid Generation LLC 1 Coal Steam

Coal Steam GWAY SERCIllinois 17Christian 21 584 876_B_2 876B 2 Kincaid Generation LLC 1 Coal Steam

Coal Steam GWAY SERCIllinois 17Christian 21 584 879_B_51 879B 51 Powerton 1 Coal Steam Coal Steam GWAY SERCIllinois 17Tazewell 179 384.5 879_B_52 879B 52 Powerton 1 Coal Steam Coal Steam GWAY SERCIllinois 17Tazewell 179 384.5 879_B_61 879B 61 Powerton 1 Coal Steam Coal Steam GWAY SERCIllinois 17Tazewell 179 384.5 879_B_62 879B 62 Powerton 1 Coal Steam Coal Steam GWAY SERCIllinois 17Tazewell 179 384.5 880_G_1 880G 1 Quad Cities Generating Station 1 Nuclear Nuclear COMD RFC Illinois 17Rock Island 161 867 880_G_2 880G 2 Quad Cities Generating Station 1 Nuclear Nuclear COMD RFC Illinois 17Rock Island 161 867 883_B_17 883B 17 Waukegan 1 Coal Steam Coal Steam COMD RFC Illinois 17Lake 97 100 883_B_7 883B 7 Waukegan 1 Coal Steam Coal Steam COMD RFC Illinois 17Lake 97 328 883_B_8 883B 8 Waukegan 1 Coal Steam Coal Steam COMD RFC Illinois 17Lake 97 361 883_G_311 883G 311 Waukegan 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Lake 97 24.6 883_G_312 883G 312 Waukegan 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Lake 97 28.5 883_G_321 883G 321 Waukegan 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Lake 97 28 883_G_322 883G 322 Waukegan 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Lake 97 26.7 884_B_1 884B 1 Will County 1 Coal Steam Coal Steam COMD RFC Illinois 17Will 197 151 884_B_2 884B 2 Will County 1 Coal Steam Coal Steam COMD RFC Illinois 17Will 197 148 884_B_3 884B 3 Will County 1 Coal Steam Coal Steam COMD RFC Illinois 17Will 197 251 884_B_4 884B 4 Will County 1 Coal Steam Coal Steam COMD RFC Illinois 17Will 197 510 886_B_19 886B 19 Fisk Street 1 Coal Steam Coal Steam COMD RFC Illinois 17Cook 31 326 886_G_311 886G 311 Fisk Street 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Cook 31 25.4 886_G_312 886G 312 Fisk Street 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Cook 31 23.7 886_G_321 886G 321 Fisk Street 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Cook 31 25.4 886_G_322 886G 322 Fisk Street 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Cook 31 25.4 886_G_331 886G 331 Fisk Street 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Cook 31 23.7 886_G_332 886G 332 Fisk Street 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Cook 31 25.4 886_G_341 886G 341 Fisk Street 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Cook 31 25.4 886_G_342 886G 342 Fisk Street 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Cook 31 22.8 887_B_1 887B 1 Joppa Steam 1 Coal Steam Coal Steam GWAY SERCIllinois 17Massac 127 167 887_B_2 887B 2 Joppa Steam 1 Coal Steam Coal Steam GWAY SERCIllinois 17Massac 127 167 887_B_3 887B 3 Joppa Steam 1 Coal Steam Coal Steam GWAY SERCIllinois 17Massac 127 167 887_B_4 887B 4 Joppa Steam 1 Coal Steam Coal Steam GWAY SERCIllinois 17Massac 127 167 887_B_5 887B 5 Joppa Steam 1 Coal Steam Coal Steam GWAY SERCIllinois 17Massac 127 167 887_B_6 887B 6 Joppa Steam 1 Coal Steam Coal Steam GWAY SERCIllinois 17Massac 127 167 889_B_1 889B 1 Baldwin Energy Complex 1 Coal Steam

Coal Steam GWAY SERCIllinois 17Randolph 157 624 889_B_2 889B 2 Baldwin Energy Complex 1 Coal Steam

Coal Steam GWAY SERCIllinois 17Randolph 157 629 889_B_3 889B 3 Baldwin Energy Complex 1 Coal Steam

Coal Steam GWAY SERCIllinois 17Randolph 157 629 891_B_1 891B 1 Havana 1 O/G SteamO/G Steam GWAY SERCIllinois 17Mason 125 29.75

NEEDS 109 of 505Unique

ID 3_B_1 867_B_8 869_G_2 869_G_3 874_B_5 876_B_1 876_B_2 879_B_51 879_B_52 879_B_61 879_B_62 880_G_1 880_G_2 883_B_17 883_B_7 883_B_8 883_G_311 883_G_312 883_G_321 883_G_322 884_B_1 884_B_2 884_B_3 884_B_4 886_B_19 886_G_311 886_G_312 886_G_321 886_G_322 886_G_331 886_G_332 886_G_341 886_G_342 887_B_1 887_B_2 887_B_3 887_B_4 887_B_5 887_B_6 889_B_1 889_B_2 889_B_3 891_B_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

317.32525 1961 9999 867 0 530 59.87%867_B 867 1970 2030 869 0 1,734 50.00%869_G 867 1971 2031 869 0 1,734 50.00%869_G 312.351575 1959 9999 874 0 312 100.00%874_B 584 1967 9999 876 0 1,168 50.00%876_B 584 1968 9999 876 0 1,168 50.00%876_B 381.8085 1972 9999 879 0 1,527 25.00%879_B 381.8085 1972 9999 879 0 1,527 25.00%879_B 381.8085 1975 9999 879 0 1,527 25.00%879_B 381.8085 1975 9999 879 0 1,527 25.00%879_B 867 1972 2032 880 0 1,734 50.00%880_G 867 1972 2032 880 0 1,734 50.00%880_G 100 1952 9999 883 0 784 12.75%883_B 325.704 1958 9999 883 0 784 41.53%883_B 358.473 1962 9999 883 0 784 45.71%883_B 24.6 1968 9999 0 784 883_G 28.5 1968 9999 0 784 883_G 28 1968 9999 0 784 883_G 26.7 1968 9999 0 784 883_G 151 1955 9999 884 0 1,055 14.31%884_B 148 1955 9999 884 0 1,055 14.03%884_B 249.68225 1957 9999 884 0 1,055 23.66%884_B 506.43 1963 9999 884 0 1,055 48.00%884_B 324.2885 1959 9999 886 0 324 100.00%886_B 25.4 1968 9999 0 324 886_G 23.7 1968 9999 0 324 886_G 25.4 1968 9999 0 324 886_G 25.4 1968 9999 0 324 886_G 23.7 1968 9999 0 324 886_G 25.4 1968 9999 0 324 886_G 25.4 1968 9999 0 324 886_G 22.8 1968 9999 0 324 886_G 167 1953 9999 887 0 1,002 16.67%887_B 167 1953 9999 887 0 1,002 16.67%887_B 167 1954 9999 887 0 1,002 16.67%887_B 167 1954 9999 887 0 1,002 16.67%887_B 167 1955 9999 887 0 1,002 16.67%887_B 167 1955 9999 887 0 1,002 16.67%887_B 624 1970 9999 889 0 1,882 33.16%889_B 629 1973 9999 889 0 1,882 33.42%889_B 629 1975 9999 889 0 1,882 33.42%889_B 29.75 1947 9999 891 1 722 4.12%891_B

NEEDS 110 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 891_B_2 891B 2 Havana 1 O/G SteamO/G Steam GWAY SERCIllinois 17Mason 125 29.75 891_B_3 891B 3 Havana 1 O/G SteamO/G Steam GWAY SERCIllinois 17Mason 125 29.75 891_B_4 891B 4 Havana 1 O/G SteamO/G Steam GWAY SERCIllinois 17Mason 125 29.75 891_B_5 891B 5 Havana 1 O/G SteamO/G Steam GWAY SERCIllinois 17Mason 125 29.75 891_B_6 891B 6 Havana 1 O/G SteamO/G Steam GWAY SERCIllinois 17Mason 125 29.75 891_B_7 891B 7 Havana 1 O/G SteamO/G Steam GWAY SERCIllinois 17Mason 125 29.75 891_B_8 891B 8 Havana 1 O/G SteamO/G Steam GWAY SERCIllinois 17Mason 125 29.75 891_B_9 891B 9 Havana 1 Coal Steam Coal Steam GWAY SERCIllinois 17Mason 125 487 892_B_1 892B 1 Hennepin Power Station 1 Coal Steam

Coal Steam GWAY SERCIllinois 17Putnam 155 81 892_B_2 892B 2 Hennepin Power Station 1 Coal Steam

Coal Steam GWAY SERCIllinois 17Putnam 155 240 897_B_1 897B 1 Vermilion 1 Coal Steam Coal Steam GWAY SERCIllinois 17Vermilion 183 84 897_B_2 897B 2 Vermilion 1 Coal Steam Coal Steam GWAY SERCIllinois 17Vermilion 183 213 897_G_3 897G 3 Vermilion 1 Combustion Turbine Combustion Turbine GWAY SERCIllinois 17Vermilion 183 10 898_B_1 898B 1 Wood River 1 O/G SteamO/G Steam GWAY SERCIllinois 17Madison 119 43.3 898_B_2 898B 2 Wood River 1 O/G SteamO/G Steam GWAY SERCIllinois 17Madison 119 43.3 898_B_3 898B 3 Wood River 1 O/G SteamO/G Steam GWAY SERCIllinois 17Madison 119 43.3 898_B_4 898B 4 Wood River 1 Coal Steam Coal Steam GWAY SERCIllinois 17Madison 119 105 898_B_5 898B 5 Wood River 1 Coal Steam Coal Steam GWAY SERCIllinois 17Madison 119 383 963_B_31 963B 31 Dallman 1 Coal Steam Coal Steam GWAY SERCIllinois 17Sangamon 167 86 963_B_32 963B 32 Dallman 1 Coal Steam Coal Steam GWAY SERCIllinois 17Sangamon 167 87 963_B_33 963B 33 Dallman 1 Coal Steam Coal Steam GWAY SERCIllinois 17Sangamon 167 199 963_B_34 963B 34 Dallman 1 Coal Steam Coal Steam GWAY SERCIllinois 17Sangamon 167 200 964_G_D1 964G D1 Lakeside 0 Combustion Turbine Combustion Turbine GWAY SERCIllinois 17Sangamon 167 2 964_G_D2 964G D2 Lakeside 0 Combustion Turbine Combustion Turbine GWAY SERCIllinois 17Sangamon 167 2 964_G_D3 964G D3 Lakeside 0 Combustion Turbine Combustion Turbine GWAY SERCIllinois 17Sangamon 167 2 972_B_4 972B 4 Winnetka 1 O/G SteamO/G Steam COMD RFC Illinois 17Cook 31 7.05 972_B_5 972B 5 Winnetka 1 O/G SteamO/G Steam COMD RFC Illinois 17Cook 31 7.05 972_B_7 972B 7 Winnetka 1 O/G SteamO/G Steam COMD RFC Illinois 17Cook 31 7.05 972_B_8 972B 8 Winnetka 1 O/G SteamO/G Steam COMD RFC Illinois 17Cook 31 7.05 972_G_8 972G 8 Winnetka 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Cook 31 2.6 972_G_9 972G 9 Winnetka 1 Combustion Turbine Combustion Turbine COMD RFC Illinois 17Cook 31 2.6 976_B_123 976B 123 Marion 1 Coal Steam Coal Steam GWAY SERCIllinois 17Williamson 199 120 976_B_4 976B 4 Marion 1 Coal Steam Coal Steam GWAY SERCIllinois 17Williamson 199 170 976_G_5 976G 5 Marion 1 Combustion Turbine Combustion Turbine GWAY SERCIllinois 17Williamson 199 70 976_G_6 976G 6 Marion 1 Combustion Turbine Combustion Turbine GWAY SERCIllinois 17Williamson 199 70 983_B_1 983B 1 Clifty Creek 1 Coal Steam Coal Steam RFCO RFC Indiana 18Jefferson 77 217 983_B_2 983B 2 Clifty Creek 1 Coal Steam Coal Steam RFCO RFC Indiana 18Jefferson 77 217 983_B_3 983B 3 Clifty Creek 1 Coal Steam Coal Steam RFCO RFC Indiana 18Jefferson 77 217 983_B_4 983B 4 Clifty Creek 1 Coal Steam Coal Steam RFCO RFC Indiana 18Jefferson 77 217 983_B_5 983B 5 Clifty Creek 1 Coal Steam Coal Steam RFCO RFC Indiana 18Jefferson 77 217 983_B_6 983B 6 Clifty Creek 1 Coal Steam Coal Steam RFCO RFC Indiana 18Jefferson 77 217 988_B_U1 988B U1 Tanners Creek1 Coal Steam Coal Steam RFCP RFC Indiana 18Dearborn 29 145

NEEDS 111 of 505Unique

ID 3_B_1 891_B_2 891_B_3 891_B_4 891_B_5 891_B_6 891_B_7 891_B_8 891_B_9 892_B_1 892_B_2 897_B_1 897_B_2 897_G_3 898_B_1 898_B_2 898_B_3 898_B_4 898_B_5 963_B_31 963_B_32 963_B_33 963_B_34 964_G_D1 964_G_D2 964_G_D3 972_B_4 972_B_5 972_B_7 972_B_8 972_G_8 972_G_9 976_B_123 976_B_4 976_G_5 976_G_6 983_B_1 983_B_2 983_B_3 983_B_4 983_B_5 983_B_6 988_B_U1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

29.75 1947 9999 891 1 722 4.12%891_B 29.75 1947 9999 891 1 722 4.12%891_B 29.75 1948 9999 891 1 722 4.12%891_B 29.75 1949 9999 891 1 722 4.12%891_B 29.75 1950 9999 891 1 722 4.12%891_B 29.75 1950 9999 891 1 722 4.12%891_B 29.75 1950 9999 891 1 722 4.12%891_B 483.8715 1978 9999 891 0 722 67.03%891_B 81 1953 9999 892 0 321 25.23%892_B 240 1959 9999 892 0 321 74.77%892_B 84 1955 9999 897 0 297 28.28%897_B 213 1956 9999 897 0 297 71.72%897_B 10 1967 9999 0 297 897_G 43.3 1949 9999 898 1 618 7.01%898_B 43.3 1949 9999 898 1 618 7.01%898_B 43.3 1950 9999 898 1 618 7.01%898_B 105 1954 9999 898 0 618 16.99%898_B 383 1964 9999 898 0 618 61.98%898_B 86 1968 9999 963 0 572 15.03%963_B 87 1972 9999 963 0 572 15.21%963_B 199 1978 9999 963 0 572 34.79%963_B 200 2009 9999 963 0 572 34.97%963_B 2 2002 9999 0 0 964_G 2 2002 9999 0 0 964_G 2 2002 9999 0 0 964_G 7.05 1948 9999 972 0 28 25.00%972_B 7.05 1948 9999 972 0 28 25.00%972_B 7.05 1948 9999 972 0 28 25.00%972_B 7.05 1948 9999 972 0 28 25.00%972_B 2.6 1979 9999 0 28 972_G 2.6 1979 9999 0 28 972_G 120 2003 9999 976 0 290 41.38%976_B 170 1978 9999 976 0 290 58.62%976_B 70 2003 9999 0 290 976_G 70 2003 9999 0 290 976_G 213.4195 1955 9999 983 0 1,281 16.67%983_B 213.4195 1955 9999 983 0 1,281 16.67%983_B 213.4195 1955 9999 983 0 1,281 16.67%983_B 213.4195 1955 9999 983 0 1,281 16.67%983_B 213.4195 1955 9999 983 0 1,281 16.67%983_B 213.4195 1956 9999 983 0 1,281 16.67%983_B 145 1951 9999 988 0 995 14.57%988_B

NEEDS 112 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 988_B_U2 988B U2 Tanners Creek1 Coal Steam Coal Steam RFCP RFC Indiana 18Dearborn 29 145 988_B_U3 988B U3 Tanners Creek1 Coal Steam Coal Steam RFCP RFC Indiana 18Dearborn 29 205 988_B_U4 988B U4 Tanners Creek1 Coal Steam Coal Steam RFCP RFC Indiana 18Dearborn 29 500 990_B_10 990B 10 Harding Street 1 O/G SteamO/G Steam RFCO RFC Indiana 18Marion 97 35 990_B_50 990B 50 Harding Street 1 Coal Steam Coal Steam RFCO RFC Indiana 18Marion 97 109 990_B_60 990B 60 Harding Street 1 Coal Steam Coal Steam RFCO RFC Indiana 18Marion 97 109 990_B_70 990B 70 Harding Street 1 Coal Steam Coal Steam RFCO RFC Indiana 18Marion 97 435 990_B_9 990B 9 Harding Street 1 O/G SteamO/G Steam RFCO RFC Indiana 18Marion 97 35 990_G_GT1 990G GT1 Harding Street 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Marion 97 20 990_G_GT2 990G GT2 Harding Street 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Marion 97 20 990_G_GT3 990G GT3 Harding Street 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Marion 97 20 990_G_GT4 990G GT4 Harding Street 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Marion 97 82 990_G_GT5 990G GT5 Harding Street 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Marion 97 82 990_G_GT6 990G GT6 Harding Street 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Marion 97 158 990_G_IC1 990G IC1 Harding Street 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Marion 97 3 991_B_1 991B 1 Eagle Valley 1 O/G SteamO/G Steam RFCO RFC Indiana 18Morgan 109 39 991_B_2 991B 2 Eagle Valley 1 O/G SteamO/G Steam RFCO RFC Indiana 18Morgan 109 39 991_B_3 991B 3 Eagle Valley 1 Coal Steam Coal Steam RFCO RFC Indiana 18Morgan 109 43 991_B_4 991B 4 Eagle Valley 1 Coal Steam Coal Steam RFCO RFC Indiana 18Morgan 109 56 991_B_5 991B 5 Eagle Valley 1 Coal Steam Coal Steam RFCO RFC Indiana 18Morgan 109 62 991_B_6 991B 6 Eagle Valley 1 Coal Steam Coal Steam RFCO RFC Indiana 18Morgan 109 99 991_G_IC1 991G IC1 Eagle Valley 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Morgan 109 3 994_B_1 994B 1 Petersburg 1 Coal Steam Coal Steam RFCO RFC Indiana 18Pike 125 232 994_B_2 994B 2 Petersburg 1 Coal Steam Coal Steam RFCO RFC Indiana 18Pike 125 435 994_B_3 994B 3 Petersburg 1 Coal Steam Coal Steam RFCO RFC Indiana 18Pike 125 540 994_B_4 994B 4 Petersburg 1 Coal Steam Coal Steam RFCO RFC Indiana 18Pike 125 545 994_G_IC1 994G IC1 Petersburg 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Pike 125 3 994_G_IC2 994G IC2 Petersburg 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Pike 125 3 994_G_IC3 994G IC3 Petersburg 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Pike 125 2 995_B_7 995B 7 Bailly 1 Coal Steam Coal Steam RFCO RFC Indiana 18Porter 127 160 995_B_8 995B 8 Bailly 1 Coal Steam Coal Steam RFCO RFC Indiana 18Porter 127 320 995_G_10 995G 10 Bailly 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Porter 127 31 996_B_11 996B 11 Dean H Mitchell0 Coal Steam Coal Steam RFCO RFC Indiana 18Lake 89 110 996_B_4 996B 4 Dean H Mitchell0 Coal Steam Coal Steam RFCO RFC Indiana 18Lake 89 125 996_B_5 996B 5 Dean H Mitchell0 Coal Steam Coal Steam RFCO RFC Indiana 18Lake 89 125 996_B_6 996B 6 Dean H Mitchell0 Coal Steam Coal Steam RFCO RFC Indiana 18Lake 89 125 996_G_9A 996G 9A Dean H Mitchell0 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Lake 89 17 997_B_12 997B 12 Michigan City 1 Coal Steam Coal Steam RFCO RFC Indiana 18La Porte 91 469 1001_B_1 1001B 1 Cayuga 1 Coal Steam Coal Steam RFCO RFC Indiana 18VermilIon 165 479 1001_B_2 1001B 2 Cayuga 1 Coal Steam Coal Steam RFCO RFC Indiana 18VermilIon 165 473 1001_G_31 1001G 31 Cayuga 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18VermilIon 165 3 1001_G_32 1001G 32 Cayuga 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18VermilIon 165 3

NEEDS 113 of 505Unique

ID 3_B_1 988_B_U2 988_B_U3 988_B_U4 990_B_10 990_B_50 990_B_60 990_B_70 990_B_9 990_G_GT1 990_G_GT2 990_G_GT3 990_G_GT4 990_G_GT5 990_G_GT6 990_G_IC1 991_B_1 991_B_2 991_B_3 991_B_4 991_B_5 991_B_6 991_G_IC1 994_B_1 994_B_2 994_B_3 994_B_4 994_G_IC1 994_G_IC2 994_G_IC3 995_B_7 995_B_8 995_G_10 996_B_11 996_B_4 996_B_5 996_B_6 996_G_9A 997_B_12 1001_B_1 1001_B_2 1001_G_31 1001_G_32Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

145 1952 9999 988 0 995 14.57%988_B 205 1954 9999 988 0 995 20.60%988_B 500 1964 9999 988 0 995 50.25%988_B 35 1947 9999 990 0 723 4.84%990_B 109 1958 9999 990 0 723 15.08%990_B 109 1961 9999 990 0 723 15.08%990_B 435 1973 9999 990 0 723 60.17%990_B 35 1942 9999 990 0 723 4.84%990_B 20 1973 9999 0 723 990_G 20 1973 9999 0 723 990_G 20 1973 9999 0 723 990_G 82 1994 9999 0 723 990_G 82 1995 9999 0 723 990_G 158 2002 9999 0 723 990_G 3 1967 9999 0 723 990_G 39 1949 9999 991 0 338 11.54%991_B 39 1950 9999 991 0 338 11.54%991_B 43 1951 9999 991 0 338 12.72%991_B 56 1953 9999 991 0 338 16.57%991_B 62 1953 9999 991 0 338 18.34%991_B 99 1956 9999 991 0 338 29.29%991_B 3 1967 9999 0 338 991_G 228.172 1967 9999 994 0 1,732 13.17%994_B 427.8225 1969 9999 994 0 1,732 24.70%994_B 531.09 1977 9999 994 0 1,732 30.66%994_B 545 1986 9999 994 0 1,732 31.46%994_B 3 1967 9999 0 1,732 994_G 3 1967 9999 0 1,732 994_G 2 1967 9999 0 1,732 994_G 160 1962 9999 995 0 480 33.33%995_B 320 1968 9999 995 0 480 66.67%995_B 31 1968 9999 0 480 995_G 110 1970 9999 996 0 485 22.68%996_B 125 1956 9999 996 0 485 25.77%996_B 125 1959 9999 996 0 485 25.77%996_B 125 1959 9999 996 0 485 25.77%996_B 17 1966 9999 0 485 996_G 469 1974 9999 997 0 469 100.00%997_B 478.9027 1970 9999 1001 0 944 50.73%1001_B 465.1955 1972 9999 1001 0 944 49.27%1001_B 3 1972 9999 0 944 1001_G 3 1972 9999 0 944 1001_G

NEEDS 114 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 1001_G_33 1001G 33 Cayuga 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18VermilIon 165 2 1001_G_34 1001G 34 Cayuga 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18VermilIon 165 2 1001_G_4 1001G 4 Cayuga 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18VermilIon 165 106 1007_G_1 1007G 1 Noblesville 1 Combined Cycle Combined Cycle RFCO RFC Indiana 18Hamilton 57 45 1007_G_2 1007G 2 Noblesville 1 Combined Cycle Combined Cycle RFCO RFC Indiana 18Hamilton 57 45 1007_G_3 1007G 3 Noblesville 1 Combined Cycle Combined Cycle RFCO RFC Indiana 18Hamilton 57 65.3 1007_G_4 1007G 4 Noblesville 1 Combined Cycle Combined Cycle RFCO RFC Indiana 18Hamilton 57 65.3 1007_G_5 1007G 5 Noblesville 1 Combined Cycle Combined Cycle RFCO RFC Indiana 18Hamilton 57 65.3 1008_B_1 1008B 1 R Gallagher 1 Coal Steam Coal Steam RFCO RFC Indiana 18Floyd 43 140 1008_B_2 1008B 2 R Gallagher 1 Coal Steam Coal Steam RFCO RFC Indiana 18Floyd 43 140 1008_B_3 1008B 3 R Gallagher 1 Coal Steam Coal Steam RFCO RFC Indiana 18Floyd 43 140 1008_B_4 1008B 4 R Gallagher 1 Coal Steam Coal Steam RFCO RFC Indiana 18Floyd 43 140 1010_B_2 1010B 2 Wabash River 1 Coal Steam Coal Steam RFCO RFC Indiana 18Vigo 167 85 1010_B_3 1010B 3 Wabash River 1 Coal Steam Coal Steam RFCO RFC Indiana 18Vigo 167 85 1010_B_4 1010B 4 Wabash River 1 Coal Steam Coal Steam RFCO RFC Indiana 18Vigo 167 85 1010_B_5 1010B 5 Wabash River 1 Coal Steam Coal Steam RFCO RFC Indiana 18Vigo 167 95 1010_B_6 1010B 6 Wabash River 1 Coal Steam Coal Steam RFCO RFC Indiana 18Vigo 167 318 1010_G_1 1010G 1 Wabash River 1 IGCC Combined Cycle RFCO RFC Indiana 18Vigo 167 85 1010_G_1A 1010G 1A Wabash River 1 IGCC Combined Cycle RFCO RFC Indiana 18Vigo 167 189 1010_G_71 1010G 71 Wabash River 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Vigo 167 3 1010_G_72 1010G 72 Wabash River 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Vigo 167 3 1010_G_73 1010G 73 Wabash River 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Vigo 167 2 1012_B_2 1012B 2 F B Culley 1 Coal Steam Coal Steam RFCO RFC Indiana 18Warrick 173 90 1012_B_3 1012B 3 F B Culley 1 Coal Steam Coal Steam RFCO RFC Indiana 18Warrick 173 270 1032_B_5 1032B 5 Logansport 1 Coal Steam Coal Steam RFCO RFC Indiana 18Cass 17 16.5 1032_B_6 1032B 6 Logansport 1 Coal Steam Coal Steam RFCO RFC Indiana 18Cass 17 22 1032_G_6 1032G 6 Logansport 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Cass 17 15 1037_B_2 1037B 2 Peru 1 Coal Steam Coal Steam RFCO RFC Indiana 18Miami 103 20 1037_B_5 1037B 5 Peru 1 Coal Steam Coal Steam RFCO RFC Indiana 18Miami 103 12 1037_G_D1 1037G D1 Peru 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Miami 103 1.8 1043_B_1SG11043B 1SG1 Frank E Ratts 1 Coal Steam Coal Steam RFCO RFC Indiana 18Pike 125 122 1043_B_2SG11043B 2SG1 Frank E Ratts 1 Coal Steam Coal Steam RFCO RFC Indiana 18Pike 125 121 1046_B_1 1046B 1 Dubuque 1 Coal Steam Coal Steam WUMS MRO Iowa 19Dubuque 61 35.1 1046_B_5 1046B 5 Dubuque 1 Coal Steam Coal Steam WUMS MRO Iowa 19Dubuque 61 29.4 1046_B_6 1046B 6 Dubuque 1 Coal Steam Coal Steam WUMS MRO Iowa 19Dubuque 61 13.7 1046_G_IC1 1046G IC1 Dubuque 1 Combustion Turbine Combustion TurbineWUMS MRO Iowa 19Dubuque 61 2.2 1046_G_IC2 1046G IC2 Dubuque 1 Combustion Turbine Combustion TurbineWUMS MRO Iowa 19Dubuque 61 2.2 1047_B_2 1047B 2 Lansing 1 Coal Steam Coal Steam WUMS MRO Iowa 19Allamakee 5 10.7 1047_B_3 1047B 3 Lansing 1 Coal Steam Coal Steam WUMS MRO Iowa 19Allamakee 5 36 1047_B_4 1047B 4 Lansing 1 Coal Steam Coal Steam WUMS MRO Iowa 19Allamakee 5 267.8 1047_G_IC1 1047G IC1 Lansing 1 Combustion Turbine Combustion TurbineWUMS MRO Iowa 19Allamakee 5 1 1047_G_IC2 1047G IC2 Lansing 1 Combustion Turbine Combustion TurbineWUMS MRO Iowa 19Allamakee 5 1

NEEDS 115 of 505Unique

ID 3_B_1 1001_G_33 1001_G_34 1001_G_4 1007_G_1 1007_G_2 1007_G_3 1007_G_4 1007_G_5 1008_B_1 1008_B_2 1008_B_3 1008_B_4 1010_B_2 1010_B_3 1010_B_4 1010_B_5 1010_B_6 1010_G_1 1010_G_1A 1010_G_71 1010_G_72 1010_G_73 1012_B_2 1012_B_3 1032_B_5 1032_B_6 1032_G_6 1037_B_2 1037_B_5 1037_G_D1 1043_B_1SG1 1043_B_2SG1 1046_B_1 1046_B_5 1046_B_6 1046_G_IC1 1046_G_IC2 1047_B_2 1047_B_3 1047_B_4 1047_G_IC1 1047_G_IC2

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

2 1972 9999 0 944 1001_G 2 1972 9999 0 944 1001_G 106 1993 9999 0 944 1001_G 45 1950 9999 1007 0 286 15.74%1007_G 45 1950 9999 1007 0 286 15.74%1007_G 65.3 2003 9999 1007 0 286 22.84%1007_G 65.3 2003 9999 1007 0 286 22.84%1007_G 65.3 2003 9999 1007 0 286 22.84%1007_G 140 1959 9999 1008 0 560 25.00%1008_B 140 1958 9999 1008 0 560 25.00%1008_B 140 1960 9999 1008 0 560 25.00%1008_B 140 1961 9999 1008 0 560 25.00%1008_B 85 1953 9999 1010 0 942 9.02%1010_B 85 1954 9999 1010 0 942 9.02%1010_B 85 1955 9999 1010 0 942 9.02%1010_B 95 1956 9999 1010 0 942 10.08%1010_B 318 1968 9999 1010 0 942 33.76%1010_B 85 1953 9999 1010 0 942 9.02%1010_G 189 1995 9999 1010 0 942 20.06%1010_G 3 1967 9999 0 942 1010_G 3 1967 9999 0 942 1010_G 2 1967 9999 0 942 1010_G 90 1966 9999 1012 0 360 25.00%1012_B 270 1973 9999 1012 0 360 75.00%1012_B 16.5 1958 9999 1032 0 39 42.86%1032_B 22 1964 9999 1032 0 39 57.14%1032_B 15 1969 9999 0 39 1032_G 20 1959 9999 1037 0 32 62.50%1037_B 12 1949 9999 1037 0 32 37.50%1037_B 1.8 2002 9999 0 32 1037_G 122 1970 9999 1043 0 243 50.21%1043_B 121 1970 9999 1043 0 243 49.79%1043_B 35.1 1959 9999 1046 0 78 44.88%1046_B 29.4 1952 9999 1046 0 78 37.60%1046_B 13.7 1929 9999 1046 0 78 17.52%1046_B 2.2 1966 9999 0 78 1046_G 2.2 1966 9999 0 78 1046_G 10.7 1949 9999 1047 0 315 3.40%1047_B 36 1957 9999 1047 0 315 11.45%1047_B 267.8 1977 9999 1047 0 315 85.15%1047_B 1 1970 9999 0 315 1047_G 1 1971 9999 0 315 1047_G

NEEDS 116 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 1048_B_1 1048B 1 Milton L Kapp 1 O/G SteamO/G Steam MRO MRO Iowa 19Clinton 45 17.2 1048_B_2 1048B 2 Milton L Kapp 1 Coal Steam Coal Steam MRO MRO Iowa 19Clinton 45 220.2 1058_B_2 1058B 2 Sixth Street 1 Coal Steam Coal Steam MRO MRO Iowa 19Linn 113 13.85 1058_B_3 1058B 3 Sixth Street 1 Coal Steam Coal Steam MRO MRO Iowa 19Linn 113 13.85 1058_B_4 1058B 4 Sixth Street 1 Coal Steam Coal Steam MRO MRO Iowa 19Linn 113 13.85 1058_B_5 1058B 5 Sixth Street 1 Coal Steam Coal Steam MRO MRO Iowa 19Linn 113 13.85 1060_G_1 1060G 1 Duane Arnold 1 Nuclear Nuclear MRO MRO Iowa 19Linn 113 580.6 1073_B_1 1073B 1 Prairie Creek 1 Coal Steam Coal Steam MRO MRO Iowa 19Linn 1138.849444 1073_B_2 1073B 2 Prairie Creek 1 Coal Steam Coal Steam MRO MRO Iowa 19Linn 1139.890556 1073_B_3 1073B 3 Prairie Creek 1 Coal Steam Coal Steam MRO MRO Iowa 19Linn 113 49.6 1073_B_4 1073B 4 Prairie Creek 1 Coal Steam Coal Steam MRO MRO Iowa 19Linn 113 133.5 1081_B_7 1081B 7 Riverside 1 Coal Steam Coal Steam MRO MRO Iowa 19Scott 163 2.5 1081_B_8 1081B 8 Riverside 1 Coal Steam Coal Steam MRO MRO Iowa 19Scott 163 2.5 1081_B_9 1081B 9 Riverside 1 Coal Steam Coal Steam MRO MRO Iowa 19Scott 163 130 1082_B_1 1082B 1 Walter Scott Jr. Energy Center 1 Coal Steam

Coal Steam MRO MRO Iowa 19Pottawattamie 155 45 1082_B_2 1082B 2 Walter Scott Jr. Energy Center 1 Coal Steam

Coal Steam MRO MRO Iowa 19Pottawattamie 155 88 1082_B_3 1082B 3 Walter Scott Jr. Energy Center 1 Coal Steam

Coal Steam MRO MRO Iowa 19Pottawattamie 155 690 1082_B_4 1082B 4 Walter Scott Jr. Energy Center 1 Coal Steam

Coal Steam MRO MRO Iowa 19Pottawattamie 155 800 1091_B_1 1091B 1 George Neal North 1 Coal Steam

Coal Steam MRO MRO Iowa 19Woodbury 193 135 1091_B_2 1091B 2 George Neal North 1 Coal Steam

Coal Steam MRO MRO Iowa 19Woodbury 193 300 1091_B_3 1091B 3 George Neal North 1 Coal Steam

Coal Steam MRO MRO Iowa 19Woodbury 193 515 1104_B_1 1104B 1 Burlington 1 Coal Steam Coal Steam MRO MRO Iowa 19Des Moines 57 212 1104_G_GT1 1104G GT1 Burlington 1 Combustion Turbine Combustion Turbine MRO MRO Iowa 19Des Moines 57 16.7 1104_G_GT2 1104G GT2 Burlington 1 Combustion Turbine Combustion Turbine MRO MRO Iowa 19Des Moines 57 15 1104_G_GT3 1104G GT3 Burlington 1 Combustion Turbine Combustion Turbine MRO MRO Iowa 19Des Moines 57 18.1 1104_G_GT4 1104G GT4 Burlington 1 Combustion Turbine Combustion Turbine MRO MRO Iowa 19Des Moines 57 16.4 1167_B_7 1167B 7 Muscatine Plant #1 1 Coal Steam

Coal Steam MRO MRO Iowa 19Muscatine 139 20.1 1167_B_8 1167B 8 Muscatine Plant #1 1 Coal Steam

Coal Steam MRO MRO Iowa 19Muscatine 139 35 1167_B_9 1167B 9 Muscatine Plant #1 1 Coal Steam

Coal Steam MRO MRO Iowa 19Muscatine 139 147 1218_B_1 1218B 1 Fair Station 1 Coal Steam Coal Steam MRO MRO Iowa 19Muscatine 139 23.4 1218_B_2 1218B 2 Fair Station 1 Coal Steam Coal Steam MRO MRO Iowa 19Muscatine 139 41 1239_B_39 1239B 39 Riverton 0 Coal Steam Coal Steam SPPN SPP Kansas 20Cherokee 21 38 1239_B_40 1239B 40 Riverton 0 Coal Steam Coal Steam SPPN SPP Kansas 20Cherokee 21 54 1239_G_10 1239G 10 Riverton 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Cherokee 21 16 1239_G_11 1239G 11 Riverton 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Cherokee 21 16 1239_G_12 1239G 12 Riverton 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Cherokee 21 155 1239_G_9 1239G 9 Riverton 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Cherokee 21 12 1241_B_1 1241B 1 La Cygne 1 Coal Steam Coal Steam SPPN SPP Kansas 20Linn 107 724 1241_B_2 1241B 2 La Cygne 1 Coal Steam Coal Steam SPPN SPP Kansas 20Linn 107 682 1243_B_7 1243B 7 Neosho 0 O/G SteamO/G Steam SPPN SPP Kansas 20Labette 99 63 1250_B_3 1250B 3 Lawrence Energy Center 1 Coal Steam

Coal Steam SPPN SPP Kansas 20Douglas 45 54 1250_B_4 1250B 4 Lawrence Energy Center 1 Coal Steam

Coal Steam SPPN SPP Kansas 20Douglas 45 113

NEEDS 117 of 505Unique

ID 3_B_1 1048_B_1 1048_B_2 1058_B_2 1058_B_3 1058_B_4 1058_B_5 1060_G_1 1073_B_1 1073_B_2 1073_B_3 1073_B_4 1081_B_7 1081_B_8 1081_B_9 1082_B_1 1082_B_2 1082_B_3 1082_B_4 1091_B_1 1091_B_2 1091_B_3 1104_B_1 1104_G_GT1 1104_G_GT2 1104_G_GT3 1104_G_GT4 1167_B_7 1167_B_8 1167_B_9 1218_B_1 1218_B_2 1239_B_39 1239_B_40 1239_G_10 1239_G_11 1239_G_12 1239_G_9 1241_B_1 1241_B_2 1243_B_7 1250_B_3 1250_B_4Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

17.2 1947 9999 1048 0 237 7.25%1048_B 220.2 1967 9999 1048 0 237 92.75%1048_B 13.85 1930 9999 1058 0 55 25.00%1058_B 13.85 1930 9999 1058 0 55 25.00%1058_B 13.85 1930 9999 1058 0 55 25.00%1058_B 13.85 1930 9999 1058 0 55 25.00%1058_B 580.6 1975 2035 1060 0 581 100.00%1060_G 8.8494 1950 9999 1073 0 202 4.38%1073_B 9.8906 1950 9999 1073 0 202 4.90%1073_B 49.6 1958 9999 1073 0 202 24.57%1073_B 133.5 1967 9999 1073 0 202 66.14%1073_B 2.5 1949 9999 1081 0 135 1.85%1081_B 2.5 1949 9999 1081 0 135 1.85%1081_B 130 1961 9999 1081 0 135 96.30%1081_B 45 1954 9999 1082 0 1,618 2.78%1082_B 88 1958 9999 1082 0 1,618 5.44%1082_B 685.17 1978 9999 1082 0 1,618 42.34%1082_B 800 2007 9999 1082 0 1,618 49.44%1082_B 135 1964 9999 1091 0 950 14.21%1091_B 300 1972 9999 1091 0 950 31.58%1091_B 515 1975 9999 1091 0 950 54.21%1091_B 212 1968 9999 1104 0 212 100.00%1104_B 16.7 1994 9999 0 212 1104_G 15 1995 9999 0 212 1104_G 18.1 1996 9999 0 212 1104_G 16.4 1994 9999 0 212 1104_G 20.1 1958 9999 1167 0 202 9.95%1167_B 35 1969 9999 1167 0 202 17.32%1167_B 147 1983 9999 1167 0 202 72.74%1167_B 23.4 1960 9999 1218 0 64 36.34%1218_B 41 1967 9999 1218 0 64 63.66%1218_B 38 1950 9999 1239 1 92 41.30%1239_B 54 1954 9999 1239 1 92 58.70%1239_B 16 1988 9999 0 92 1239_G 16 1988 9999 0 92 1239_G 155 2007 9999 0 92 1239_G 12 1964 9999 1 92 1239_G 724 1973 9999 1241 0 1,406 51.49%1241_B 682 1977 9999 1241 0 1,406 48.51%1241_B 63 1954 9999 1243 1 63 100.00%1243_B 54 1955 9999 1250 0 539 10.02%1250_B 113 1960 9999 1250 1 539 20.96%1250_B

NEEDS 118 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 1250_B_5 1250B 5 Lawrence Energy Center 1 Coal Steam

Coal Steam SPPN SPP Kansas 20Douglas 45 372 1252_B_10 1252B 10 Tecumseh Energy Center 1 Coal Steam

Coal Steam SPPN SPP Kansas 20Shawnee 177 129 1252_B_9 1252B 9 Tecumseh Energy Center 1 Coal Steam

Coal Steam SPPN SPP Kansas 20Shawnee 177 75 1252_G_1 1252G 1 Tecumseh Energy Center 1 Combustion Turbine

Combustion Turbine SPPN SPP Kansas 20Shawnee 177 18 1252_G_2 1252G 2 Tecumseh Energy Center 1 Combustion Turbine

Combustion Turbine SPPN SPP Kansas 20Shawnee 177 20 1291_G_1 1291G 1 Iola 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Allen 1 5 1291_G_10 1291G 10 Iola 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Allen 1 2.9 1291_G_11 1291G 11 Iola 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Allen 1 2.1 1291_G_12 1291G 12 Iola 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Allen 1 2 1291_G_13 1291G 13 Iola 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Allen 1 2 1291_G_2 1291G 2 Iola 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Allen 1 5 1291_G_4 1291G 4 Iola 0 O/G SteamO/G Steam SPPN SPP Kansas 20Allen 1 4.3 1291_G_5 1291G 5 Iola 0 O/G SteamO/G Steam SPPN SPP Kansas 20Allen 1 5.3 1291_G_6 1291G 6 Iola 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Allen 1 2.9 1291_G_7 1291G 7 Iola 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Allen 1 2.9 1291_G_8 1291G 8 Iola 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Allen 1 2.9 1291_G_9 1291G 9 Iola 0 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Allen 1 2.9 1295_B_1 1295B 1 Quindaro 1 Coal Steam Coal Steam SPPN SPP Kansas 20Wyandotte 209 72.3 1295_B_2 1295B 2 Quindaro 1 Coal Steam Coal Steam SPPN SPP Kansas 20Wyandotte 209 118.3 1295_G_GT1 1295G GT1 Quindaro 1 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Wyandotte 209 12 1295_G_GT2 1295G GT2 Quindaro 1 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Wyandotte 209 56.4 1295_G_GT3 1295G GT3 Quindaro 1 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Wyandotte 209 45.8 1353_B_BSU11353B BSU1 Big Sandy 1 Coal Steam Coal Steam RFCP RFC Kentucky 21Lawrence 127 260 1353_B_BSU21353B BSU2 Big Sandy 1 Coal Steam Coal Steam RFCP RFC Kentucky 21Lawrence 127 800 1355_B_1 1355B 1 E WBrown 1 Coal Steam Coal Steam TVAK SERCKentucky 21Mercer 167 94 1355_B_2 1355B 2 E WBrown 1 Coal Steam Coal Steam TVAK SERCKentucky 21Mercer 167 160 1355_B_3 1355B 3 E WBrown 1 Coal Steam Coal Steam TVAK SERCKentucky 21Mercer 167 422 1355_G_10 1355G 10 E WBrown 1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Mercer 167 106 1355_G_11 1355G 11 E WBrown 1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Mercer 167 106 1355_G_5 1355G 5 E WBrown 1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Mercer 167 117 1355_G_6 1355G 6 E WBrown 1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Mercer 167 154 1355_G_7 1355G 7 E WBrown 1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Mercer 167 154 1355_G_8 1355G 8 E WBrown 1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Mercer 167 106 1355_G_9 1355G 9 E WBrown 1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Mercer 167 106 1356_B_1 1356B 1 Ghent 1 Coal Steam Coal Steam TVAK SERCKentucky 21Carroll 41 475 1356_B_2 1356B 2 Ghent 1 Coal Steam Coal Steam TVAK SERCKentucky 21Carroll 41 469 1356_B_3 1356B 3 Ghent 1 Coal Steam Coal Steam TVAK SERCKentucky 21Carroll 41 478 1356_B_4 1356B 4 Ghent 1 Coal Steam Coal Steam TVAK SERCKentucky 21Carroll 41 478 1357_B_4 1357B 4 Green River 1 Coal Steam Coal Steam TVA SERCKentucky 21Muhlenberg 177 68 1357_B_5 1357B 5 Green River 1 Coal Steam Coal Steam TVA SERCKentucky 21Muhlenberg 177 95 1361_B_1 1361B 1 Tyrone 1 O/G SteamO/G Steam TVAK SERCKentucky 21Woodford 239 14.5 1361_B_2 1361B 2 Tyrone 1 O/G SteamO/G Steam TVAK SERCKentucky 21Woodford 239 14.5

NEEDS 119 of 505Unique

ID 3_B_1 1250_B_5 1252_B_10 1252_B_9 1252_G_1 1252_G_2 1291_G_1 1291_G_10 1291_G_11 1291_G_12 1291_G_13 1291_G_2 1291_G_4 1291_G_5 1291_G_6 1291_G_7 1291_G_8 1291_G_9 1295_B_1 1295_B_2 1295_G_GT1 1295_G_GT2 1295_G_GT3 1353_B_BSU1 1353_B_BSU2 1355_B_1 1355_B_2 1355_B_3 1355_G_10 1355_G_11 1355_G_5 1355_G_6 1355_G_7 1355_G_8 1355_G_9 1356_B_1 1356_B_2 1356_B_3 1356_B_4 1357_B_4 1357_B_5 1361_B_1 1361_B_2Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

372 1971 9999 1250 0 539 69.02%1250_B 129 1962 9999 1252 0 204 63.24%1252_B 75 1957 9999 1252 0 204 36.76%1252_B 18 1972 9999 1 204 1252_G 20 1972 9999 1 204 1252_G 5 1998 9999 0 10 1291_G 2.9 1981 9999 0 10 1291_G 2.1 1988 9999 0 10 1291_G 2 1988 9999 0 10 1291_G 2 1988 9999 0 10 1291_G 5 2000 9999 0 10 1291_G 4.3 1949 9999 1291 1 10 44.79%1291_G 5.3 1957 9999 1291 1 10 55.21%1291_G 2.9 1969 9999 1 10 1291_G 2.9 1971 9999 1 10 1291_G 2.9 1976 9999 1 10 1291_G 2.9 1977 9999 1 10 1291_G 72.3 1965 9999 1295 0 191 37.93%1295_B 118.3 1971 9999 1295 0 191 62.07%1295_B 12 1969 9999 1 191 1295_G 56.4 1974 9999 1 191 1295_G 45.8 1977 9999 1 191 1295_G 258.635 1963 9999 1353 0 1,049 24.66%1353_B 790.17125 1969 9999 1353 0 1,049 75.34%1353_B 94 1957 9999 1355 0 676 13.91%1355_B 160 1963 9999 1355 0 676 23.67%1355_B 422 1971 9999 1355 0 676 62.43%1355_B 106 1995 9999 0 676 1355_G 106 1996 9999 0 676 1355_G 117 2001 9999 0 676 1355_G 154 1999 9999 0 676 1355_G 154 1999 9999 0 676 1355_G 106 1995 9999 0 676 1355_G 106 1994 9999 0 676 1355_G 475 1973 9999 1356 0 1,876 25.31%1356_B 461.2615 1977 9999 1356 0 1,876 24.58%1356_B 470.113 1981 9999 1356 0 1,876 25.05%1356_B 470.113 1984 9999 1356 0 1,876 25.05%1356_B 68 1954 9999 1357 0 163 41.72%1357_B 95 1959 9999 1357 0 163 58.28%1357_B 14.5 1947 9999 1361 1 129 11.24%1361_B 14.5 1947 9999 1361 1 129 11.24%1361_B

NEEDS 120 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 1361_B_3 1361B 3 Tyrone 1 O/G SteamO/G Steam TVAK SERCKentucky 21Woodford 239 14.5 1361_B_4 1361B 4 Tyrone 1 O/G SteamO/G Steam TVAK SERCKentucky 21Woodford 239 14.5 1361_B_5 1361B 5 Tyrone 1 Coal Steam Coal Steam TVAK SERCKentucky 21Woodford 239 71 1363_B_4 1363B 4 Cane Run 1 Coal Steam Coal Steam TVAK SERCKentucky 21Jefferson 111 155 1363_B_5 1363B 5 Cane Run 1 Coal Steam Coal Steam TVAK SERCKentucky 21Jefferson 111 168 1363_B_6 1363B 6 Cane Run 1 Coal Steam Coal Steam TVAK SERCKentucky 21Jefferson 111 240 1363_G_11 1363G 11 Cane Run 1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Jefferson 111 14 1364_B_1 1364B 1 Mill Creek 1 Coal Steam Coal Steam TVAK SERCKentucky 21Jefferson 111 303 1364_B_2 1364B 2 Mill Creek 1 Coal Steam Coal Steam TVAK SERCKentucky 21Jefferson 111 301 1364_B_3 1364B 3 Mill Creek 1 Coal Steam Coal Steam TVAK SERCKentucky 21Jefferson 111 391 1364_B_4 1364B 4 Mill Creek 1 Coal Steam Coal Steam TVAK SERCKentucky 21Jefferson 111 477 1372_B_5 1372B 5 Henderson I 0 Coal Steam Coal Steam TVAK SERCKentucky 21Henderson 101 10 1372_B_6 1372B 6 Henderson I 0 Coal Steam Coal Steam TVAK SERCKentucky 21Henderson 101 26 1374_B_1 1374B 1 Elmer Smith 1 Coal Steam Coal Steam TVAK SERCKentucky 21Daviess 59 140.5 1374_B_2 1374B 2 Elmer Smith 1 Coal Steam Coal Steam TVAK SERCKentucky 21Daviess 59 264.6 1378_B_1 1378B 1 Paradise 1 Coal Steam Coal Steam TVA SERCKentucky 21Muhlenberg 177 619 1378_B_2 1378B 2 Paradise 1 Coal Steam Coal Steam TVA SERCKentucky 21Muhlenberg 177 605 1378_B_3 1378B 3 Paradise 1 Coal Steam Coal Steam TVA SERCKentucky 21Muhlenberg 177 977 1379_B_1 1379B 1 Shawnee 1 Coal Steam Coal Steam TVA SERCKentucky 21McCracken 145 134 1379_B_10 1379B 10 Shawnee 1 Coal Steam Coal Steam TVA SERCKentucky 21McCracken 145 124 1379_B_2 1379B 2 Shawnee 1 Coal Steam Coal Steam TVA SERCKentucky 21McCracken 145 134 1379_B_3 1379B 3 Shawnee 1 Coal Steam Coal Steam TVA SERCKentucky 21McCracken 145 134 1379_B_4 1379B 4 Shawnee 1 Coal Steam Coal Steam TVA SERCKentucky 21McCracken 145 134 1379_B_5 1379B 5 Shawnee 1 Coal Steam Coal Steam TVA SERCKentucky 21McCracken 145 134 1379_B_6 1379B 6 Shawnee 1 Coal Steam Coal Steam TVA SERCKentucky 21McCracken 145 134 1379_B_7 1379B 7 Shawnee 1 Coal Steam Coal Steam TVA SERCKentucky 21McCracken 145 134 1379_B_8 1379B 8 Shawnee 1 Coal Steam Coal Steam TVA SERCKentucky 21McCracken 145 134 1379_B_9 1379B 9 Shawnee 1 Coal Steam Coal Steam TVA SERCKentucky 21McCracken 145 134 1381_B_C1 1381B C1 Kenneth C Coleman 1 Coal Steam

Coal Steam TVAK SERCKentucky 21Hancock 91 150 1381_B_C2 1381B C2 Kenneth C Coleman 1 Coal Steam

Coal Steam TVAK SERCKentucky 21Hancock 91 150 1381_B_C3 1381B C3 Kenneth C Coleman 1 Coal Steam

Coal Steam TVAK SERCKentucky 21Hancock 91 155 1382_B_H1 1382B H1 HMP&L Station Two Henderson 1 Coal Steam

Coal Steam TVAK SERCKentucky 21Henderson 101 153 1382_B_H2 1382B H2 HMP&L Station Two Henderson 1 Coal Steam

Coal Steam TVAK SERCKentucky 21Henderson 101 159 1383_B_R1 1383B R1 Robert A Reid 1 Coal Steam Coal Steam TVAK SERCKentucky 21Webster 233 65 1383_G_GEN21383G GEN2 Robert A Reid 1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Webster 233 65 1384_B_1 1384B 1 Cooper 1 Coal Steam Coal Steam TVAK SERCKentucky 21Pulaski 199 116 1384_B_2 1384B 2 Cooper 1 Coal Steam Coal Steam TVAK SERCKentucky 21Pulaski 199 225 1385_B_1 1385B 1 Dale 1 Coal Steam Coal Steam TVAK SERCKentucky 21Clark 49 27 1385_B_2 1385B 2 Dale 1 Coal Steam Coal Steam TVAK SERCKentucky 21Clark 49 27 1385_B_3 1385B 3 Dale 1 Coal Steam Coal Steam TVAK SERCKentucky 21Clark 49 75 1385_B_4 1385B 4 Dale 1 Coal Steam Coal Steam TVAK SERCKentucky 21Clark 49 75 1394_B_1 1394B 1 Willow Glen 1 O/G SteamO/G Steam ENTG SERCLouisiana 22lberville 47 172

NEEDS 121 of 505Unique

ID 3_B_1 1361_B_3 1361_B_4 1361_B_5 1363_B_4 1363_B_5 1363_B_6 1363_G_11 1364_B_1 1364_B_2 1364_B_3 1364_B_4 1372_B_5 1372_B_6 1374_B_1 1374_B_2 1378_B_1 1378_B_2 1378_B_3 1379_B_1 1379_B_10 1379_B_2 1379_B_3 1379_B_4 1379_B_5 1379_B_6 1379_B_7 1379_B_8 1379_B_9 1381_B_C1 1381_B_C2 1381_B_C3 1382_B_H1 1382_B_H2 1383_B_R1 1383_G_GEN2 1384_B_1 1384_B_2 1385_B_1 1385_B_2 1385_B_3 1385_B_4 1394_B_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

14.5 1948 9999 1361 1 129 11.24%1361_B 14.5 1948 9999 1361 1 129 11.24%1361_B 71 1953 9999 1361 0 129 55.04%1361_B 155 1962 9999 1363 0 563 27.53%1363_B 168 1966 9999 1363 0 563 29.84%1363_B 240 1969 9999 1363 0 563 42.63%1363_B 14 1968 9999 0 563 1363_G 303 1972 9999 1364 0 1,472 20.58%1364_B 301 1974 9999 1364 0 1,472 20.45%1364_B 391 1978 9999 1364 0 1,472 26.56%1364_B 477 1982 9999 1364 0 1,472 32.40%1364_B 10 1956 9999 1372 0 36 27.78%1372_B 26 1968 9999 1372 0 36 72.22%1372_B 140.5 1964 9999 1374 0 405 34.68%1374_B 264.6 1974 9999 1374 0 405 65.32%1374_B 619 1963 9999 1378 0 2,201 28.12%1378_B 605 1963 9999 1378 0 2,201 27.49%1378_B 977 1970 9999 1378 0 2,201 44.39%1378_B 134 1953 9999 1379 0 1,330 10.08%1379_B 124 1990 9999 1379 0 1,330 9.32%1379_B 134 1953 9999 1379 0 1,330 10.08%1379_B 134 1953 9999 1379 0 1,330 10.08%1379_B 134 1954 9999 1379 0 1,330 10.08%1379_B 134 1954 9999 1379 0 1,330 10.08%1379_B 134 1954 9999 1379 0 1,330 10.08%1379_B 134 1954 9999 1379 0 1,330 10.08%1379_B 134 1955 9999 1379 0 1,330 10.08%1379_B 134 1955 9999 1379 0 1,330 10.08%1379_B 150 1969 9999 1381 0 453 33.10%1381_B 148.1258 1970 9999 1381 0 453 32.69%1381_B 155 1971 9999 1381 0 453 34.21%1381_B 153 1973 9999 1382 0 312 49.04%1382_B 159 1974 9999 1382 0 312 50.96%1382_B 65 1966 9999 1383 0 65 100.00%1383_B 65 1976 9999 0 65 1383_G 116 1965 9999 1384 0 339 34.20%1384_B 223.2018 1969 9999 1384 0 339 65.80%1384_B 27 1954 9999 1385 0 204 13.24%1385_B 27 1954 9999 1385 0 204 13.24%1385_B 75 1957 9999 1385 0 204 36.76%1385_B 75 1960 9999 1385 0 204 36.76%1385_B 172 1960 9999 1394 0 2,045 8.41%1394_B

NEEDS 122 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 1394_B_2 1394B 2 Willow Glen 1 O/G SteamO/G Steam ENTG SERCLouisiana 22lberville 47 224 1394_B_3 1394B 3 Willow Glen 1 O/G SteamO/G Steam ENTG SERCLouisiana 22lberville 47 522 1394_B_4 1394B 4 Willow Glen 1 O/G SteamO/G Steam ENTG SERCLouisiana 22lberville 47 568 1394_B_5 1394B 5 Willow Glen 1 O/G SteamO/G Steam ENTG SERCLouisiana 22lberville 47 559 1400_B_1 1400B 1 Teche 1 O/G SteamO/G Steam SPPS SPP Louisiana 22St. Mary 101 23 1400_B_2 1400B 2 Teche 1 O/G SteamO/G Steam SPPS SPP Louisiana 22St. Mary 101 48 1400_B_3 1400B 3 Teche 1 O/G SteamO/G Steam SPPS SPP Louisiana 22St. Mary 101 359 1402_B_1 1402B 1 Little Gypsy 0 O/G SteamO/G Steam ENTG SERCLouisiana 22St. Charles 89 238 1402_B_2 1402B 2 Little Gypsy 0 O/G SteamO/G Steam ENTG SERCLouisiana 22St. Charles 89 415 1402_B_3 1402B 3 Little Gypsy 0 O/G SteamO/G Steam ENTG SERCLouisiana 22St. Charles 89 545 1403_B_1 1403B 1 Nine Mile Point1 O/G SteamO/G Steam ENTG SERCLouisiana 22Jefferson 51 74 1403_B_2 1403B 2 Nine Mile Point1 O/G SteamO/G Steam ENTG SERCLouisiana 22Jefferson 51 107 1403_B_3 1403B 3 Nine Mile Point1 O/G SteamO/G Steam ENTG SERCLouisiana 22Jefferson 51 132 1403_B_4 1403B 4 Nine Mile Point1 O/G SteamO/G Steam ENTG SERCLouisiana 22Jefferson 51 738 1403_B_5 1403B 5 Nine Mile Point1 O/G SteamO/G Steam ENTG SERCLouisiana 22Jefferson 51 753 1404_B_10 1404B 10 Sterlington 1 O/G SteamO/G Steam ENTG SERCLouisiana 22Ouachita 73 224 1404_G_7A 1404G 7A Sterlington 1 Combined Cycle Combined Cycle ENTG SERCLouisiana 22Ouachita 73 50 1404_G_7B 1404G 7B Sterlington 1 Combined Cycle Combined Cycle ENTG SERCLouisiana 22Ouachita 73 50 1404_G_7C 1404G 7C Sterlington 1 Combined Cycle Combined Cycle ENTG SERCLouisiana 22Ouachita 73 84 1407_B_3 1407B 3 A B Paterson 0 O/G SteamO/G Steam ENTG SERCLouisiana 22Orleans 71 50 1409_B_1 1409B 1 Michoud 0 O/G SteamO/G Steam ENTG SERCLouisiana 22Orleans 71 100 1409_B_2 1409B 2 Michoud 0 O/G SteamO/G Steam ENTG SERCLouisiana 22Orleans 71 230 1409_B_3 1409B 3 Michoud 0 O/G SteamO/G Steam ENTG SERCLouisiana 22Orleans 71 530 1416_B_5A 1416B 5A Arsenal Hill 1 O/G SteamO/G Steam SPPS SPP Louisiana 22Caddo 17 110 1416_G_CT1 1416G CT1 J. Lamar Stall Unit at Arsenal Hill 1 Combined Cycle

Combined Cycle SPPS SPP Louisiana 22Caddo 17 180 1416_G_CT2 1416G CT2 J. Lamar Stall Unit at Arsenal Hill 1 Combined Cycle

Combined Cycle SPPS SPP Louisiana 22Caddo 17 180 1416_G_ST1 1416G ST1 J. Lamar Stall Unit at Arsenal Hill 1 Combined Cycle

Combined Cycle SPPS SPP Louisiana 22Caddo 17 120 1417_B_1 1417B 1 Lieberman 0 O/G SteamO/G Steam SPPS SPP Louisiana 22Caddo 17 25 1417_B_2 1417B 2 Lieberman 0 O/G SteamO/G Steam SPPS SPP Louisiana 22Caddo 17 25 1417_B_3 1417B 3 Lieberman 0 O/G SteamO/G Steam SPPS SPP Louisiana 22Caddo 17 111 1417_B_4 1417B 4 Lieberman 0 O/G SteamO/G Steam SPPS SPP Louisiana 22Caddo 17 109 1448_B_10 1448B 10 Monroe 1 O/G SteamO/G Steam ENTG SERCLouisiana 22Ouachita 73 22 1448_B_11 1448B 11 Monroe 1 O/G SteamO/G Steam ENTG SERCLouisiana 22Ouachita 73 33 1448_B_12 1448B 12 Monroe 1 O/G SteamO/G Steam ENTG SERCLouisiana 22Ouachita 73 71 1507_B_1 1507B 1 William F Wyman1 O/G SteamO/G Steam NENG NPCCMaine 23Cumberland 5 52.25 1507_B_2 1507B 2 William F Wyman1 O/G SteamO/G Steam NENG NPCCMaine 23Cumberland 5 52.27 1507_B_3 1507B 3 William F Wyman1 O/G SteamO/G Steam NENG NPCCMaine 23Cumberland 5 115.51 1507_B_4 1507B 4 William F Wyman1 O/G SteamO/G Steam NENG NPCCMaine 23Cumberland 5 603.91 1552_B_1 1552B 1 C P Crane 1 Coal Steam Coal Steam MACS RFC Maryland 24Baltimore 5 200 1552_B_2 1552B 2 C P Crane 1 Coal Steam Coal Steam MACS RFC Maryland 24Baltimore 5 200 1552_G_GT1 1552G GT1 C P Crane 1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Baltimore 5 14 1553_B_3 1553B 3 Gould Street 0 O/G SteamO/G Steam MACS RFC Maryland 24City of Baltimore510 100

NEEDS 123 of 505Unique

ID 3_B_1 1394_B_2 1394_B_3 1394_B_4 1394_B_5 1400_B_1 1400_B_2 1400_B_3 1402_B_1 1402_B_2 1402_B_3 1403_B_1 1403_B_2 1403_B_3 1403_B_4 1403_B_5 1404_B_10 1404_G_7A 1404_G_7B 1404_G_7C 1407_B_3 1409_B_1 1409_B_2 1409_B_3 1416_B_5A 1416_G_CT1 1416_G_CT2 1416_G_ST1 1417_B_1 1417_B_2 1417_B_3 1417_B_4 1448_B_10 1448_B_11 1448_B_12 1507_B_1 1507_B_2 1507_B_3 1507_B_4 1552_B_1 1552_B_2 1552_G_GT1 1553_B_3Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

224 1964 9999 1394 1 2,045 10.95%1394_B 522 1968 9999 1394 1 2,045 25.53%1394_B 568 1973 9999 1394 0 2,045 27.78%1394_B 559 1976 9999 1394 0 2,045 27.33%1394_B 23 1953 9999 1400 1 430 5.35%1400_B 48 1956 9999 1400 1 430 11.16%1400_B 359 1971 9999 1400 0 430 83.49%1400_B 238 1961 9999 1402 1 1,198 19.87%1402_B 415 1966 9999 1402 1 1,198 34.64%1402_B 545 1969 9999 1402 1 1,198 45.49%1402_B 74 1951 9999 1403 1 1,804 4.10%1403_B 107 1953 9999 1403 1 1,804 5.93%1403_B 132 1955 9999 1403 1 1,804 7.32%1403_B 738 1971 9999 1403 0 1,804 40.91%1403_B 753 1973 9999 1403 0 1,804 41.74%1403_B 224 1958 9999 1404 1 408 54.90%1404_B 50 1974 9999 1404 0 408 12.25%1404_G 50 1974 9999 1404 0 408 12.25%1404_G 84 1974 9999 1404 0 408 20.59%1404_G 50 1950 9999 1407 1 50 100.00%1407_B 100 1957 9999 1409 1 860 11.63%1409_B 230 1963 9999 1409 1 860 26.74%1409_B 530 1967 9999 1409 1 860 61.63%1409_B 110 1960 9999 1416 0 590 18.64%1416_B 180 2010 9999 1416 0 590 30.51%1416_G 180 2010 9999 1416 0 590 30.51%1416_G 120 2010 9999 1416 0 590 20.34%1416_G 25 1947 9999 1417 1 270 9.26%1417_B 25 1949 9999 1417 1 270 9.26%1417_B 111 1957 9999 1417 1 270 41.11%1417_B 109 1959 9999 1417 1 270 40.37%1417_B 22 1961 9999 1448 0 126 17.46%1448_B 33 1965 9999 1448 0 126 26.19%1448_B 71 1969 9999 1448 0 126 56.35%1448_B 52.25 1957 9999 1507 1 824 6.34%1507_B 52.27 1958 9999 1507 0 824 6.34%1507_B 115.51 1965 9999 1507 0 824 14.02%1507_B 603.91 1978 9999 1507 0 824 73.30%1507_B 200 1961 9999 1552 0 400 50.00%1552_B 200 1963 9999 1552 0 400 50.00%1552_B 14 1967 9999 0 400 1552_G 100 2008 9999 1553 0 100 100.00%1553_B

NEEDS 124 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 1554_B_1 1554B 1 Herbert A Wagner 1 O/G SteamO/G Steam MACS RFC Maryland 24Anne Arundel 3 131 1554_B_2 1554B 2 Herbert A Wagner 1 Coal Steam

Coal Steam MACS RFC Maryland 24Anne Arundel 3 135 1554_B_3 1554B 3 Herbert A Wagner 1 Coal Steam

Coal Steam MACS RFC Maryland 24Anne Arundel 3 324 1554_B_4 1554B 4 Herbert A Wagner 1 O/G SteamO/G Steam MACS RFC Maryland 24Anne Arundel 3 400 1554_G_GT1 1554G GT1 Herbert A Wagner 1 Combustion Turbine

Combustion Turbine MACS RFC Maryland 24Anne Arundel 3 14 1559_B_4 1559B 4 Riverside 1 O/G SteamO/G Steam MACS RFC Maryland 24Baltimore 5 78 1559_G_GT6 1559G GT6 Riverside 1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Baltimore 5 127 1559_G_GT7 1559G GT7 Riverside 1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Baltimore 5 17 1559_G_GT8 1559G GT8 Riverside 1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Baltimore 5 17 1564_B_8 1564B 8 Vienna Operations 1 O/G SteamO/G Steam MACE RFC Maryland 24Dorchester 19 153 1564_G_10 1564G 10 Vienna Operations 1 Combustion Turbine

Combustion Turbine MACE RFC Maryland 24Dorchester 19 16 1570_B_11 1570B 11 R Paul Smith Power Station 1 Coal Steam

Coal Steam MACS RFC Maryland 24Washington 43 87 1570_B_9 1570B 9 R Paul Smith Power Station 1 Coal Steam

Coal Steam MACS RFC Maryland 24Washington 43 28 1571_B_1 1571B 1 Chalk Point LLC1 Coal Steam Coal Steam MACS RFC Maryland 24Prince George's 33 341 1571_B_2 1571B 2 Chalk Point LLC1 Coal Steam Coal Steam MACS RFC Maryland 24Prince George's 33 342 1571_B_3 1571B 3 Chalk Point LLC1 O/G SteamO/G Steam MACS RFC Maryland 24Prince George's 33 612 1571_B_4 1571B 4 Chalk Point LLC1 O/G SteamO/G Steam MACS RFC Maryland 24Prince George's 33 612 1571_G_GT1 1571G GT1 Chalk Point LLC1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Prince George's 33 18 1571_G_GT2 1571G GT2 Chalk Point LLC1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Prince George's 33 30 1571_G_GT3 1571G GT3 Chalk Point LLC1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Prince George's 33 86 1571_G_GT4 1571G GT4 Chalk Point LLC1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Prince George's 33 86 1571_G_GT5 1571G GT5 Chalk Point LLC1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Prince George's 33 109 1571_G_GT6 1571G GT6 Chalk Point LLC1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Prince George's 33 109 1571_G_SGT11571G SGT1 Chalk Point LLC1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Prince George's 33 84 1572_B_1 1572B 1 Dickerson 1 Coal Steam Coal Steam MACS RFC Maryland 24Montgomery 31 182 1572_B_2 1572B 2 Dickerson 1 Coal Steam Coal Steam MACS RFC Maryland 24Montgomery 31 182 1572_B_3 1572B 3 Dickerson 1 Coal Steam Coal Steam MACS RFC Maryland 24Montgomery 31 182 1572_G_GT1 1572G GT1 Dickerson 1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Montgomery 31 13 1572_G_GT2 1572G GT2 Dickerson 1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Montgomery 31 147 1572_G_GT3 1572G GT3 Dickerson 1 Combustion Turbine Combustion Turbine MACS RFC Maryland 24Montgomery 31 147 1573_B_1 1573B 1 Morgantown Generating Plant 1 Coal Steam

Coal Steam MACS RFC Maryland 24Charles 17 624 1573_B_2 1573B 2 Morgantown Generating Plant 1 Coal Steam

Coal Steam MACS RFC Maryland 24Charles 17 620 1573_G_3 1573G 3 Morgantown Generating Plant 1 Combustion Turbine

Combustion Turbine MACS RFC Maryland 24Charles 17 54 1573_G_4 1573G 4 Morgantown Generating Plant 1 Combustion Turbine

Combustion Turbine MACS RFC Maryland 24Charles 17 54 1573_G_5 1573G 5 Morgantown Generating Plant 1 Combustion Turbine

Combustion Turbine MACS RFC Maryland 24Charles 17 54 1573_G_6 1573G 6 Morgantown Generating Plant 1 Combustion Turbine

Combustion Turbine MACS RFC Maryland 24Charles 17 54 1573_G_GT1 1573G GT1 Morgantown Generating Plant 1 Combustion Turbine

Combustion Turbine MACS RFC Maryland 24Charles 17 16 1573_G_GT2 1573G GT2 Morgantown Generating Plant 1 Combustion Turbine

Combustion Turbine MACS RFC Maryland 24Charles 17 16 1588_B_7 1588B 7 Mystic Generating Station 1 O/G SteamO/G Steam NENG NPCCMassachusetts 25Middlesex 17 565 1588_G_GT1 1588G GT1 Mystic Generating Station 1 Combustion Turbine

Combustion Turbine NENG NPCCMassachusetts 25Middlesex 17 7.4 1588_G_GT811588G GT81 Mystic Generating Station 1 Combined Cycle

Combined Cycle NENG NPCCMassachusetts 25Middlesex 17 214.18 1588_G_GT821588G GT82 Mystic Generating Station 1 Combined Cycle

Combined Cycle NENG NPCCMassachusetts 25Middlesex 17 214.18

NEEDS 125 of 505Unique

ID 3_B_1 1554_B_1 1554_B_2 1554_B_3 1554_B_4 1554_G_GT1 1559_B_4 1559_G_GT6 1559_G_GT7 1559_G_GT8 1564_B_8 1564_G_10 1570_B_11 1570_B_9 1571_B_1 1571_B_2 1571_B_3 1571_B_4 1571_G_GT1 1571_G_GT2 1571_G_GT3 1571_G_GT4 1571_G_GT5 1571_G_GT6 1571_G_SGT1 1572_B_1 1572_B_2 1572_B_3 1572_G_GT1 1572_G_GT2 1572_G_GT3 1573_B_1 1573_B_2 1573_G_3 1573_G_4 1573_G_5 1573_G_6 1573_G_GT1 1573_G_GT2 1588_B_7 1588_G_GT1 1588_G_GT81 1588_G_GT82

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

131 1956 9999 1554 0 990 13.23%1554_B 135 1959 9999 1554 0 990 13.64%1554_B 324 1966 9999 1554 0 990 32.73%1554_B 400 1972 9999 1554 0 990 40.40%1554_B 14 1967 9999 0 990 1554_G 78 1951 9999 1559 0 78 100.00%1559_B 127 1970 9999 0 78 1559_G 17 1970 9999 0 78 1559_G 17 1970 9999 0 78 1559_G 153 1971 9999 1564 0 153 100.00%1564_B 16 1968 9999 0 153 1564_G 87 1958 9999 1570 0 115 75.65%1570_B 28 1947 9999 1570 0 115 24.35%1570_B 341 1964 9999 1571 0 1,907 17.88%1571_B 342 1965 9999 1571 0 1,907 17.93%1571_B 612 1975 9999 1571 0 1,907 32.09%1571_B 612 1981 9999 1571 0 1,907 32.09%1571_B 18 1967 9999 0 1,907 1571_G 30 1974 9999 0 1,907 1571_G 86 1991 9999 0 1,907 1571_G 86 1991 9999 0 1,907 1571_G 109 1991 9999 0 1,907 1571_G 109 1991 9999 0 1,907 1571_G 84 1990 9999 0 1,907 1571_G 178.997 1959 9999 1572 0 537 33.33%1572_B 178.997 1960 9999 1572 0 537 33.33%1572_B 178.997 1962 9999 1572 0 537 33.33%1572_B 13 1967 9999 0 537 1572_G 147 1992 9999 0 537 1572_G 147 1992 9999 0 537 1572_G 613.704 1970 9999 1573 0 1,223 50.16%1573_B 609.77 1971 9999 1573 0 1,223 49.84%1573_B 54 1973 9999 0 1,223 1573_G 54 1973 9999 0 1,223 1573_G 54 1973 9999 0 1,223 1573_G 54 1973 9999 0 1,223 1573_G 16 1970 9999 0 1,223 1573_G 16 1971 9999 0 1,223 1573_G 565 1975 9999 1588 0 1,925 29.35%1588_B 7.4 1969 9999 0 1,925 1588_G 214.18 2003 9999 1588 0 1,925 11.13%1588_G 214.18 2003 9999 1588 0 1,925 11.13%1588_G

NEEDS 126 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 1588_G_GT931588G GT93 Mystic Generating Station 1 Combined Cycle

Combined Cycle NENG NPCCMassachusetts 25Middlesex 17 212.88 1588_G_GT941588G GT94 Mystic Generating Station 1 Combined Cycle

Combined Cycle NENG NPCCMassachusetts 25Middlesex 17 212.88 1588_G_ST851588G ST85 Mystic Generating Station 1 Combined Cycle

Combined Cycle NENG NPCCMassachusetts 25Middlesex 17 253.69 1588_G_ST961588G ST96 Mystic Generating Station 1 Combined Cycle

Combined Cycle NENG NPCCMassachusetts 25Middlesex 17 252.2 1589_G_LST11589G LST1 New Boston Generating Station 0 Combustion Turbine

Combustion Turbine NENG NPCCMassachusetts 25Suffolk 25 11.85 1590_G_1 1590G 1 Pilgrim Nuclear Power Station 1 Nuclear Nuclear NENG NPCCMassachusetts 25Plymouth 23 684.7 1595_G_1 1595G 1 Kendall Square Station 1 Combined Cycle

Combined Cycle NENG NPCCMassachusetts 25Middlesex 17 15 1595_G_2 1595G 2 Kendall Square Station 1 Combined Cycle

Combined Cycle NENG NPCCMassachusetts 25Middlesex 17 20 1595_G_3 1595G 3 Kendall Square Station 1 Combined Cycle

Combined Cycle NENG NPCCMassachusetts 25Middlesex 17 21.7 1595_G_GEN41595G GEN4 Kendall Square Station 1 Combined Cycle

Combined Cycle NENG NPCCMassachusetts 25Middlesex 17 180 1595_G_JET11595G JET1 Kendall Square Station 1 Combustion Turbine

Combustion Turbine NENG NPCCMassachusetts 25Middlesex 17 20 1599_B_1 1599B 1 Canal 1 O/G SteamO/G Steam NENG NPCCMassachusetts 25Barnstable 1 558.7 1599_B_2 1599B 2 Canal 1 O/G SteamO/G Steam NENG NPCCMassachusetts 25Barnstable 1 553 1606_B_1 1606B 1 Mount Tom 1 Coal Steam Coal Steam NENG NPCCMassachusetts 25Hampden 13 143.62 1619_B_1 1619B 1 Brayton Point 1 Coal Steam Coal Steam NENG NPCCMassachusetts 25Bristo 5 243.46 1619_B_2 1619B 2 Brayton Point 1 Coal Steam Coal Steam NENG NPCCMassachusetts 25Bristo 5 244 1619_B_3 1619B 3 Brayton Point 1 Coal Steam Coal Steam NENG NPCCMassachusetts 25Bristo 5 612 1619_B_4 1619B 4 Brayton Point 1 O/G SteamO/G Steam NENG NPCCMassachusetts 25Bristo 5 435 1619_G_IC1 1619G IC1 Brayton Point 1 Combustion Turbine Combustion Turbine NENG NPCCMassachusetts 25Bristo 5 2.54 1619_G_IC3 1619G IC3 Brayton Point 1 Combustion Turbine Combustion Turbine NENG NPCCMassachusetts 25Bristo 5 2.54 1619_G_IC4 1619G IC4 Brayton Point 1 Combustion Turbine Combustion Turbine NENG NPCCMassachusetts 25Bristo 5 2.54 1626_B_1 1626B 1 Salem Harbor 1 Coal Steam Coal Steam NENG NPCCMassachusetts 25Essex 9 81.99 1626_B_2 1626B 2 Salem Harbor 1 Coal Steam Coal Steam NENG NPCCMassachusetts 25Essex 9 80 1626_B_3 1626B 3 Salem Harbor 1 Coal Steam Coal Steam NENG NPCCMassachusetts 25Essex 9 149.8 1626_B_4 1626B 4 Salem Harbor 1 O/G SteamO/G Steam NENG NPCCMassachusetts 25Essex 9 431 1682_B_8 1682B 8 Cleary Flood 1 O/G SteamO/G Steam NENG NPCCMassachusetts 25Bristo 5 26 1682_G_9A 1682G 9A Cleary Flood 1 Combined Cycle Combined Cycle NENG NPCCMassachusetts 25Bristo 5 20.5 1682_G_CA9 1682G CA9 Cleary Flood 1 Combined Cycle Combined Cycle NENG NPCCMassachusetts 25Bristo 5 87 1695_B_1 1695B 1 B C Cobb 1 O/G SteamO/G Steam MECS RFC Michigan 26Muskegon 121 54 1695_B_2 1695B 2 B C Cobb 1 O/G SteamO/G Steam MECS RFC Michigan 26Muskegon 121 65 1695_B_3 1695B 3 B C Cobb 1 O/G SteamO/G Steam MECS RFC Michigan 26Muskegon 121 68 1695_B_4 1695B 4 B C Cobb 1 Coal Steam Coal Steam MECS RFC Michigan 26Muskegon 121 156 1695_B_5 1695B 5 B C Cobb 1 Coal Steam Coal Steam MECS RFC Michigan 26Muskegon 121 156 1702_B_1 1702B 1 Dan E Karn 1 Coal Steam Coal Steam MECS RFC Michigan 26Bay 17 255 1702_B_2 1702B 2 Dan E Karn 1 Coal Steam Coal Steam MECS RFC Michigan 26Bay 17 260 1702_B_3 1702B 3 Dan E Karn 1 O/G SteamO/G Steam MECS RFC Michigan 26Bay 17 638 1702_B_4 1702B 4 Dan E Karn 1 O/G SteamO/G Steam MECS RFC Michigan 26Bay 17 638 1710_B_1 1710B 1 J H Campbell 1 Coal Steam Coal Steam MECS RFC Michigan 26Ottawa 139 260 1710_B_2 1710B 2 J H Campbell 1 Coal Steam Coal Steam MECS RFC Michigan 26Ottawa 139 355 1710_B_3 1710B 3 J H Campbell 1 Coal Steam Coal Steam MECS RFC Michigan 26Ottawa 139 825 1710_G_A 1710G A J H Campbell 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Ottawa 139 13 1715_G_1 1715G 1 Palisades 1 Nuclear Nuclear MECS RFC Michigan 26Van Buren 159 778

NEEDS 127 of 505Unique

ID 3_B_1 1588_G_GT93 1588_G_GT94 1588_G_ST85 1588_G_ST96 1589_G_LST1 1590_G_1 1595_G_1 1595_G_2 1595_G_3 1595_G_GEN4 1595_G_JET1 1599_B_1 1599_B_2 1606_B_1 1619_B_1 1619_B_2 1619_B_3 1619_B_4 1619_G_IC1 1619_G_IC3 1619_G_IC4 1626_B_1 1626_B_2 1626_B_3 1626_B_4 1682_B_8 1682_G_9A 1682_G_CA9 1695_B_1 1695_B_2 1695_B_3 1695_B_4 1695_B_5 1702_B_1 1702_B_2 1702_B_3 1702_B_4 1710_B_1 1710_B_2 1710_B_3 1710_G_A 1715_G_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

212.88 2003 9999 1588 0 1,925 11.06%1588_G 212.88 2003 9999 1588 0 1,925 11.06%1588_G 253.69 2003 9999 1588 0 1,925 13.18%1588_G 252.2 2003 9999 1588 0 1,925 13.10%1588_G 11.85 1966 9999 0 0 1589_G 684.7 1972 2032 1590 0 685 100.00%1590_G 15 1949 9999 1595 0 237 6.34%1595_G 20 1951 9999 1595 0 237 8.45%1595_G 21.7 1958 9999 1595 0 237 9.17%1595_G 180 2002 9999 1595 0 237 76.05%1595_G 20 1970 9999 0 237 1595_G 558.7 1968 9999 1599 1 1,112 50.26%1599_B 553 1976 9999 1599 0 1,112 49.74%1599_B 142.7564 1960 9999 1606 0 143 100.00%1606_B 241.7558 1963 9999 1619 0 1,522 15.88%1619_B 243.4602 1964 9999 1619 0 1,522 15.99%1619_B 601.902 1969 9999 1619 0 1,522 39.54%1619_B 435 1974 9999 1619 0 1,522 28.58%1619_B 2.54 1967 9999 0 1,522 1619_G 2.54 1967 9999 0 1,522 1619_G 2.54 1967 9999 0 1,522 1619_G 81.99 1951 9999 1626 1 742 11.05%1626_B 80 1952 9999 1626 1 742 10.79%1626_B 148.7514 1958 9999 1626 0 742 20.05%1626_B 431 1972 9999 1626 0 742 58.11%1626_B 26 1966 9999 1682 1 134 19.48%1682_B 20.5 1976 9999 1682 0 134 15.36%1682_G 87 1975 9999 1682 0 134 65.17%1682_G 54 1948 9999 1695 0 499 10.82%1695_B 65 1948 9999 1695 0 499 13.03%1695_B 68 1948 9999 1695 0 499 13.63%1695_B 156 1956 9999 1695 0 499 31.26%1695_B 156 1957 9999 1695 0 499 31.26%1695_B 255 1959 9999 1702 0 1,791 14.24%1702_B 260 1961 9999 1702 0 1,791 14.52%1702_B 638 1975 9999 1702 0 1,791 35.62%1702_B 638 1977 9999 1702 0 1,791 35.62%1702_B 260 1962 9999 1710 0 1,440 18.06%1710_B 355 1967 9999 1710 0 1,440 24.65%1710_B 825 1980 9999 1710 0 1,440 57.29%1710_B 13 1968 9999 0 1,440 1710_G 778 1972 2032 1715 0 778 100.00%1715_G

NEEDS 128 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 1720_B_7 1720B 7 J C Weadock 1 Coal Steam Coal Steam MECS RFC Michigan 26Bay 17 151 1720_B_8 1720B 8 J C Weadock 1 Coal Steam Coal Steam MECS RFC Michigan 26Bay 17 151 1720_G_A 1720G A J C Weadock 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Bay 17 13 1723_B_1 1723B 1 J R Whiting 1 Coal Steam Coal Steam MECS RFC Michigan 26Monroe 115 102 1723_B_2 1723B 2 J R Whiting 1 Coal Steam Coal Steam MECS RFC Michigan 26Monroe 115 102 1723_B_3 1723B 3 J R Whiting 1 Coal Steam Coal Steam MECS RFC Michigan 26Monroe 115 124 1723_G_A 1723G A J R Whiting 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Monroe 115 13 1726_B_15 1726B 15 Conners Creek1 O/G SteamO/G Steam MECS RFC Michigan 26Wayne 163 53.75 1726_B_16 1726B 16 Conners Creek1 O/G SteamO/G Steam MECS RFC Michigan 26Wayne 163 53.75 1726_B_17 1726B 17 Conners Creek1 O/G SteamO/G Steam MECS RFC Michigan 26Wayne 163 53.75 1726_B_18 1726B 18 Conners Creek1 O/G SteamO/G Steam MECS RFC Michigan 26Wayne 163 53.75 1726_G_1 1726G 1 Conners Creek1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Wayne 163 2.8 1726_G_2 1726G 2 Conners Creek1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Wayne 163 2.8 1729_G_2 1729G 2 Fermi 1 Nuclear Nuclear MECS RFC Michigan 26Monroe 115 1122 1729_G_3 1729G 3 Fermi 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Monroe 115 13 1729_G_4 1729G 4 Fermi 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Monroe 115 12 1729_G_GT1 1729G GT1 Fermi 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Monroe 115 13 1729_G_GT2 1729G GT2 Fermi 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Monroe 115 13 1731_B_1 1731B 1 Harbor Beach 1 Coal Steam Coal Steam MECS RFC Michigan 26Huron 63 103 1731_G_IC1 1731G IC1 Harbor Beach 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Huron 63 2 1731_G_IC2 1731G IC2 Harbor Beach 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Huron 63 2 1732_B_10 1732B 10 Marysville 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 41.75 1732_B_11 1732B 11 Marysville 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 41.75 1732_B_12 1732B 12 Marysville 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 41.75 1732_B_9 1732B 9 Marysville 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 41.75 1733_B_1 1733B 1 Monroe 1 Coal Steam Coal Steam MECS RFC Michigan 26Monroe 115 770 1733_B_2 1733B 2 Monroe 1 Coal Steam Coal Steam MECS RFC Michigan 26Monroe 115 785 1733_B_3 1733B 3 Monroe 1 Coal Steam Coal Steam MECS RFC Michigan 26Monroe 115 795 1733_B_4 1733B 4 Monroe 1 Coal Steam Coal Steam MECS RFC Michigan 26Monroe 115 775 1733_G_IC1 1733G IC1 Monroe 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Monroe 115 2.8 1733_G_IC2 1733G IC2 Monroe 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Monroe 115 2.8 1733_G_IC3 1733G IC3 Monroe 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Monroe 115 2.8 1733_G_IC4 1733G IC4 Monroe 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Monroe 115 2.8 1733_G_IC5 1733G IC5 Monroe 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Monroe 115 2.8 1740_B_1 1740B 1 River Rouge 1 O/G SteamO/G Steam MECS RFC Michigan 26Wayne 163 234 1740_B_2 1740B 2 River Rouge 1 Coal Steam Coal Steam MECS RFC Michigan 26Wayne 163 241 1740_B_3 1740B 3 River Rouge 1 Coal Steam Coal Steam MECS RFC Michigan 26Wayne 163 272 1740_G_IC1 1740G IC1 River Rouge 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Wayne 163 2.8 1740_G_IC2 1740G IC2 River Rouge 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Wayne 163 2.8 1740_G_IC3 1740G IC3 River Rouge 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Wayne 163 2.8 1740_G_IC4 1740G IC4 River Rouge 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Wayne 163 2.8 1743_B_1 1743B 1 St Clair 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 153

NEEDS 129 of 505Unique

ID 3_B_1 1720_B_7 1720_B_8 1720_G_A 1723_B_1 1723_B_2 1723_B_3 1723_G_A 1726_B_15 1726_B_16 1726_B_17 1726_B_18 1726_G_1 1726_G_2 1729_G_2 1729_G_3 1729_G_4 1729_G_GT1 1729_G_GT2 1731_B_1 1731_G_IC1 1731_G_IC2 1732_B_10 1732_B_11 1732_B_12 1732_B_9 1733_B_1 1733_B_2 1733_B_3 1733_B_4 1733_G_IC1 1733_G_IC2 1733_G_IC3 1733_G_IC4 1733_G_IC5 1740_B_1 1740_B_2 1740_B_3 1740_G_IC1 1740_G_IC2 1740_G_IC3 1740_G_IC4 1743_B_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

151 1955 9999 1720 0 302 50.00%1720_B 151 1958 9999 1720 0 302 50.00%1720_B 13 1968 9999 0 302 1720_G 102 1952 9999 1723 0 328 31.10%1723_B 102 1952 9999 1723 0 328 31.10%1723_B 124 1953 9999 1723 0 328 37.80%1723_B 13 1968 9999 0 328 1723_G 53.75 1951 9999 1726 0 215 25.00%1726_B 53.75 1951 9999 1726 0 215 25.00%1726_B 53.75 1951 9999 1726 0 215 25.00%1726_B 53.75 1951 9999 1726 0 215 25.00%1726_B 2.8 1971 9999 0 215 1726_G 2.8 1971 9999 0 215 1726_G 1122 1988 2048 1729 0 1,122 100.00%1729_G 13 1966 9999 0 1,122 1729_G 12 1966 9999 0 1,122 1729_G 13 1966 9999 0 1,122 1729_G 13 1966 9999 0 1,122 1729_G 103 1968 9999 1731 0 103 100.00%1731_B 2 1967 9999 0 103 1731_G 2 1967 9999 0 103 1731_G 41.75 1943 9999 1732 0 167 25.00%1732_B 41.75 1947 9999 1732 0 167 25.00%1732_B 41.75 1943 9999 1732 0 167 25.00%1732_B 41.75 1942 9999 1732 0 167 25.00%1732_B 770 1972 9999 1733 0 3,125 24.64%1733_B 785 1973 9999 1733 0 3,125 25.12%1733_B 795 1973 9999 1733 0 3,125 25.44%1733_B 775 1974 9999 1733 0 3,125 24.80%1733_B 2.8 1969 9999 0 3,125 1733_G 2.8 1969 9999 0 3,125 1733_G 2.8 1969 9999 0 3,125 1733_G 2.8 1969 9999 0 3,125 1733_G 2.8 1969 9999 0 3,125 1733_G 234 1956 9999 1740 0 747 31.33%1740_B 241 1957 9999 1740 0 747 32.26%1740_B 272 1958 9999 1740 0 747 36.41%1740_B 2.8 1967 9999 0 747 1740_G 2.8 1967 9999 0 747 1740_G 2.8 1967 9999 0 747 1740_G 2.8 1967 9999 0 747 1740_G 153 1953 9999 1743 0 1,415 10.81%1743_B

NEEDS 130 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 1743_B_2 1743B 2 St Clair 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 162 1743_B_3 1743B 3 St Clair 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 171 1743_B_4 1743B 4 St Clair 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 158 1743_B_6 1743B 6 St Clair 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 321 1743_B_7 1743B 7 St Clair 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 450 1743_G_11 1743G 11 St Clair 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26St. Clair 147 19 1743_G_12A 1743G 12A St Clair 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26St. Clair 147 2.8 1743_G_12B 1743G 12B St Clair 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26St. Clair 147 2.8 1745_B_16 1745B 16 Trenton Channel1 Coal Steam Coal Steam MECS RFC Michigan 26Wayne 163 52.5 1745_B_17 1745B 17 Trenton Channel1 Coal Steam Coal Steam MECS RFC Michigan 26Wayne 163 52.5 1745_B_18 1745B 18 Trenton Channel1 Coal Steam Coal Steam MECS RFC Michigan 26Wayne 163 52.5 1745_B_19 1745B 19 Trenton Channel1 Coal Steam Coal Steam MECS RFC Michigan 26Wayne 163 52.5 1745_B_9A 1745B 9A Trenton Channel1 Coal Steam Coal Steam MECS RFC Michigan 26Wayne 163 535.5 1769_B_3 1769B 3 Presque Isle 1 Coal Steam Coal Steam WUMS MRO Michigan 26Marquette 103 58 1769_B_4 1769B 4 Presque Isle 1 Coal Steam Coal Steam WUMS MRO Michigan 26Marquette 103 58 1769_B_5 1769B 5 Presque Isle 1 Coal Steam Coal Steam WUMS MRO Michigan 26Marquette 103 88 1769_B_6 1769B 6 Presque Isle 1 Coal Steam Coal Steam WUMS MRO Michigan 26Marquette 103 88 1769_B_7 1769B 7 Presque Isle 1 Coal Steam Coal Steam WUMS MRO Michigan 26Marquette 103 88 1769_B_8 1769B 8 Presque Isle 1 Coal Steam Coal Steam WUMS MRO Michigan 26Marquette 103 88 1769_B_9 1769B 9 Presque Isle 1 Coal Steam Coal Steam WUMS MRO Michigan 26Marquette 103 88 1771_B_1 1771B 1 Escanaba 1 Coal Steam Coal Steam WUMS MRO Michigan 26Delta 41 12.5 1771_B_2 1771B 2 Escanaba 1 Coal Steam Coal Steam WUMS MRO Michigan 26Delta 41 12.5 1771_G_3 1771G 3 Escanaba 1 Combustion Turbine Combustion TurbineWUMS MRO Michigan 26Delta 41 13.4 1771_G_4 1771G 4 Escanaba 1 Hydro Hydro WUMS MRO Michigan 26Delta 41 8.46 1822_B_5 1822B 5 Mistersky 1 O/G SteamO/G Steam MECS RFC Michigan 26Wayne 163 44 1822_B_6 1822B 6 Mistersky 1 O/G SteamO/G Steam MECS RFC Michigan 26Wayne 163 50 1822_B_7 1822B 7 Mistersky 1 O/G SteamO/G Steam MECS RFC Michigan 26Wayne 163 60 1822_G_GT1 1822G GT1 Mistersky 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Wayne 163 25 1825_B_3 1825B 3 J B Sims 1 Coal Steam Coal Steam MECS RFC Michigan 26Ottawa 139 68.27 1830_B_3 1830B 3 James De Young1 Coal Steam Coal Steam MECS RFC Michigan 26Ottawa 139 10.5 1830_B_4 1830B 4 James De Young1 Coal Steam Coal Steam MECS RFC Michigan 26Ottawa 139 20.5 1830_B_5 1830B 5 James De Young1 Coal Steam Coal Steam MECS RFC Michigan 26Ottawa 139 27 1831_B_1 1831B 1 Eckert Station 1 Coal Steam Coal Steam MECS RFC Michigan 26Ingham 65 39.2 1831_B_2 1831B 2 Eckert Station 1 Coal Steam Coal Steam MECS RFC Michigan 26Ingham 65 43.9 1831_B_3 1831B 3 Eckert Station 1 Coal Steam Coal Steam MECS RFC Michigan 26Ingham 65 40.7 1831_B_4 1831B 4 Eckert Station 1 Coal Steam Coal Steam MECS RFC Michigan 26Ingham 65 66.1 1831_B_5 1831B 5 Eckert Station 1 Coal Steam Coal Steam MECS RFC Michigan 26Ingham 65 67.8 1831_B_6 1831B 6 Eckert Station 1 Coal Steam Coal Steam MECS RFC Michigan 26Ingham 65 65.8 1832_B_1 1832B 1 Erickson Station1 Coal Steam Coal Steam MECS RFC Michigan 26Eaton 45 154.2 1843_B_2 1843B 2 Shiras 1 Coal Steam Coal Steam WUMS MRO Michigan 26Marquette 103 19.5 1843_B_3 1843B 3 Shiras 1 Coal Steam Coal Steam WUMS MRO Michigan 26Marquette 103 41 1866_B_5 1866B 5 Wyandotte 1 Coal Steam Coal Steam MECS RFC Michigan 26Wayne 163 24

NEEDS 131 of 505Unique

ID 3_B_1 1743_B_2 1743_B_3 1743_B_4 1743_B_6 1743_B_7 1743_G_11 1743_G_12A 1743_G_12B 1745_B_16 1745_B_17 1745_B_18 1745_B_19 1745_B_9A 1769_B_3 1769_B_4 1769_B_5 1769_B_6 1769_B_7 1769_B_8 1769_B_9 1771_B_1 1771_B_2 1771_G_3 1771_G_4 1822_B_5 1822_B_6 1822_B_7 1822_G_GT1 1825_B_3 1830_B_3 1830_B_4 1830_B_5 1831_B_1 1831_B_2 1831_B_3 1831_B_4 1831_B_5 1831_B_6 1832_B_1 1843_B_2 1843_B_3 1866_B_5Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

162 1953 9999 1743 0 1,415 11.45%1743_B 171 1954 9999 1743 0 1,415 12.08%1743_B 158 1954 9999 1743 0 1,415 11.17%1743_B 321 1961 9999 1743 0 1,415 22.69%1743_B 450 1969 9999 1743 0 1,415 31.80%1743_B 19 1968 9999 0 1,415 1743_G 2.8 1970 9999 0 1,415 1743_G 2.8 1970 9999 0 1,415 1743_G 52.5 1949 9999 1745 0 746 7.04%1745_B 52.5 1949 9999 1745 0 746 7.04%1745_B 52.5 1949 9999 1745 0 746 7.04%1745_B 52.5 1950 9999 1745 0 746 7.04%1745_B 535.5 1968 9999 1745 0 746 71.83%1745_B 58 1964 2013 1769 1 556 10.43%1769_B 58 1966 2013 1769 1 556 10.43%1769_B 88 1974 9999 1769 0 556 15.83%1769_B 88 1975 9999 1769 0 556 15.83%1769_B 88 1978 9999 1769 0 556 15.83%1769_B 88 1978 9999 1769 0 556 15.83%1769_B 88 1979 9999 1769 0 556 15.83%1769_B 12.5 1958 9999 1771 0 25 50.00%1771_B 12.5 1958 9999 1771 0 25 50.00%1771_B 13.4 2003 9999 0 25 1771_G 8.46 1921 9999 0 25 1771_G 44 1950 9999 1822 0 154 28.57%1822_B 50 1958 9999 1822 0 154 32.47%1822_B 60 1979 9999 1822 0 154 38.96%1822_B 25 1974 9999 0 154 1822_G 68.27 1983 9999 1825 0 68 100.00%1825_B 10.5 1951 9999 1830 0 58 18.10%1830_B 20.5 1962 9999 1830 0 58 35.34%1830_B 27 1969 9999 1830 0 58 46.55%1830_B 39.2 1954 9999 1831 0 324 12.12%1831_B 43.9 1958 9999 1831 0 324 13.57%1831_B 40.7 1961 9999 1831 0 324 12.58%1831_B 66.1 1964 9999 1831 0 324 20.43%1831_B 67.8 1968 9999 1831 0 324 20.96%1831_B 65.8 1970 9999 1831 0 324 20.34%1831_B 154.2 1973 9999 1832 0 154 100.00%1832_B 19.5 1972 9999 1843 0 61 32.23%1843_B 41 1983 9999 1843 0 61 67.77%1843_B 24 1948 9999 1866 0 72 33.33%1866_B

NEEDS 132 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 1866_B_7 1866B 7 Wyandotte 1 Coal Steam Coal Steam MECS RFC Michigan 26Wayne 163 24 1866_B_8 1866B 8 Wyandotte 1 Coal Steam Coal Steam MECS RFC Michigan 26Wayne 163 24 1866_G_DG1 1866G DG1 Wyandotte 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Wayne 163 1.8 1866_G_DG21866G DG2 Wyandotte 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Wayne 163 1.8 1866_G_DG31866G DG3 Wyandotte 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Wayne 163 1.8 1880_G_6 1880G 6 Claude Vandyke1 Combined Cycle Combined Cycle MECS RFC Michigan 26Allegan 5 22 1880_G_8 1880G 8 Claude Vandyke1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26Allegan 5 23.5 1888_B_1 1888B 1 Fox Lake 1 O/G SteamO/G Steam MRO MRO Minnesota 27Martin 91 12.6 1888_B_3 1888B 3 Fox Lake 1 O/G SteamO/G Steam MRO MRO Minnesota 27Martin 91 85.18 1888_G_4 1888G 4 Fox Lake 1 Combustion Turbine Combustion Turbine MRO MRO Minnesota 27Martin 91 18.8 1891_B_1 1891B 1 Syl Laskin 1 Coal Steam Coal Steam MRO MRO Minnesota 27St. Louis 137 55 1891_B_2 1891B 2 Syl Laskin 1 Coal Steam Coal Steam MRO MRO Minnesota 27St. Louis 137 55 1893_B_1 1893B 1 Clay Boswell 1 Coal Steam Coal Steam MRO MRO Minnesota 27Itasca 61 69 1893_B_2 1893B 2 Clay Boswell 1 Coal Steam Coal Steam MRO MRO Minnesota 27Itasca 61 69 1893_B_3 1893B 3 Clay Boswell 1 Coal Steam Coal Steam MRO MRO Minnesota 27Itasca 61 350.1 1893_B_4 1893B 4 Clay Boswell 1 Coal Steam Coal Steam MRO MRO Minnesota 27Itasca 61 525 1893_G_D4 1893G D4 Clay Boswell 1 Combustion Turbine Combustion Turbine MRO MRO Minnesota 27Itasca 61 0.77 1897_B_3 1897B 3 M L Hibbard 1 BiomassOther Steam MRO MRO Minnesota 27St. Louis 137 33.3 1897_B_4 1897B 4 M L Hibbard 1 BiomassOther Steam MRO MRO Minnesota 27St. Louis 137 15.3 1904_B_3 1904B 3 Black Dog 1 Coal Steam Coal Steam MRO MRO Minnesota 27Dakota 37 94 1904_B_4 1904B 4 Black Dog 1 Coal Steam Coal Steam MRO MRO Minnesota 27Dakota 37 165 1904_G_2 1904G 2 Black Dog 1 Combined Cycle Combined Cycle MRO MRO Minnesota 27Dakota 37 85 1904_G_5 1904G 5 Black Dog 1 Combined Cycle Combined Cycle MRO MRO Minnesota 27Dakota 37 195 1912_G_7 1912G 7 High Bridge 0 Combined Cycle Combined Cycle MRO MRO Minnesota 27Ramsey 123 321 1912_G_8 1912G 8 High Bridge 0 Combined Cycle Combined Cycle MRO MRO Minnesota 27Ramsey 123 321 1915_B_1 1915B 1 Allen S King 1 Coal Steam Coal Steam MRO MRO Minnesota 27Washington 163 610 1918_B_4 1918B 4 Minnesota Valley0 O/G SteamO/G Steam MRO MRO Minnesota 27Chippewa 23 50 1922_G_1 1922G 1 Monticello 1 Nuclear Nuclear MRO MRO Minnesota 27Wright 171 572 1925_G_1 1925G 1 Prairie Island 1 Nuclear Nuclear MRO MRO Minnesota 27Goodhue 49 551 1925_G_2 1925G 2 Prairie Island 1 Nuclear Nuclear MRO MRO Minnesota 27Goodhue 49 545 1926_B_1 1926B 1 Red Wing 1 Municipal Solid Waste Other Steam MRO MRO Minnesota 27Goodhue 49 10 1926_B_2 1926B 2 Red Wing 1 Municipal Solid Waste Other Steam MRO MRO Minnesota 27Goodhue 49 10 1927_G_10 1927G 10 Riverside 1 Combined Cycle Combined Cycle MRO MRO Minnesota 27Hennepin 53 231 1927_G_9 1927G 9 Riverside 1 Combined Cycle Combined Cycle MRO MRO Minnesota 27Hennepin 53 231 1934_B_1 1934B 1 Wilmarth 1 Municipal Solid Waste Other Steam MRO MRO Minnesota 27Blue Earth 13 9 1934_B_2 1934B 2 Wilmarth 1 Municipal Solid Waste Other Steam MRO MRO Minnesota 27Blue Earth 13 8 1943_B_2 1943B 2 Hoot Lake 1 Coal Steam Coal Steam MRO MRO Minnesota 27Otter Tail 111 61.96 1943_B_3 1943B 3 Hoot Lake 1 Coal Steam Coal Steam MRO MRO Minnesota 27Otter Tail 111 84 1943_G_D1 1943G D1 Hoot Lake 1 Combustion Turbine Combustion Turbine MRO MRO Minnesota 27Otter Tail 111 0.26 1943_G_D2 1943G D2 Hoot Lake 1 Combustion Turbine Combustion Turbine MRO MRO Minnesota 27Otter Tail 111 0.17 1943_G_H1 1943G H1 Hoot Lake 1 Hydro Hydro MRO MRO Minnesota 27Otter Tail 111 0.75 1960_B_1 1960B 1 Austin DT 1 O/G SteamO/G Steam MRO MRO Minnesota 27Mower 99 12.2

NEEDS 133 of 505Unique

ID 3_B_1 1866_B_7 1866_B_8 1866_G_DG1 1866_G_DG2 1866_G_DG3 1880_G_6 1880_G_8 1888_B_1 1888_B_3 1888_G_4 1891_B_1 1891_B_2 1893_B_1 1893_B_2 1893_B_3 1893_B_4 1893_G_D4 1897_B_3 1897_B_4 1904_B_3 1904_B_4 1904_G_2 1904_G_5 1912_G_7 1912_G_8 1915_B_1 1918_B_4 1922_G_1 1925_G_1 1925_G_2 1926_B_1 1926_B_2 1927_G_10 1927_G_9 1934_B_1 1934_B_2 1943_B_2 1943_B_3 1943_G_D1 1943_G_D2 1943_G_H1 1960_B_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

24 1948 9999 1866 0 72 33.33%1866_B 24 1948 9999 1866 0 72 33.33%1866_B 1.8 2006 9999 0 72 1866_G 1.8 2006 9999 0 72 1866_G 1.8 2006 9999 0 72 1866_G 22 1967 9999 1880 0 22 100.00%1880_G 23.5 2001 9999 0 22 1880_G 12.6 1950 9999 1888 0 98 12.89%1888_B 85.18 1962 9999 1888 0 98 87.11%1888_B 18.8 1974 9999 0 98 1888_G 55 1953 9999 1891 0 110 50.00%1891_B 55 1953 9999 1891 0 110 50.00%1891_B 69 1958 9999 1893 0 1,013 6.81%1893_B 69 1960 9999 1893 0 1,013 6.81%1893_B 350.1 1973 9999 1893 0 1,013 34.56%1893_B 525 1980 9999 1893 0 1,013 51.82%1893_B 0.77 1980 9999 0 1,013 1893_G 33.3 1988 9999 1897 0 49 68.52%1897_B 15.3 1988 9999 1897 0 49 31.48%1897_B 94 1955 9999 1904 0 539 17.44%1904_B 165 1960 9999 1904 0 539 30.61%1904_B 85 1954 9999 1904 0 539 15.77%1904_G 195 2002 9999 1904 0 539 36.18%1904_G 321 2008 9999 1912 0 642 50.00%1912_G 321 2008 9999 1912 0 642 50.00%1912_G 610 1968 9999 1915 0 610 100.00%1915_B 50 1953 9999 1918 0 50 100.00%1918_B 572 1971 2031 1922 0 572 100.00%1922_G 551 1974 2034 1925 0 1,096 50.27%1925_G 545 1974 2034 1925 0 1,096 49.73%1925_G 10 1949 9999 1926 0 20 50.00%1926_B 10 1949 9999 1926 0 20 50.00%1926_B 231 2009 9999 1927 0 462 50.00%1927_G 231 2009 9999 1927 0 462 50.00%1927_G 9 1948 9999 1934 0 17 52.94%1934_B 8 1948 9999 1934 0 17 47.06%1934_B 61.96 1959 9999 1943 0 146 42.45%1943_B 84 1964 9999 1943 0 146 57.55%1943_B 0.26 1967 9999 0 146 1943_G 0.17 1967 9999 0 146 1943_G 0.75 1914 9999 0 146 1943_G 12.2 1955 9999 1960 0 25 49.80%1960_B

NEEDS 134 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 1960_B_3 1960B 3 Austin DT 1 O/G SteamO/G Steam MRO MRO Minnesota 27Mower 99 4.1 1960_B_4 1960B 4 Austin DT 1 O/G SteamO/G Steam MRO MRO Minnesota 27Mower 99 4.1 1960_B_5 1960B 5 Austin DT 1 O/G SteamO/G Steam MRO MRO Minnesota 27Mower 99 4.1 1960_G_5 1960G 5 Austin DT 1 Combustion Turbine Combustion Turbine MRO MRO Minnesota 27Mower 99 5.4 1973_B_1 1973B 1 Fairmont 1 O/G SteamO/G Steam MRO MRO Minnesota 27Martin 91 5.61 1973_B_2 1973B 2 Fairmont 1 O/G SteamO/G Steam MRO MRO Minnesota 27Martin 91 5.61 1973_B_3 1973B 3 Fairmont 1 O/G SteamO/G Steam MRO MRO Minnesota 27Martin 91 5.61 1973_B_4 1973B 4 Fairmont 1 O/G SteamO/G Steam MRO MRO Minnesota 27Martin 91 5.61 1973_G_6 1973G 6 Fairmont 1 Combustion Turbine Combustion Turbine MRO MRO Minnesota 27Martin 91 6.53 1973_G_7 1973G 7 Fairmont 1 Combustion Turbine Combustion Turbine MRO MRO Minnesota 27Martin 91 6.73 2008_B_1 2008B 1 Silver Lake 1 Coal Steam Coal Steam MRO MRO Minnesota 27Olmsted 109 10.4 2008_B_2 2008B 2 Silver Lake 1 Coal Steam Coal Steam MRO MRO Minnesota 27Olmsted 109 13.9 2008_B_3 2008B 3 Silver Lake 1 Coal Steam Coal Steam MRO MRO Minnesota 27Olmsted 109 24.7 2008_B_4 2008B 4 Silver Lake 1 Coal Steam Coal Steam MRO MRO Minnesota 27Olmsted 109 61.2 2018_B_10 2018B 10 Virginia 1 O/G SteamO/G Steam MRO MRO Minnesota 27St. Louis 1379.666667 2018_B_7 2018B 7 Virginia 1 Coal Steam Coal Steam MRO MRO Minnesota 27St. Louis 1379.666667 2018_B_9 2018B 9 Virginia 1 Coal Steam Coal Steam MRO MRO Minnesota 27St. Louis 1379.666667 2018_B_wood2018B wood Virginia 1 BiomassOther Steam MRO MRO Minnesota 27St. Louis 137 15 2039_B_1 2039B 1 Elk River 1 Municipal Solid Waste Other Steam MRO MRO Minnesota 27Sherburne 141 7.8 2039_B_2 2039B 2 Elk River 1 Municipal Solid Waste Other Steam MRO MRO Minnesota 27Sherburne 141 7.5 2039_B_3 2039B 3 Elk River 1 Municipal Solid Waste Other Steam MRO MRO Minnesota 27Sherburne 141 14.5 2046_B_1 2046B 1 Eaton 0 O/G SteamO/G Steam SOU SERCMississippi 28Forrest 35 24.5 2046_B_2 2046B 2 Eaton 0 O/G SteamO/G Steam SOU SERCMississippi 28Forrest 35 24.5 2046_B_3 2046B 3 Eaton 0 O/G SteamO/G Steam SOU SERCMississippi 28Forrest 35 24.6 2049_B_1 2049B 1 Jack Watson 1 O/G SteamO/G Steam SOU SERCMississippi 28Harrison 47 76 2049_B_2 2049B 2 Jack Watson 1 O/G SteamO/G Steam SOU SERCMississippi 28Harrison 47 76 2049_B_3 2049B 3 Jack Watson 1 O/G SteamO/G Steam SOU SERCMississippi 28Harrison 47 107 2049_B_4 2049B 4 Jack Watson 1 Coal Steam Coal Steam SOU SERCMississippi 28Harrison 47 230 2049_B_5 2049B 5 Jack Watson 1 Coal Steam Coal Steam SOU SERCMississippi 28Harrison 47 476 2049_G_A 2049G A Jack Watson 1 Combustion Turbine Combustion Turbine SOU SERCMississippi 28Harrison 47 33 2050_B_1 2050B 1 Baxter Wilson 1 O/G SteamO/G Steam ENTG SERCMississippi 28Warren 149 510 2050_B_2 2050B 2 Baxter Wilson 1 O/G SteamO/G Steam ENTG SERCMississippi 28Warren 149 720 2051_B_1 2051B 1 Delta 0 O/G SteamO/G Steam ENTG SERCMississippi 28Bolivar 11 97 2051_B_2 2051B 2 Delta 0 O/G SteamO/G Steam ENTG SERCMississippi 28Bolivar 11 95 2053_B_1A 2053B 1A Rex Brown 1 O/G SteamO/G Steam ENTG SERCMississippi 28Hinds 49 15 2053_B_3 2053B 3 Rex Brown 1 O/G SteamO/G Steam ENTG SERCMississippi 28Hinds 49 74 2053_B_4 2053B 4 Rex Brown 1 O/G SteamO/G Steam ENTG SERCMississippi 28Hinds 49 221 2053_G_GT1 2053G GT1 Rex Brown 1 Combustion Turbine Combustion Turbine ENTG SERCMississippi 28Hinds 49 9 2079_B_5A 2079B 5A Hawthorn 1 Coal Steam Coal Steam SPPN SPP Missouri 29Jackson 95 563 2079_G_6 2079G 6 Hawthorn 1 Combined Cycle Combined Cycle SPPN SPP Missouri 29Jackson 95 136 2079_G_7 2079G 7 Hawthorn 1 Combustion Turbine Combustion Turbine SPPN SPP Missouri 29Jackson 95 77 2079_G_8 2079G 8 Hawthorn 1 Combustion Turbine Combustion Turbine SPPN SPP Missouri 29Jackson 95 77

NEEDS 135 of 505Unique

ID 3_B_1 1960_B_3 1960_B_4 1960_B_5 1960_G_5 1973_B_1 1973_B_2 1973_B_3 1973_B_4 1973_G_6 1973_G_7 2008_B_1 2008_B_2 2008_B_3 2008_B_4 2018_B_10 2018_B_7 2018_B_9 2018_B_wood 2039_B_1 2039_B_2 2039_B_3 2046_B_1 2046_B_2 2046_B_3 2049_B_1 2049_B_2 2049_B_3 2049_B_4 2049_B_5 2049_G_A 2050_B_1 2050_B_2 2051_B_1 2051_B_2 2053_B_1A 2053_B_3 2053_B_4 2053_G_GT1 2079_B_5A 2079_G_6 2079_G_7 2079_G_8Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

4.1 1935 9999 1960 0 25 16.73%1960_B 4.1 1935 9999 1960 0 25 16.73%1960_B 4.1 1935 9999 1960 0 25 16.73%1960_B 5.4 1961 9999 0 25 1960_G 5.61 1945 9999 1973 0 22 25.00%1973_B 5.61 1945 9999 1973 0 22 25.00%1973_B 5.61 1945 9999 1973 0 22 25.00%1973_B 5.61 1945 9999 1973 0 22 25.00%1973_B 6.53 1975 9999 0 22 1973_G 6.73 1975 9999 0 22 1973_G 10.4 1948 9999 2008 0 110 9.44%2008_B 13.9 1953 9999 2008 0 110 12.61%2008_B 24.7 1962 9999 2008 0 110 22.41%2008_B 61.2 1969 9999 2008 1 110 55.54%2008_B 9.6667 1954 9999 2018 0 44 21.97%2018_B 9.6667 1954 9999 2018 0 44 21.97%2018_B 9.6667 1954 9999 2018 0 44 21.97%2018_B 15 2007 9999 2018 0 44 34.09%2018_B 7.8 1951 9999 2039 0 30 26.17%2039_B 7.5 1951 9999 2039 0 30 25.17%2039_B 14.5 1959 9999 2039 0 30 48.66%2039_B 24.5 1945 9999 2046 1 74 33.29%2046_B 24.5 1947 9999 2046 1 74 33.29%2046_B 24.6 1949 9999 2046 1 74 33.42%2046_B 76 1957 9999 2049 1 965 7.88%2049_B 76 1960 9999 2049 0 965 7.88%2049_B 107 1962 9999 2049 0 965 11.09%2049_B 230 1968 9999 2049 0 965 23.83%2049_B 476 1973 9999 2049 0 965 49.33%2049_B 33 1970 9999 0 965 2049_G 510 1966 9999 2050 1 1,230 41.46%2050_B 720 1971 9999 2050 0 1,230 58.54%2050_B 97 1953 9999 2051 1 192 50.52%2051_B 95 1953 9999 2051 1 192 49.48%2051_B 15 1977 9999 2053 0 310 4.84%2053_B 74 1951 9999 2053 1 310 23.87%2053_B 221 1959 9999 2053 1 310 71.29%2053_B 9 1968 9999 0 310 2053_G 563 2001 9999 2079 0 829 67.91%2079_B 136 1997 9999 2079 1 829 16.41%2079_G 77 2000 9999 0 829 2079_G 77 2000 9999 0 829 2079_G

NEEDS 136 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 2079_G_9 2079G 9 Hawthorn 1 Combined Cycle Combined Cycle SPPN SPP Missouri 29Jackson 95 130 2080_B_1 2080B 1 Montrose 1 Coal Steam Coal Steam SPPN SPP Missouri 29Henry 83 170 2080_B_2 2080B 2 Montrose 1 Coal Steam Coal Steam SPPN SPP Missouri 29Henry 83 164 2080_B_3 2080B 3 Montrose 1 Coal Steam Coal Steam SPPN SPP Missouri 29Henry 83 176 2094_B_1 2094B 1 Sibley 1 Coal Steam Coal Steam SPPN SPP Missouri 29Jackson 95 54 2094_B_2 2094B 2 Sibley 1 Coal Steam Coal Steam SPPN SPP Missouri 29Jackson 95 54 2094_B_3 2094B 3 Sibley 1 Coal Steam Coal Steam SPPN SPP Missouri 29Jackson 95 400 2098_B_1 2098B 1 Lake Road 1 O/G SteamO/G Steam MRO MRO Missouri 29Buchanan 214.725275 2098_B_2 2098B 2 Lake Road 1 O/G SteamO/G Steam MRO MRO Missouri 29Buchanan 214.725275 2098_B_3 2098B 3 Lake Road 1 O/G SteamO/G Steam MRO MRO Missouri 29Buchanan 211.923077 2098_B_4 2098B 4 Lake Road 1 O/G SteamO/G Steam MRO MRO Missouri 29Buchanan 2110.50061 2098_B_5 2098B 5 Lake Road 1 Coal Steam Coal Steam MRO MRO Missouri 29Buchanan 2113.12576 2098_B_6 2098B 6 Lake Road 1 Coal Steam Coal Steam MRO MRO Missouri 29Buchanan 21 97 2098_G_5 2098G 5 Lake Road 1 Combustion Turbine Combustion Turbine MRO MRO Missouri 29Buchanan 21 62 2098_G_6 2098G 6 Lake Road 1 Combustion Turbine Combustion Turbine MRO MRO Missouri 29Buchanan 21 20 2098_G_7 2098G 7 Lake Road 1 Combustion Turbine Combustion Turbine MRO MRO Missouri 29Buchanan 21 20 2103_B_1 2103B 1 Labadie 1 Coal Steam Coal Steam GWAY SERCMissouri 29Franklin 71 597 2103_B_2 2103B 2 Labadie 1 Coal Steam Coal Steam GWAY SERCMissouri 29Franklin 71 594 2103_B_3 2103B 3 Labadie 1 Coal Steam Coal Steam GWAY SERCMissouri 29Franklin 71 612 2103_B_4 2103B 4 Labadie 1 Coal Steam Coal Steam GWAY SERCMissouri 29Franklin 71 612 2104_B_1 2104B 1 Meramec 1 Coal Steam Coal Steam GWAY SERCMissouri 29St. Louis 189 122 2104_B_2 2104B 2 Meramec 1 Coal Steam Coal Steam GWAY SERCMissouri 29St. Louis 189 120 2104_B_3 2104B 3 Meramec 1 Coal Steam Coal Steam GWAY SERCMissouri 29St. Louis 189 269 2104_B_4 2104B 4 Meramec 1 Coal Steam Coal Steam GWAY SERCMissouri 29St. Louis 189 321 2104_G_GT1 2104G GT1 Meramec 1 Combustion Turbine Combustion Turbine GWAY SERCMissouri 29St. Louis 189 55 2104_G_GT22104G GT2 Meramec 1 Combustion Turbine Combustion Turbine GWAY SERCMissouri 29St. Louis 189 53 2107_B_1 2107B 1 Sioux 1 Coal Steam Coal Steam GWAY SERCMissouri 29St. Charles 183 497 2107_B_2 2107B 2 Sioux 1 Coal Steam Coal Steam GWAY SERCMissouri 29St. Charles 183 497 2161_B_1 2161B 1 James River Power Station 1 Coal Steam

Coal Steam SPPN SPP Missouri 29Greene 77 21 2161_B_2 2161B 2 James River Power Station 1 Coal Steam

Coal Steam SPPN SPP Missouri 29Greene 77 21 2161_B_3 2161B 3 James River Power Station 1 Coal Steam

Coal Steam SPPN SPP Missouri 29Greene 77 41 2161_B_4 2161B 4 James River Power Station 1 Coal Steam

Coal Steam SPPN SPP Missouri 29Greene 77 56 2161_B_5 2161B 5 James River Power Station 1 Coal Steam

Coal Steam SPPN SPP Missouri 29Greene 77 97 2161_G_GT1 2161G GT1 James River Power Station 1 Combustion Turbine

Combustion Turbine SPPN SPP Missouri 29Greene 77 75 2161_G_GT22161G GT2 James River Power Station 1 Combustion Turbine

Combustion Turbine SPPN SPP Missouri 29Greene 77 80 2167_B_1 2167B 1 New Madrid 1 Coal Steam Coal Steam SPPN SPP Missouri 29New Madrid 143 580 2167_B_2 2167B 2 New Madrid 1 Coal Steam Coal Steam SPPN SPP Missouri 29New Madrid 143 580 2168_B_MB1 2168B MB1 Thomas Hill 1 Coal Steam Coal Steam ENTG SERCMissouri 29Randolph 175 175 2168_B_MB22168B MB2 Thomas Hill 1 Coal Steam Coal Steam ENTG SERCMissouri 29Randolph 175 275 2168_B_MB32168B MB3 Thomas Hill 1 Coal Steam Coal Steam ENTG SERCMissouri 29Randolph 175 670 2169_B_1 2169B 1 Chamois 1 Coal Steam Coal Steam GWAY SERCMissouri 29Osage 151 17 2169_B_2 2169B 2 Chamois 1 Coal Steam Coal Steam GWAY SERCMissouri 29Osage 151 49

NEEDS 137 of 505Unique

ID 3_B_1 2079_G_9 2080_B_1 2080_B_2 2080_B_3 2094_B_1 2094_B_2 2094_B_3 2098_B_1 2098_B_2 2098_B_3 2098_B_4 2098_B_5 2098_B_6 2098_G_5 2098_G_6 2098_G_7 2103_B_1 2103_B_2 2103_B_3 2103_B_4 2104_B_1 2104_B_2 2104_B_3 2104_B_4 2104_G_GT1 2104_G_GT2 2107_B_1 2107_B_2 2161_B_1 2161_B_2 2161_B_3 2161_B_4 2161_B_5 2161_G_GT1 2161_G_GT2 2167_B_1 2167_B_2 2168_B_MB1 2168_B_MB2 2168_B_MB3 2169_B_1 2169_B_2Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

130 2000 9999 2079 1 829 15.68%2079_G 170 1958 9999 2080 0 510 33.33%2080_B 164 1960 9999 2080 0 510 32.16%2080_B 176 1964 9999 2080 0 510 34.51%2080_B 54 1960 9999 2094 0 508 10.63%2094_B 54 1962 9999 2094 0 508 10.63%2094_B 400 1969 9999 2094 0 508 78.74%2094_B 4.7253 1961 9999 2098 0 132 3.58%2098_B 4.7253 1961 9999 2098 0 132 3.58%2098_B 1.9231 1938 9999 2098 0 132 1.46%2098_B 10.5006 1951 9999 2098 0 132 7.95%2098_B 13.1258 1957 9999 2098 0 132 9.94%2098_B 97 1967 9999 2098 0 132 73.48%2098_B 62 1974 9999 0 132 2098_G 20 1989 9999 0 132 2098_G 20 1990 9999 0 132 2098_G 597 1970 9999 2103 0 2,415 24.72%2103_B 594 1971 9999 2103 0 2,415 24.60%2103_B 612 1972 9999 2103 0 2,415 25.34%2103_B 612 1973 9999 2103 0 2,415 25.34%2103_B 122 1953 9999 2104 0 832 14.66%2104_B 120 1954 9999 2104 0 832 14.42%2104_B 269 1959 9999 2104 0 832 32.33%2104_B 321 1961 9999 2104 0 832 38.58%2104_B 55 1974 9999 0 832 2104_G 53 2000 9999 0 832 2104_G 497 1967 9999 2107 0 994 50.00%2107_B 497 1968 9999 2107 0 994 50.00%2107_B 21 1957 9999 2161 0 236 8.90%2161_B 21 1957 9999 2161 0 236 8.90%2161_B 41 1960 9999 2161 0 236 17.37%2161_B 56 1964 9999 2161 0 236 23.73%2161_B 97 1970 9999 2161 0 236 41.10%2161_B 75 1989 9999 0 236 2161_G 80 1992 9999 0 236 2161_G 580 1972 9999 2167 0 1,160 50.00%2167_B 580 1977 9999 2167 0 1,160 50.00%2167_B 175 1966 9999 2168 0 1,120 15.63%2168_B 275 1969 9999 2168 0 1,120 24.55%2168_B 670 1982 9999 2168 0 1,120 59.82%2168_B 17 1953 9999 2169 0 66 25.76%2169_B 49 1960 9999 2169 0 66 74.24%2169_B

NEEDS 138 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 2171_B_1 2171B 1 Missouri City 0 Coal Steam Coal Steam SPPN SPP Missouri 29Clay 47 19 2171_B_2 2171B 2 Missouri City 0 Coal Steam Coal Steam SPPN SPP Missouri 29Clay 47 19 2187_B_2 2187B 2 J E Corette Plant1 Coal Steam Coal Steam NWPE WECCMontana 30Yellowstone 111 158 2226_B_1 2226B 1 Canaday 1 O/G SteamO/G Steam MRO MRO Nebraska 31Gosper 73 117.95 2289_G_1 2289G 1 Fort Calhoun 1 Nuclear Nuclear MRO MRO Nebraska 31Washington 177 483.14 2291_B_1 2291B 1 North Omaha 1 Coal Steam Coal Steam MRO MRO Nebraska 31Douglas 55 78.6 2291_B_2 2291B 2 North Omaha 1 Coal Steam Coal Steam MRO MRO Nebraska 31Douglas 55 111 2291_B_3 2291B 3 North Omaha 1 Coal Steam Coal Steam MRO MRO Nebraska 31Douglas 55 111 2291_B_4 2291B 4 North Omaha 1 Coal Steam Coal Steam MRO MRO Nebraska 31Douglas 55 138.2 2291_B_5 2291B 5 North Omaha 1 Coal Steam Coal Steam MRO MRO Nebraska 31Douglas 55 224 2330_B_1 2330B 1 Fort Churchill 0 O/G SteamO/G Steam NWPE WECCNevada 32Lyon 19 113 2330_B_2 2330B 2 Fort Churchill 0 O/G SteamO/G Steam NWPE WECCNevada 32Lyon 19 113 2364_B_1 2364B 1 Merrimack 1 Coal Steam Coal Steam NENG NPCCNew Hampshire 33Merrimack 13 112.5 2364_B_2 2364B 2 Merrimack 1 Coal Steam Coal Steam NENG NPCCNew Hampshire 33Merrimack 13 320 2364_G_GT1 2364G GT1 Merrimack 1 Combustion Turbine Combustion Turbine NENG NPCCNew Hampshire 33Merrimack 13 16.8 2364_G_GT22364G GT2 Merrimack 1 Combustion Turbine Combustion Turbine NENG NPCCNew Hampshire 33Merrimack 13 16.8 2367_B_4 2367B 4 Schiller 1 Coal Steam Coal Steam NENG NPCCNew Hampshire 33Rockingham 15 47.5 2367_B_5 2367B 5 Schiller 1 BiomassOther Steam NENG NPCCNew Hampshire 33Rockingham 15 36.97 2367_B_6 2367B 6 Schiller 1 Coal Steam Coal Steam NENG NPCCNew Hampshire 33Rockingham 15 47.9 2367_G_GT1 2367G GT1 Schiller 1 Combustion Turbine Combustion Turbine NENG NPCCNew Hampshire 33Rockingham 15 17 2378_B_1 2378B 1 B L England 1 Coal Steam Coal Steam MACE RFC New Jersey 34Cape May 9 129 2378_B_2 2378B 2 B L England 1 Coal Steam Coal Steam MACE RFC New Jersey 34Cape May 9 155 2378_B_3 2378B 3 B L England 1 O/G SteamO/G Steam MACE RFC New Jersey 34Cape May 9 155 2378_G_IC1 2378G IC1 B L England 1 Combustion Turbine Combustion Turbine MACE RFC New Jersey 34Cape May 9 2 2378_G_IC2 2378G IC2 B L England 1 Combustion Turbine Combustion Turbine MACE RFC New Jersey 34Cape May 9 2 2378_G_IC3 2378G IC3 B L England 1 Combustion Turbine Combustion Turbine MACE RFC New Jersey 34Cape May 9 2 2378_G_IC4 2378G IC4 B L England 1 Combustion Turbine Combustion Turbine MACE RFC New Jersey 34Cape May 9 2 2384_B_1 2384B 1 Deepwater 1 O/G SteamO/G Steam MACE RFC New Jersey 34Salem 33 86 2384_B_8 2384B 8 Deepwater 1 Coal Steam Coal Steam MACE RFC New Jersey 34Salem 33 80 2388_G_1 2388G 1 Oyster Creek 1 Nuclear Nuclear MACE RFC New Jersey 34Ocean 29 619 2390_G_GT1 2390G GT1 Sayreville 0 Combustion Turbine Combustion Turbine MACE RFC New Jersey 34Middlesex 23 57 2390_G_GT22390G GT2 Sayreville 0 Combustion Turbine Combustion Turbine MACE RFC New Jersey 34Middlesex 23 63 2390_G_GT32390G GT3 Sayreville 0 Combustion Turbine Combustion Turbine MACE RFC New Jersey 34Middlesex 23 57 2390_G_GT42390G GT4 Sayreville 0 Combustion Turbine Combustion Turbine MACE RFC New Jersey 34Middlesex 23 57 2399_G_111 2399G 111 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 43 2399_G_112 2399G 112 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 43 2399_G_113 2399G 113 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 43 2399_G_114 2399G 114 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 43 2399_G_121 2399G 121 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 41 2399_G_122 2399G 122 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 41 2399_G_123 2399G 123 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 41 2399_G_124 2399G 124 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 41

NEEDS 139 of 505Unique

ID 3_B_1 2171_B_1 2171_B_2 2187_B_2 2226_B_1 2289_G_1 2291_B_1 2291_B_2 2291_B_3 2291_B_4 2291_B_5 2330_B_1 2330_B_2 2364_B_1 2364_B_2 2364_G_GT1 2364_G_GT2 2367_B_4 2367_B_5 2367_B_6 2367_G_GT1 2378_B_1 2378_B_2 2378_B_3 2378_G_IC1 2378_G_IC2 2378_G_IC3 2378_G_IC4 2384_B_1 2384_B_8 2388_G_1 2390_G_GT1 2390_G_GT2 2390_G_GT3 2390_G_GT4 2399_G_111 2399_G_112 2399_G_113 2399_G_114 2399_G_121 2399_G_122 2399_G_123 2399_G_124

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

19 1954 9999 2171 1 38 50.00%2171_B 19 1954 9999 2171 1 38 50.00%2171_B 158 1968 9999 2187 0 158 100.00%2187_B 117.95 1958 9999 2226 0 118 100.00%2226_B 483.14 1973 2033 2289 0 483 100.00%2289_G 78.6 1954 9999 2291 0 663 11.86%2291_B 111 1957 9999 2291 0 663 16.75%2291_B 111 1959 9999 2291 0 663 16.75%2291_B 138.2 1963 9999 2291 0 663 20.85%2291_B 224 1968 9999 2291 0 663 33.80%2291_B 113 1968 9999 2330 1 226 50.00%2330_B 113 1971 9999 2330 1 226 50.00%2330_B 111.786 1960 9999 2364 0 430 26.02%2364_B 317.76 1968 9999 2364 0 430 73.98%2364_B 16.8 1968 9999 0 430 2364_G 16.8 1969 9999 0 430 2364_G 47.5 1952 9999 2367 0 132 35.88%2367_B 36.97 2006 9999 2367 0 132 27.93%2367_B 47.9 1957 9999 2367 0 132 36.19%2367_B 17 1970 9999 0 132 2367_G 129 1962 9999 2378 0 439 29.38%2378_B 155 1964 9999 2378 0 439 35.31%2378_B 155 1974 9999 2378 0 439 35.31%2378_B 2 1961 9999 0 439 2378_G 2 1961 9999 0 439 2378_G 2 1961 9999 0 439 2378_G 2 1961 9999 0 439 2378_G 86 1958 9999 2384 1 166 51.81%2384_B 80 1954 9999 2384 0 166 48.19%2384_B 619 1969 2029 2388 0 619 100.00%2388_G 57 1972 9999 0 0 2390_G 63 1972 9999 0 0 2390_G 57 1972 9999 0 0 2390_G 57 1973 9999 0 0 2390_G 43 1972 9999 0 0 2399_G 43 1972 9999 0 0 2399_G 43 1972 9999 0 0 2399_G 43 1972 9999 0 0 2399_G 41 2000 9999 0 0 2399_G 41 2000 9999 0 0 2399_G 41 2000 9999 0 0 2399_G 41 2000 9999 0 0 2399_G

NEEDS 140 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 2399_G_8 2399G 8 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 19 2399_G_91 2399G 91 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 42 2399_G_92 2399G 92 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 42 2399_G_93 2399G 93 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 42 2399_G_94 2399G 94 PSEG Burlington Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Burlington 5 42 2403_B_1 2403B 1 PSEG Hudson Generating Station 1 O/G SteamO/G Steam MACE RFC New Jersey 34Hudson 17 339.3 2403_B_2 2403B 2 PSEG Hudson Generating Station 1 Coal Steam

Coal Steam MACE RFC New Jersey 34Hudson 17 583.4 2404_G_10 2404G 10 PSEG Kearny Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Hudson 17 122 2404_G_11 2404G 11 PSEG Kearny Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Hudson 17 124 2404_G_9 2404G 9 PSEG Kearny Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Hudson 17 20 2404_G_N1212404G N121 PSEG Kearny Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Hudson 17 44 2404_G_N1222404G N122 PSEG Kearny Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Hudson 17 44 2404_G_N1232404G N123 PSEG Kearny Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Hudson 17 44 2404_G_N1242404G N124 PSEG Kearny Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Hudson 17 44 2406_G_10012406G 1001 PSEG Linden Generating Station 1 Combined Cycle

Combined Cycle MACE RFC New Jersey 34Union 39 271 2406_G_11012406G 1101 PSEG Linden Generating Station 1 Combined Cycle

Combined Cycle MACE RFC New Jersey 34Union 39 161 2406_G_12012406G 1201 PSEG Linden Generating Station 1 Combined Cycle

Combined Cycle MACE RFC New Jersey 34Union 39 161 2406_G_20012406G 2001 PSEG Linden Generating Station 1 Combined Cycle

Combined Cycle MACE RFC New Jersey 34Union 39 271 2406_G_21012406G 2101 PSEG Linden Generating Station 1 Combined Cycle

Combined Cycle MACE RFC New Jersey 34Union 39 161 2406_G_22012406G 2201 PSEG Linden Generating Station 1 Combined Cycle

Combined Cycle MACE RFC New Jersey 34Union 39 161 2406_G_3 2406G 3 PSEG Linden Generating Station 1 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Union 39 21 2406_G_5 2406G 5 PSEG Linden Generating Station 1 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Union 39 82 2406_G_6 2406G 6 PSEG Linden Generating Station 1 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Union 39 91 2406_G_7 2406G 7 PSEG Linden Generating Station 1 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Union 39 80 2406_G_8 2406G 8 PSEG Linden Generating Station 1 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Union 39 81 2408_B_1 2408B 1 PSEG Mercer Generating Station 1 Coal Steam

Coal Steam MACE RFC New Jersey 34Mercer 21 315.3 2408_B_2 2408B 2 PSEG Mercer Generating Station 1 Coal Steam

Coal Steam MACE RFC New Jersey 34Mercer 21 309.9 2408_G_3 2408G 3 PSEG Mercer Generating Station 1 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Mercer 21 114 2410_G_1 2410G 1 PSEG Salem Generating Station 1 Nuclear Nuclear MACE RFC New Jersey 34Salem 33 1174 2410_G_2 2410G 2 PSEG Salem Generating Station 1 Nuclear Nuclear MACE RFC New Jersey 34Salem 33 1156 2410_G_3 2410G 3 PSEG Salem Generating Station 1 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Salem 33 38 2411_B_1 2411B 1 PSEG Seweren Generating Station 0 O/G SteamO/G Steam MACE RFC New Jersey 34Middlesex 23 95 2411_B_2 2411B 2 PSEG Seweren Generating Station 0 O/G SteamO/G Steam MACE RFC New Jersey 34Middlesex 23 101 2411_B_3 2411B 3 PSEG Seweren Generating Station 0 O/G SteamO/G Steam MACE RFC New Jersey 34Middlesex 23 105 2411_B_4 2411B 4 PSEG Seweren Generating Station 0 O/G SteamO/G Steam MACE RFC New Jersey 34Middlesex 23 116 2411_G_6 2411G 6 PSEG Seweren Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC New Jersey 34Middlesex 23 105 2442_B_1 2442B 1 Four Corners 1 Coal Steam Coal Steam AZNM WECCNew Mexico 35San Juan 45 170 2442_B_2 2442B 2 Four Corners 1 Coal Steam Coal Steam AZNM WECCNew Mexico 35San Juan 45 170 2442_B_3 2442B 3 Four Corners 1 Coal Steam Coal Steam AZNM WECCNew Mexico 35San Juan 45 220 2442_B_4 2442B 4 Four Corners 1 Coal Steam Coal Steam AZNM WECCNew Mexico 35San Juan 45 760 2442_B_5 2442B 5 Four Corners 1 Coal Steam Coal Steam AZNM WECCNew Mexico 35San Juan 45 760 2451_B_1 2451B 1 San Juan 1 Coal Steam Coal Steam AZNM WECCNew Mexico 35San Juan 45 321.7

NEEDS 141 of 505Unique

ID 3_B_1 2399_G_8 2399_G_91 2399_G_92 2399_G_93 2399_G_94 2403_B_1 2403_B_2 2404_G_10 2404_G_11 2404_G_9 2404_G_N121 2404_G_N122 2404_G_N123 2404_G_N124 2406_G_1001 2406_G_1101 2406_G_1201 2406_G_2001 2406_G_2101 2406_G_2201 2406_G_3 2406_G_5 2406_G_6 2406_G_7 2406_G_8 2408_B_1 2408_B_2 2408_G_3 2410_G_1 2410_G_2 2410_G_3 2411_B_1 2411_B_2 2411_B_3 2411_B_4 2411_G_6 2442_B_1 2442_B_2 2442_B_3 2442_B_4 2442_B_5 2451_B_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

19 1967 9999 0 0 2399_G 42 1972 9999 0 0 2399_G 42 1972 9999 0 0 2399_G 42 1972 9999 0 0 2399_G 42 1972 9999 0 0 2399_G 339.3 1964 9999 2403 1 923 36.77%2403_B 583.4 1967 9999 2403 0 923 63.23%2403_B 122 1970 9999 0 0 2404_G 124 1969 9999 0 0 2404_G 20 1967 9999 0 0 2404_G 44 2001 9999 0 0 2404_G 44 2001 9999 0 0 2404_G 44 2001 9999 0 0 2404_G 44 2001 9999 0 0 2404_G 271 2006 9999 2406 0 1,186 22.85%2406_G 161 2006 9999 2406 0 1,186 13.58%2406_G 161 2006 9999 2406 0 1,186 13.58%2406_G 271 2006 9999 2406 0 1,186 22.85%2406_G 161 2006 9999 2406 0 1,186 13.58%2406_G 161 2006 9999 2406 0 1,186 13.58%2406_G 21 1967 9999 0 1,186 2406_G 82 2000 9999 0 1,186 2406_G 91 2000 9999 0 1,186 2406_G 80 1995 9999 0 1,186 2406_G 81 1995 9999 0 1,186 2406_G 315.3 1960 9999 2408 0 625 50.43%2408_B 309.9 1961 9999 2408 0 625 49.57%2408_B 114 1967 9999 0 625 2408_G 1174 1977 2037 2410 0 2,330 50.39%2410_G 1156 1981 2041 2410 0 2,330 49.61%2410_G 38 1971 9999 0 2,330 2410_G 95 1948 9999 2411 1 417 22.78%2411_B 101 1948 9999 2411 1 417 24.22%2411_B 105 1949 9999 2411 1 417 25.18%2411_B 116 1951 9999 2411 1 417 27.82%2411_B 105 1965 9999 0 417 2411_G 170 1963 9999 2442 0 2,080 8.17%2442_B 170 1963 9999 2442 0 2,080 8.17%2442_B 220 1964 9999 2442 0 2,080 10.58%2442_B 760 1969 9999 2442 0 2,080 36.54%2442_B 760 1970 9999 2442 0 2,080 36.54%2442_B 321.7 1976 9999 2451 0 1,643 19.58%2451_B

NEEDS 142 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 2451_B_2 2451B 2 San Juan 1 Coal Steam Coal Steam AZNM WECCNew Mexico 35San Juan 45 319.8 2451_B_3 2451B 3 San Juan 1 Coal Steam Coal Steam AZNM WECCNew Mexico 35San Juan 45 495.4 2451_B_4 2451B 4 San Juan 1 Coal Steam Coal Steam AZNM WECCNew Mexico 35San Juan 45 506.1 2465_G_1 2465G 1 Animas 1 Combined Cycle Combined Cycle AZNM WECCNew Mexico 35San Juan 45 3 2465_G_2 2465G 2 Animas 1 Combined Cycle Combined Cycle AZNM WECCNew Mexico 35San Juan 45 3 2465_G_3 2465G 3 Animas 1 O/G SteamO/G Steam AZNM WECCNew Mexico 35San Juan 45 9 2465_G_GT1 2465G GT1 Animas 1 Combined Cycle Combined Cycle AZNM WECCNew Mexico 35San Juan 45 19 2465_G_HY1 2465G HY1 Animas 1 Hydro Hydro AZNM WECCNew Mexico 35San Juan 45 0.2 2465_G_ST4 2465G ST4 Animas 1 O/G SteamO/G Steam AZNM WECCNew Mexico 35San Juan 45 16 2480_B_1 2480B 1 Danskammer Generating Station 1 O/G SteamO/G Steam DSNY NPCCNew York 36Orange 71 63 2480_B_2 2480B 2 Danskammer Generating Station 1 O/G SteamO/G Steam DSNY NPCCNew York 36Orange 71 61.5 2480_B_3 2480B 3 Danskammer Generating Station 1 Coal Steam

Coal Steam DSNY NPCCNew York 36Orange 71 133 2480_B_4 2480B 4 Danskammer Generating Station 1 Coal Steam

Coal Steam DSNY NPCCNew York 36Orange 71 236 2480_G_5 2480G 5 Danskammer Generating Station 1 Combustion Turbine

Combustion Turbine DSNY NPCCNew York 36Orange 71 2.5 2480_G_6 2480G 6 Danskammer Generating Station 1 Combustion Turbine

Combustion Turbine DSNY NPCCNew York 36Orange 71 2.5 2491_B_001 2491B 001 Charles Poletti0 O/G SteamO/G Steam NYC NPCCNew York 36Queens 81 847 2493_B_60 2493B 60 East River 1 O/G SteamO/G Steam NYC NPCCNew York 36New York 61 127.2 2493_B_70 2493B 70 East River 1 O/G SteamO/G Steam NYC NPCCNew York 36New York 61 180.1 2493_G_1 2493G 1 East River 1 Combined Cycle Combined Cycle NYC NPCCNew York 36New York 61 143.8 2493_G_2 2493G 2 East River 1 Combined Cycle Combined Cycle NYC NPCCNew York 36New York 61 148.3 2497_G_2 2497G 2 Indian Point 2 1 Nuclear Nuclear DSNY NPCCNew York 36Westchester 119 1019.6 2500_B_10 2500B 10 Ravenswood 1 O/G SteamO/G Steam NYC NPCCNew York 36Queens 81 365.1 2500_B_20 2500B 20 Ravenswood 1 O/G SteamO/G Steam NYC NPCCNew York 36Queens 81 384.7 2500_B_30 2500B 30 Ravenswood 1 O/G SteamO/G Steam NYC NPCCNew York 36Queens 81 986.8 2500_G_4 2500G 4 Ravenswood 1 Combined Cycle Combined Cycle NYC NPCCNew York 36Queens 81 226.1 2500_G_GT1 2500G GT1 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 8.7 2500_G_GT102500G GT10 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 19.2 2500_G_GT112500G GT11 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 18.1 2500_G_GT212500G GT21 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 39.3 2500_G_GT222500G GT22 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 33.6 2500_G_GT232500G GT23 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 37.7 2500_G_GT242500G GT24 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 37.7 2500_G_GT312500G GT31 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 38.5 2500_G_GT322500G GT32 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 36.3 2500_G_GT332500G GT33 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 36.3 2500_G_GT342500G GT34 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 33.8 2500_G_GT42500G GT4 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 14.6 2500_G_GT52500G GT5 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 14.7 2500_G_GT62500G GT6 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 14.4 2500_G_GT72500G GT7 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 14.6 2500_G_GT82500G GT8 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 18.9 2500_G_GT92500G GT9 Ravenswood 1 Combustion Turbine Combustion Turbine NYC NPCCNew York 36Queens 81 21.7

NEEDS 143 of 505Unique

ID 3_B_1 2451_B_2 2451_B_3 2451_B_4 2465_G_1 2465_G_2 2465_G_3 2465_G_GT1 2465_G_HY1 2465_G_ST4 2480_B_1 2480_B_2 2480_B_3 2480_B_4 2480_G_5 2480_G_6 2491_B_001 2493_B_60 2493_B_70 2493_G_1 2493_G_2 2497_G_2 2500_B_10 2500_B_20 2500_B_30 2500_G_4 2500_G_GT1 2500_G_GT10 2500_G_GT11 2500_G_GT21 2500_G_GT22 2500_G_GT23 2500_G_GT24 2500_G_GT31 2500_G_GT32 2500_G_GT33 2500_G_GT34 2500_G_GT4 2500_G_GT5 2500_G_GT6 2500_G_GT7 2500_G_GT8 2500_G_GT9

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

319.8 1973 9999 2451 0 1,643 19.46%2451_B 495.4 1979 9999 2451 0 1,643 30.15%2451_B 506.1 1982 9999 2451 0 1,643 30.80%2451_B 3 1955 9999 2465 0 50 6.00%2465_G 3 1955 9999 2465 0 50 6.00%2465_G 9 1958 9999 2465 0 50 18.00%2465_G 19 1994 9999 2465 0 50 38.00%2465_G 0.2 1927 9999 0 50 2465_G 16 1960 9999 2465 0 50 32.00%2465_G 63 1951 9999 2480 1 494 12.77%2480_B 61.5 1954 9999 2480 1 494 12.46%2480_B 133 1987 9999 2480 0 494 26.95%2480_B 236 1987 9999 2480 0 494 47.82%2480_B 2.5 1967 9999 0 494 2480_G 2.5 1967 9999 0 494 2480_G 847 1977 9999 2491 0 847 100.00%2491_B 127.2 1951 9999 2493 0 599 21.22%2493_B 180.1 1955 9999 2493 0 599 30.05%2493_B 143.8 2005 9999 2493 0 599 23.99%2493_G 148.3 2005 9999 2493 0 599 24.74%2493_G 1019.6 1973 2033 2497 0 1,020 100.00%2497_G 365.1 1963 9999 2500 0 1,963 18.60%2500_B 384.7 1963 9999 2500 0 1,963 19.60%2500_B 986.8 1965 9999 2500 0 1,963 50.28%2500_B 226.1 2003 9999 2500 0 1,963 11.52%2500_G 8.7 1967 9999 0 1,963 2500_G 19.2 1969 9999 0 1,963 2500_G 18.1 1969 9999 0 1,963 2500_G 39.3 1969 9999 0 1,963 2500_G 33.6 1969 9999 0 1,963 2500_G 37.7 1969 9999 0 1,963 2500_G 37.7 1969 9999 0 1,963 2500_G 38.5 1969 9999 0 1,963 2500_G 36.3 1969 9999 0 1,963 2500_G 36.3 1969 9999 0 1,963 2500_G 33.8 1969 9999 0 1,963 2500_G 14.6 1969 9999 0 1,963 2500_G 14.7 1969 9999 0 1,963 2500_G 14.4 1969 9999 0 1,963 2500_G 14.6 1969 9999 0 1,963 2500_G 18.9 1969 9999 0 1,963 2500_G 21.7 1969 9999 0 1,963 2500_G

NEEDS 144 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 2511_B_10 2511B 10 E F Barrett 1 O/G SteamO/G Steam LILC NPCCNew York 36Nassau 59 200.2 2511_B_20 2511B 20 E F Barrett 1 O/G SteamO/G Steam LILC NPCCNew York 36Nassau 59 195.5 2511_G_10 2511G 10 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 41 2511_G_11 2511G 11 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 41.3 2511_G_12 2511G 12 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 42.6 2511_G_3 2511G 3 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 17 2511_G_4 2511G 4 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 17.1 2511_G_5 2511G 5 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 17.2 2511_G_6 2511G 6 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 17.5 2511_G_7 2511G 7 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 17 2511_G_8 2511G 8 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 16.5 2511_G_9 2511G 9 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 40.3 2511_G_GT1 2511G GT1 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 17.2 2511_G_GT22511G GT2 E F Barrett 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 16.5 2513_B_40 2513B 40 Far Rockaway 1 O/G SteamO/G Steam NYC NPCCNew York 36Queens 81 109.5 2514_B_40 2514B 40 Glenwood 1 O/G SteamO/G Steam LILC NPCCNew York 36Nassau 59 118.5 2514_B_50 2514B 50 Glenwood 1 O/G SteamO/G Steam LILC NPCCNew York 36Nassau 59 121 2514_G_GT22514G GT2 Glenwood 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 52.7 2514_G_GT32514G GT3 Glenwood 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Nassau 59 52.7 2516_B_1 2516B 1 Northport 1 O/G SteamO/G Steam LILC NPCCNew York 36Suffolk 103 382.5 2516_B_2 2516B 2 Northport 1 O/G SteamO/G Steam LILC NPCCNew York 36Suffolk 103 390.2 2516_B_3 2516B 3 Northport 1 O/G SteamO/G Steam LILC NPCCNew York 36Suffolk 103 390 2516_B_4 2516B 4 Northport 1 O/G SteamO/G Steam LILC NPCCNew York 36Suffolk 103 387.2 2516_G_GT1 2516G GT1 Northport 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Suffolk 103 13.3 2517_B_3 2517B 3 Port Jefferson 1 O/G SteamO/G Steam LILC NPCCNew York 36Suffolk 103 189.7 2517_B_4 2517B 4 Port Jefferson 1 O/G SteamO/G Steam LILC NPCCNew York 36Suffolk 103 198.2 2517_G_GT1 2517G GT1 Port Jefferson 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Suffolk 103 12.8 2517_G_GT22517G GT2 Port Jefferson 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Suffolk 103 38.9 2517_G_GT32517G GT3 Port Jefferson 1 Combustion Turbine Combustion Turbine LILC NPCCNew York 36Suffolk 103 38.7 2526_B_11 2526B 11 AES Westover1 Coal Steam Coal Steam UPNY NPCCNew York 36Broome 7 21.85 2526_B_12 2526B 12 AES Westover1 Coal Steam Coal Steam UPNY NPCCNew York 36Broome 7 21.85 2526_B_13 2526B 13 AES Westover1 Coal Steam Coal Steam UPNY NPCCNew York 36Broome 7 84 2535_B_1 2535B 1 AES Cayuga 1 Coal Steam Coal Steam UPNY NPCCNew York 36Tompkins 109 152 2535_B_2 2535B 2 AES Cayuga 1 Coal Steam Coal Steam UPNY NPCCNew York 36Tompkins 109 153 2539_G_5 2539G 5 Bethlehem Energy Center 1 Combined Cycle

Combined Cycle DSNY NPCCNew York 36Albany 1 163 2539_G_6 2539G 6 Bethlehem Energy Center 1 Combined Cycle

Combined Cycle DSNY NPCCNew York 36Albany 1 163 2539_G_7 2539G 7 Bethlehem Energy Center 1 Combined Cycle

Combined Cycle DSNY NPCCNew York 36Albany 1 163 2539_G_8 2539G 8 Bethlehem Energy Center 1 Combined Cycle

Combined Cycle DSNY NPCCNew York 36Albany 1 260.3 2549_B_67 2549B 67 C R Huntley Generating Station 1 Coal Steam

Coal Steam UPNY NPCCNew York 36Erie 29 190 2549_B_68 2549B 68 C R Huntley Generating Station 1 Coal Steam

Coal Steam UPNY NPCCNew York 36Erie 29 190 2554_B_1 2554B 1 Dunkirk Generating Station 1 Coal Steam

Coal Steam UPNY NPCCNew York 36Chautauqua 13 75 2554_B_2 2554B 2 Dunkirk Generating Station 1 Coal Steam

Coal Steam UPNY NPCCNew York 36Chautauqua 13 75

NEEDS 145 of 505Unique

ID 3_B_1 2511_B_10 2511_B_20 2511_G_10 2511_G_11 2511_G_12 2511_G_3 2511_G_4 2511_G_5 2511_G_6 2511_G_7 2511_G_8 2511_G_9 2511_G_GT1 2511_G_GT2 2513_B_40 2514_B_40 2514_B_50 2514_G_GT2 2514_G_GT3 2516_B_1 2516_B_2 2516_B_3 2516_B_4 2516_G_GT1 2517_B_3 2517_B_4 2517_G_GT1 2517_G_GT2 2517_G_GT3 2526_B_11 2526_B_12 2526_B_13 2535_B_1 2535_B_2 2539_G_5 2539_G_6 2539_G_7 2539_G_8 2549_B_67 2549_B_68 2554_B_1 2554_B_2Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

200.2 1956 9999 2511 0 396 50.59%2511_B 195.5 1963 9999 2511 0 396 49.41%2511_B 41 1971 9999 0 396 2511_G 41.3 1971 9999 0 396 2511_G 42.6 1971 9999 0 396 2511_G 17 1970 9999 0 396 2511_G 17.1 1970 9999 0 396 2511_G 17.2 1970 9999 0 396 2511_G 17.5 1970 9999 0 396 2511_G 17 1970 9999 0 396 2511_G 16.5 1970 9999 0 396 2511_G 40.3 1971 9999 0 396 2511_G 17.2 1970 9999 0 396 2511_G 16.5 1970 9999 0 396 2511_G 109.5 1953 9999 2513 0 110 100.00%2513_B 118.5 1952 9999 2514 0 240 49.48%2514_B 121 1954 9999 2514 0 240 50.52%2514_B 52.7 1972 9999 0 240 2514_G 52.7 1972 9999 0 240 2514_G 382.5 1967 9999 2516 0 1,550 24.68%2516_B 390.2 1968 9999 2516 0 1,550 25.18%2516_B 390 1972 9999 2516 0 1,550 25.16%2516_B 387.2 1977 9999 2516 0 1,550 24.98%2516_B 13.3 1967 9999 0 1,550 2516_G 189.7 1958 9999 2517 0 388 48.90%2517_B 198.2 1960 9999 2517 0 388 51.10%2517_B 12.8 1966 9999 0 388 2517_G 38.9 2002 9999 0 388 2517_G 38.7 2002 9999 0 388 2517_G 21.85 1943 9999 2526 0 128 17.11%2526_B 21.85 1943 9999 2526 0 128 17.11%2526_B 84 1951 9999 2526 0 128 65.78%2526_B 149.492 1955 9999 2535 0 300 49.84%2535_B 150.4755 1958 9999 2535 0 300 50.16%2535_B 163 2005 9999 2539 0 749 21.75%2539_G 163 2005 9999 2539 0 749 21.75%2539_G 163 2005 9999 2539 0 749 21.75%2539_G 260.3 2005 9999 2539 0 749 34.74%2539_G 189.6553 1957 9999 2549 0 378 50.13%2549_B 188.67 1958 9999 2549 0 378 49.87%2549_B 75 1950 9999 2554 0 520 14.42%2554_B 75 1950 9999 2554 0 520 14.42%2554_B

NEEDS 146 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 2554_B_3 2554B 3 Dunkirk Generating Station 1 Coal Steam

Coal Steam UPNY NPCCNew York 36Chautauqua 13 185 2554_B_4 2554B 4 Dunkirk Generating Station 1 Coal Steam

Coal Steam UPNY NPCCNew York 36Chautauqua 13 185 2589_G_1 2589G 1 Nine Mile Point Nuclear Station 1 Nuclear Nuclear UPNY NPCCNew York 36Oswego 75 621 2589_G_2 2589G 2 Nine Mile Point Nuclear Station 1 Nuclear Nuclear UPNY NPCCNew York 36Oswego 75 1140 2594_B_5 2594B 5 Oswego Harbor Power 1 O/G SteamO/G Steam UPNY NPCCNew York 36Oswego 75 843.5 2594_B_6 2594B 6 Oswego Harbor Power 1 O/G SteamO/G Steam UPNY NPCCNew York 36Oswego 75 825.5 2625_B_1 2625B 1 Bowline Point 1 O/G SteamO/G Steam DSNY NPCCNew York 36Rockland 87 550 2625_B_2 2625B 2 Bowline Point 1 O/G SteamO/G Steam DSNY NPCCNew York 36Rockland 87 567 2642_B_1 2642B 1 Rochester 7 0 Coal Steam Coal Steam UPNY NPCCNew York 36Monroe 55 46 2642_B_2 2642B 2 Rochester 7 0 Coal Steam Coal Steam UPNY NPCCNew York 36Monroe 55 64 2642_B_3 2642B 3 Rochester 7 0 Coal Steam Coal Steam UPNY NPCCNew York 36Monroe 55 64 2642_B_4 2642B 4 Rochester 7 0 Coal Steam Coal Steam UPNY NPCCNew York 36Monroe 55 78 2706_B_1 2706B 1 Asheville 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Buncombe 21 191 2706_B_2 2706B 2 Asheville 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Buncombe 21 185 2706_G_GT1 2706G GT1 Asheville 1 Combustion Turbine Combustion TurbineVACA SERCNorth Carolina 37Buncombe 21 168 2706_G_GT22706G GT2 Asheville 1 Combustion Turbine Combustion TurbineVACA SERCNorth Carolina 37Buncombe 21 167 2708_B_5 2708B 5 Cape Fear 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Chatham 37 144 2708_B_6 2708B 6 Cape Fear 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Chatham 37 172 2708_G_1 2708G 1 Cape Fear 1 Combined Cycle Combined Cycle VACA SERCNorth Carolina 37Chatham 37 14 2708_G_1A 2708G 1A Cape Fear 1 Combined Cycle Combined Cycle VACA SERCNorth Carolina 37Chatham 37 11 2708_G_1B 2708G 1B Cape Fear 1 Combined Cycle Combined Cycle VACA SERCNorth Carolina 37Chatham 37 10 2708_G_2 2708G 2 Cape Fear 1 Combined Cycle Combined Cycle VACA SERCNorth Carolina 37Chatham 37 14 2708_G_2A 2708G 2A Cape Fear 1 Combined Cycle Combined Cycle VACA SERCNorth Carolina 37Chatham 37 11 2708_G_2B 2708G 2B Cape Fear 1 Combined Cycle Combined Cycle VACA SERCNorth Carolina 37Chatham 37 10 2709_B_1 2709B 1 Lee 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Wayne 191 74 2709_B_2 2709B 2 Lee 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Wayne 191 77 2709_B_3 2709B 3 Lee 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Wayne 191 248 2709_G_GT1 2709G GT1 Lee 1 Combustion Turbine Combustion TurbineVACA SERCNorth Carolina 37Wayne 191 12 2709_G_GT22709G GT2 Lee 1 Combustion Turbine Combustion TurbineVACA SERCNorth Carolina 37Wayne 191 21 2709_G_GT32709G GT3 Lee 1 Combustion Turbine Combustion TurbineVACA SERCNorth Carolina 37Wayne 191 21 2709_G_GT42709G GT4 Lee 1 Combustion Turbine Combustion TurbineVACA SERCNorth Carolina 37Wayne 191 21 2712_B_1 2712B 1 Roxboro 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Person 145 369 2712_B_2 2712B 2 Roxboro 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Person 145 671 2712_B_3A 2712B 3A Roxboro 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Person 145 352.5 2712_B_3B 2712B 3B Roxboro 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Person 145 352.5 2712_B_4A 2712B 4A Roxboro 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Person 145 349 2712_B_4B 2712B 4B Roxboro 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Person 145 349 2713_B_1 2713B 1 L V Sutton 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37New Hanover 129 93 2713_B_2 2713B 2 L V Sutton 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37New Hanover 129 102 2713_B_3 2713B 3 L V Sutton 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37New Hanover 129 403 2713_G_GT1 2713G GT1 L V Sutton 1 Combustion Turbine Combustion TurbineVACA SERCNorth Carolina 37New Hanover 129 11 2713_G_GTA2713G GTA L V Sutton 1 Combustion Turbine Combustion TurbineVACA SERCNorth Carolina 37New Hanover 129 24

NEEDS 147 of 505Unique

ID 3_B_1 2554_B_3 2554_B_4 2589_G_1 2589_G_2 2594_B_5 2594_B_6 2625_B_1 2625_B_2 2642_B_1 2642_B_2 2642_B_3 2642_B_4 2706_B_1 2706_B_2 2706_G_GT1 2706_G_GT2 2708_B_5 2708_B_6 2708_G_1 2708_G_1A 2708_G_1B 2708_G_2 2708_G_2A 2708_G_2B 2709_B_1 2709_B_2 2709_B_3 2709_G_GT1 2709_G_GT2 2709_G_GT3 2709_G_GT4 2712_B_1 2712_B_2 2712_B_3A 2712_B_3B 2712_B_4A 2712_B_4B 2713_B_1 2713_B_2 2713_B_3 2713_G_GT1 2713_G_GTA

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

185 1959 9999 2554 0 520 35.58%2554_B 185 1960 9999 2554 0 520 35.58%2554_B 621 1969 2029 2589 0 1,761 35.26%2589_G 1140 1969 2029 2589 0 1,761 64.74%2589_G 843.5 1976 9999 2594 0 1,669 50.54%2594_B 825.5 1980 9999 2594 0 1,669 49.46%2594_B 550 1972 9999 2625 0 1,117 49.24%2625_B 567 1974 9999 2625 0 1,117 50.76%2625_B 46 1948 9999 2642 0 252 18.25%2642_B 64 1950 9999 2642 0 252 25.40%2642_B 64 1953 9999 2642 0 252 25.40%2642_B 78 1957 9999 2642 0 252 30.95%2642_B 191 1964 9999 2706 0 376 50.80%2706_B 185 1971 9999 2706 0 376 49.20%2706_B 168 1999 9999 0 376 2706_G 167 2000 9999 0 376 2706_G 144 1956 9999 2708 1 386 37.31%2708_B 172 1958 9999 2708 0 386 44.56%2708_B 14 1923 9999 2708 0 386 3.63%2708_G 11 1969 9999 2708 0 386 2.85%2708_G 10 1969 9999 2708 0 386 2.59%2708_G 14 1924 9999 2708 0 386 3.63%2708_G 11 1969 9999 2708 0 386 2.85%2708_G 10 1969 9999 2708 0 386 2.59%2708_G 74 1952 9999 2709 0 399 18.55%2709_B 77 1951 9999 2709 0 399 19.30%2709_B 248 1962 9999 2709 0 399 62.16%2709_B 12 1968 9999 0 399 2709_G 21 1971 9999 0 399 2709_G 21 1971 9999 0 399 2709_G 21 1971 9999 0 399 2709_G 369 1966 9999 2712 0 2,443 15.10%2712_B 671 1968 9999 2712 0 2,443 27.47%2712_B 352.5 1973 9999 2712 0 2,443 14.43%2712_B 352.5 1973 9999 2712 0 2,443 14.43%2712_B 349 1980 9999 2712 0 2,443 14.29%2712_B 349 1980 9999 2712 0 2,443 14.29%2712_B 93 1954 9999 2713 0 595 15.62%2713_B 102 1955 9999 2713 0 595 17.14%2713_B 400.2719 1972 9999 2713 0 595 67.24%2713_B 11 1968 9999 0 595 2713_G 24 1969 9999 0 595 2713_G

NEEDS 148 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 2713_G_GTB2713G GTB L V Sutton 1 Combustion Turbine Combustion TurbineVACA SERCNorth Carolina 37New Hanover 129 24 2716_B_1 2716B 1 WH Weatherspoon 1 Coal Steam

Coal Steam VACA SERCNorth Carolina 37Robeson 155 48 2716_B_2 2716B 2 WH Weatherspoon 1 Coal Steam

Coal Steam VACA SERCNorth Carolina 37Robeson 155 49 2716_B_3 2716B 3 WH Weatherspoon 1 Coal Steam

Coal Steam VACA SERCNorth Carolina 37Robeson 155 76 2716_G_GT1 2716G GT1 WH Weatherspoon 1 Combustion Turbine

Combustion TurbineVACA SERCNorth Carolina 37Robeson 155 33 2716_G_GT22716G GT2 WH Weatherspoon 1 Combustion Turbine

Combustion TurbineVACA SERCNorth Carolina 37Robeson 155 32 2716_G_GT32716G GT3 WH Weatherspoon 1 Combustion Turbine

Combustion TurbineVACA SERCNorth Carolina 37Robeson 155 34 2716_G_GT42716G GT4 WH Weatherspoon 1 Combustion Turbine

Combustion TurbineVACA SERCNorth Carolina 37Robeson 155 33 2718_B_1 2718B 1 G G Allen 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Gaston 71 161.73 2718_B_2 2718B 2 G G Allen 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Gaston 71 161.73 2718_B_3 2718B 3 G G Allen 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Gaston 71 259.77 2718_B_4 2718B 4 G G Allen 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Gaston 71 274.77 2718_B_5 2718B 5 G G Allen 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Gaston 71 265 2720_B_5 2720B 5 Buck 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Rowan 159 37.5 2720_B_6 2720B 6 Buck 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Rowan 159 37.5 2720_B_7 2720B 7 Buck 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Rowan 159 38 2720_B_8 2720B 8 Buck 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Rowan 159 128 2720_B_9 2720B 9 Buck 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Rowan 159 128 2721_B_5 2721B 5 Cliffside 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Cleveland 45 550 2721_B_6 2721B 6 Cliffside 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Cleveland 45 800 2723_B_1 2723B 1 Dan River 0 Coal Steam Coal Steam VACA SERCNorth Carolina 37Rockingham 157 67 2723_B_2 2723B 2 Dan River 0 Coal Steam Coal Steam VACA SERCNorth Carolina 37Rockingham 157 67 2723_B_3 2723B 3 Dan River 0 Coal Steam Coal Steam VACA SERCNorth Carolina 37Rockingham 157 142 2727_B_1 2727B 1 Marshall 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Catawba 35 378.1 2727_B_2 2727B 2 Marshall 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Catawba 35 378.1 2727_B_3 2727B 3 Marshall 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Catawba 35 657.3 2727_B_4 2727B 4 Marshall 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Catawba 35 657.3 2732_B_10 2732B 10 Riverbend 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Gaston 71 133 2732_B_7 2732B 7 Riverbend 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Gaston 71 94 2732_B_8 2732B 8 Riverbend 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Gaston 71 94 2732_B_9 2732B 9 Riverbend 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Gaston 71 133 2790_B_B1 2790B B1 R M Heskett 1 Coal Steam Coal Steam MRO MRO North Dakota 38Morton 59 29.37 2790_B_B2 2790B B2 R M Heskett 1 Coal Steam Coal Steam MRO MRO North Dakota 38Morton 59 75.5 2817_B_1 2817B 1 Leland Olds 1 Coal Steam Coal Steam MRO MRO North Dakota 38Mercer 57 222 2817_B_2 2817B 2 Leland Olds 1 Coal Steam Coal Steam MRO MRO North Dakota 38Mercer 57 447 2823_B_B1 2823B B1 Milton R Young1 Coal Steam Coal Steam MRO MRO North Dakota 38Oliver 65 250 2823_B_B2 2823B B2 Milton R Young1 Coal Steam Coal Steam MRO MRO North Dakota 38Oliver 65 455 2824_B_1 2824B 1 Stanton 1 Coal Steam Coal Steam MRO MRO North Dakota 38Mercer 57130.3472 2824_B_10 2824B 10 Stanton 1 Coal Steam Coal Steam MRO MRO North Dakota 38Mercer 5757.35278 2828_B_1 2828B 1 Cardinal 1 Coal Steam Coal Steam RFCP RFC Ohio 39Jefferson 81 600 2828_B_2 2828B 2 Cardinal 1 Coal Steam Coal Steam RFCP RFC Ohio 39Jefferson 81 600 2828_B_3 2828B 3 Cardinal 1 Coal Steam Coal Steam RFCP RFC Ohio 39Jefferson 81 630

NEEDS 149 of 505Unique

ID 3_B_1 2713_G_GTB 2716_B_1 2716_B_2 2716_B_3 2716_G_GT1 2716_G_GT2 2716_G_GT3 2716_G_GT4 2718_B_1 2718_B_2 2718_B_3 2718_B_4 2718_B_5 2720_B_5 2720_B_6 2720_B_7 2720_B_8 2720_B_9 2721_B_5 2721_B_6 2723_B_1 2723_B_2 2723_B_3 2727_B_1 2727_B_2 2727_B_3 2727_B_4 2732_B_10 2732_B_7 2732_B_8 2732_B_9 2790_B_B1 2790_B_B2 2817_B_1 2817_B_2 2823_B_B1 2823_B_B2 2824_B_1 2824_B_10 2828_B_1 2828_B_2 2828_B_3Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

24 1969 9999 0 595 2713_G 48 1949 9999 2716 0 173 27.75%2716_B 49 1950 9999 2716 0 173 28.32%2716_B 76 1952 9999 2716 0 173 43.93%2716_B 33 1970 9999 0 173 2716_G 32 1970 9999 0 173 2716_G 34 1971 9999 0 173 2716_G 33 1971 9999 0 173 2716_G 161.73 1957 9999 2718 0 1,123 14.40%2718_B 161.73 1957 9999 2718 0 1,123 14.40%2718_B 259.77 1959 9999 2718 0 1,123 23.13%2718_B 274.77 1960 9999 2718 0 1,123 24.47%2718_B 265 1961 9999 2718 0 1,123 23.60%2718_B 37.5 1941 9999 2720 0 369 10.16%2720_B 37.5 1941 9999 2720 0 369 10.16%2720_B 38 1942 9999 2720 0 369 10.30%2720_B 128 1953 9999 2720 0 369 34.69%2720_B 128 1953 9999 2720 0 369 34.69%2720_B 550 1972 9999 2721 0 1,350 40.74%2721_B 800 2011 9999 2721 0 1,350 59.26%2721_B 67 1949 9999 2723 0 276 24.28%2723_B 67 1950 9999 2723 0 276 24.28%2723_B 142 1955 9999 2723 0 276 51.45%2723_B 378.1 1965 9999 2727 0 2,071 18.26%2727_B 378.1 1966 9999 2727 0 2,071 18.26%2727_B 657.3 1969 9999 2727 0 2,071 31.74%2727_B 657.3 1970 9999 2727 0 2,071 31.74%2727_B 133 1954 9999 2732 0 454 29.30%2732_B 94 1952 9999 2732 0 454 20.70%2732_B 94 1952 9999 2732 0 454 20.70%2732_B 133 1954 9999 2732 0 454 29.30%2732_B 29.37 1954 9999 2790 0 105 28.01%2790_B 75.5 1963 9999 2790 0 105 71.99%2790_B 222 1966 9999 2817 0 669 33.18%2817_B 447 1975 9999 2817 0 669 66.82%2817_B 250 1970 9999 2823 0 705 35.46%2823_B 455 1977 9999 2823 0 705 64.54%2823_B 130.3472 1967 9999 2824 0 188 69.44%2824_B 57.3528 1982 9999 2824 0 188 30.56%2824_B 600 1967 9999 2828 0 1,810 33.15%2828_B 590.1 1967 9999 2828 0 1,810 32.61%2828_B 619.605 1977 9999 2828 0 1,810 34.24%2828_B

NEEDS 150 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 2830_B_1 2830B 1 Walter C Beckjord 1 Coal Steam

Coal Steam RFCO RFC Ohio 39Clermont 25 94 2830_B_2 2830B 2 Walter C Beckjord 1 Coal Steam

Coal Steam RFCO RFC Ohio 39Clermont 25 94 2830_B_3 2830B 3 Walter C Beckjord 1 Coal Steam

Coal Steam RFCO RFC Ohio 39Clermont 25 128 2830_B_4 2830B 4 Walter C Beckjord 1 Coal Steam

Coal Steam RFCO RFC Ohio 39Clermont 25 150 2830_B_5 2830B 5 Walter C Beckjord 1 Coal Steam

Coal Steam RFCO RFC Ohio 39Clermont 25 238 2830_B_6 2830B 6 Walter C Beckjord 1 Coal Steam

Coal Steam RFCO RFC Ohio 39Clermont 25 414 2830_G_GT1 2830G GT1 Walter C Beckjord 1 Combustion Turbine

Combustion Turbine RFCO RFC Ohio 39Clermont 25 51 2830_G_GT22830G GT2 Walter C Beckjord 1 Combustion Turbine

Combustion Turbine RFCO RFC Ohio 39Clermont 25 51 2830_G_GT32830G GT3 Walter C Beckjord 1 Combustion Turbine

Combustion Turbine RFCO RFC Ohio 39Clermont 25 51 2830_G_GT42830G GT4 Walter C Beckjord 1 Combustion Turbine

Combustion Turbine RFCO RFC Ohio 39Clermont 25 51 2832_B_5-1 2832B 5-1 Miami Fort 1 Coal Steam Coal Steam RFCO RFC Ohio 39Hamilton 61 40 2832_B_5-2 2832B 5-2 Miami Fort 1 Coal Steam Coal Steam RFCO RFC Ohio 39Hamilton 61 40 2832_B_6 2832B 6 Miami Fort 1 Coal Steam Coal Steam RFCO RFC Ohio 39Hamilton 61 163 2832_B_7 2832B 7 Miami Fort 1 Coal Steam Coal Steam RFCO RFC Ohio 39Hamilton 61 500 2832_B_8 2832B 8 Miami Fort 1 Coal Steam Coal Steam RFCO RFC Ohio 39Hamilton 61 500 2832_G_GT32832G GT3 Miami Fort 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Hamilton 61 14.2 2832_G_GT42832G GT4 Miami Fort 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Hamilton 61 14.2 2832_G_GT52832G GT5 Miami Fort 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Hamilton 61 14.2 2832_G_GT62832G GT6 Miami Fort 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Hamilton 61 14.2 2835_B_7 2835B 7 Ashtabula 1 Coal Steam Coal Steam RFCO RFC Ohio 39Ashtabula 7 244 2836_B_10 2836B 10 Avon Lake 1 Coal Steam Coal Steam RFCO RFC Ohio 39Lorain 93 96 2836_B_12 2836B 12 Avon Lake 1 Coal Steam Coal Steam RFCO RFC Ohio 39Lorain 93 640 2836_G_10 2836G 10 Avon Lake 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Lorain 93 24 2837_B_1 2837B 1 Eastlake 1 Coal Steam Coal Steam RFCO RFC Ohio 39Lake 85 132 2837_B_2 2837B 2 Eastlake 1 Coal Steam Coal Steam RFCO RFC Ohio 39Lake 85 132 2837_B_3 2837B 3 Eastlake 1 Coal Steam Coal Steam RFCO RFC Ohio 39Lake 85 132 2837_B_4 2837B 4 Eastlake 1 Coal Steam Coal Steam RFCO RFC Ohio 39Lake 85 240 2837_B_5 2837B 5 Eastlake 1 Coal Steam Coal Steam RFCO RFC Ohio 39Lake 85 597 2837_G_6 2837G 6 Eastlake 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Lake 85 29 2838_B_18 2838B 18 Lake Shore 1 Coal Steam Coal Steam RFCO RFC Ohio 39Cuyahoga 35 245 2838_G_D1 2838G D1 Lake Shore 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Cuyahoga 35 2 2838_G_D2 2838G D2 Lake Shore 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Cuyahoga 35 2 2840_B_4 2840B 4 Conesville 1 Coal Steam Coal Steam RFCP RFC Ohio 39Coshocton 31 780 2840_B_5 2840B 5 Conesville 1 Coal Steam Coal Steam RFCP RFC Ohio 39Coshocton 31 375 2840_B_6 2840B 6 Conesville 1 Coal Steam Coal Steam RFCP RFC Ohio 39Coshocton 31 375 2843_B_9 2843B 9 Picway 0 Coal Steam Coal Steam RFCP RFC Ohio 39Pickaway 129 95 2848_B_H-1 2848B H-1 O H Hutchings 1 Coal Steam Coal Steam RFCP RFC Ohio 39Montgomery 113 58 2848_B_H-2 2848B H-2 O H Hutchings 1 Coal Steam Coal Steam RFCP RFC Ohio 39Montgomery 113 55 2848_B_H-3 2848B H-3 O H Hutchings 1 Coal Steam Coal Steam RFCP RFC Ohio 39Montgomery 113 63 2848_B_H-4 2848B H-4 O H Hutchings 1 Coal Steam Coal Steam RFCP RFC Ohio 39Montgomery 113 63 2848_B_H-5 2848B H-5 O H Hutchings 1 Coal Steam Coal Steam RFCP RFC Ohio 39Montgomery 113 63 2848_B_H-6 2848B H-6 O H Hutchings 1 Coal Steam Coal Steam RFCP RFC Ohio 39Montgomery 113 63

NEEDS 151 of 505Unique

ID 3_B_1 2830_B_1 2830_B_2 2830_B_3 2830_B_4 2830_B_5 2830_B_6 2830_G_GT1 2830_G_GT2 2830_G_GT3 2830_G_GT4 2832_B_5-1 2832_B_5-2 2832_B_6 2832_B_7 2832_B_8 2832_G_GT3 2832_G_GT4 2832_G_GT5 2832_G_GT6 2835_B_7 2836_B_10 2836_B_12 2836_G_10 2837_B_1 2837_B_2 2837_B_3 2837_B_4 2837_B_5 2837_G_6 2838_B_18 2838_G_D1 2838_G_D2 2840_B_4 2840_B_5 2840_B_6 2843_B_9 2848_B_H-1 2848_B_H-2 2848_B_H-3 2848_B_H-4 2848_B_H-5 2848_B_H-6

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

94 1952 9999 2830 0 1,118 8.41%2830_B 94 1953 9999 2830 0 1,118 8.41%2830_B 128 1954 9999 2830 0 1,118 11.45%2830_B 150 1958 9999 2830 0 1,118 13.42%2830_B 238 1962 9999 2830 0 1,118 21.29%2830_B 414 1969 9999 2830 0 1,118 37.03%2830_B 51 1972 9999 0 1,118 2830_G 51 1972 9999 0 1,118 2830_G 51 1972 9999 0 1,118 2830_G 51 1972 9999 0 1,118 2830_G 40 1949 9999 2832 0 1,235 3.24%2832_B 40 1949 9999 2832 0 1,235 3.24%2832_B 163 1960 9999 2832 0 1,235 13.20%2832_B 500 1975 9999 2832 0 1,235 40.49%2832_B 491.75 1978 9999 2832 0 1,235 39.83%2832_B 14.2 1971 9999 0 1,235 2832_G 14.2 1971 9999 0 1,235 2832_G 14.2 1971 9999 0 1,235 2832_G 14.2 1971 9999 0 1,235 2832_G 244 1958 9999 2835 0 244 100.00%2835_B 96 1949 9999 2836 0 736 13.04%2836_B 640 1970 9999 2836 0 736 86.96%2836_B 24 1971 9999 0 736 2836_G 132 1953 9999 2837 0 1,233 10.71%2837_B 132 1953 9999 2837 0 1,233 10.71%2837_B 132 1954 9999 2837 0 1,233 10.71%2837_B 240 1956 9999 2837 0 1,233 19.46%2837_B 597 1972 9999 2837 0 1,233 48.42%2837_B 29 1973 9999 0 1,233 2837_G 245 1962 9999 2838 0 245 100.00%2838_B 2 1966 9999 0 245 2838_G 2 1966 9999 0 245 2838_G 780 1973 9999 2840 0 1,530 50.98%2840_B 375 1976 9999 2840 0 1,530 24.51%2840_B 375 1978 9999 2840 0 1,530 24.51%2840_B 95 1955 9999 2843 1 95 100.00%2843_B 58 1948 9999 2848 0 365 15.89%2848_B 55 1949 9999 2848 0 365 15.07%2848_B 63 1950 9999 2848 0 365 17.26%2848_B 63 1951 9999 2848 0 365 17.26%2848_B 63 1952 9999 2848 0 365 17.26%2848_B 63 1953 9999 2848 0 365 17.26%2848_B

NEEDS 152 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 2848_G_7 2848G 7 O H Hutchings 1 Combustion Turbine Combustion Turbine RFCP RFC Ohio 39Montgomery 113 23 2850_B_1 2850B 1 J M Stuart 1 Coal Steam Coal Steam RFCP RFC Ohio 39Adams 1 585 2850_B_2 2850B 2 J M Stuart 1 Coal Steam Coal Steam RFCP RFC Ohio 39Adams 1 597 2850_B_3 2850B 3 J M Stuart 1 Coal Steam Coal Steam RFCP RFC Ohio 39Adams 1 597 2850_B_4 2850B 4 J M Stuart 1 Coal Steam Coal Steam RFCP RFC Ohio 39Adams 1 597 2850_G_D1 2850G D1 J M Stuart 1 Combustion Turbine Combustion Turbine RFCP RFC Ohio 39Adams 1 2.5 2850_G_D2 2850G D2 J M Stuart 1 Combustion Turbine Combustion Turbine RFCP RFC Ohio 39Adams 1 2.5 2850_G_D3 2850G D3 J M Stuart 1 Combustion Turbine Combustion Turbine RFCP RFC Ohio 39Adams 1 2.5 2850_G_D4 2850G D4 J M Stuart 1 Combustion Turbine Combustion Turbine RFCP RFC Ohio 39Adams 1 2.5 2857_G_CTA2857G CTA Edgewater 0 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Lorain 93 24 2857_G_CTB2857G CTB Edgewater 0 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Lorain 93 24 2861_B_1 2861B 1 Niles 1 Coal Steam Coal Steam RFCO RFC Ohio 39Trumbull 155 108 2861_B_2 2861B 2 Niles 1 Coal Steam Coal Steam RFCO RFC Ohio 39Trumbull 155 108 2861_G_CTA2861G CTA Niles 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Trumbull 155 27.5 2864_B_5 2864B 5 R E Burger 1 Coal Steam Coal Steam RFCO RFC Ohio 39Belmont 13 47 2864_B_6 2864B 6 R E Burger 1 Coal Steam Coal Steam RFCO RFC Ohio 39Belmont 13 47 2864_B_7 2864B 7 R E Burger 1 Coal Steam Coal Steam RFCO RFC Ohio 39Belmont 13 156 2864_B_8 2864B 8 R E Burger 1 Coal Steam Coal Steam RFCO RFC Ohio 39Belmont 13 156 2864_G_A 2864G A R E Burger 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Belmont 13 2 2864_G_B1 2864G B1 R E Burger 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Belmont 13 2 2864_G_B2 2864G B2 R E Burger 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Belmont 13 3 2866_B_1 2866B 1 WH Sammis 1 Coal Steam Coal Steam RFCO RFC Ohio 39Jefferson 81 180 2866_B_2 2866B 2 WH Sammis 1 Coal Steam Coal Steam RFCO RFC Ohio 39Jefferson 81 180 2866_B_3 2866B 3 WH Sammis 1 Coal Steam Coal Steam RFCO RFC Ohio 39Jefferson 81 180 2866_B_4 2866B 4 WH Sammis 1 Coal Steam Coal Steam RFCO RFC Ohio 39Jefferson 81 180 2866_B_5 2866B 5 WH Sammis 1 Coal Steam Coal Steam RFCO RFC Ohio 39Jefferson 81 300 2866_B_6 2866B 6 WH Sammis 1 Coal Steam Coal Steam RFCO RFC Ohio 39Jefferson 81 600 2866_B_7 2866B 7 WH Sammis 1 Coal Steam Coal Steam RFCO RFC Ohio 39Jefferson 81 600 2866_G_A 2866G A WH Sammis 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Jefferson 81 3 2866_G_B1 2866G B1 WH Sammis 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Jefferson 81 3 2866_G_B2 2866G B2 WH Sammis 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Jefferson 81 3 2866_G_B3 2866G B3 WH Sammis 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Jefferson 81 2 2866_G_B4 2866G B4 WH Sammis 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Jefferson 81 2 2872_B_1 2872B 1 Muskingum River1 Coal Steam Coal Steam RFCP RFC Ohio 39Washington 167 190 2872_B_2 2872B 2 Muskingum River1 Coal Steam Coal Steam RFCP RFC Ohio 39Washington 167 190 2872_B_3 2872B 3 Muskingum River1 Coal Steam Coal Steam RFCP RFC Ohio 39Washington 167 205 2872_B_4 2872B 4 Muskingum River1 Coal Steam Coal Steam RFCP RFC Ohio 39Washington 167 205 2872_B_5 2872B 5 Muskingum River1 Coal Steam Coal Steam RFCP RFC Ohio 39Washington 167 585 2876_B_1 2876B 1 Kyger Creek 1 Coal Steam Coal Steam RFCP RFC Ohio 39Gallia 53 217 2876_B_2 2876B 2 Kyger Creek 1 Coal Steam Coal Steam RFCP RFC Ohio 39Gallia 53 217 2876_B_3 2876B 3 Kyger Creek 1 Coal Steam Coal Steam RFCP RFC Ohio 39Gallia 53 217 2876_B_4 2876B 4 Kyger Creek 1 Coal Steam Coal Steam RFCP RFC Ohio 39Gallia 53 217

NEEDS 153 of 505Unique

ID 3_B_1 2848_G_7 2850_B_1 2850_B_2 2850_B_3 2850_B_4 2850_G_D1 2850_G_D2 2850_G_D3 2850_G_D4 2857_G_CTA 2857_G_CTB 2861_B_1 2861_B_2 2861_G_CTA 2864_B_5 2864_B_6 2864_B_7 2864_B_8 2864_G_A 2864_G_B1 2864_G_B2 2866_B_1 2866_B_2 2866_B_3 2866_B_4 2866_B_5 2866_B_6 2866_B_7 2866_G_A 2866_G_B1 2866_G_B2 2866_G_B3 2866_G_B4 2872_B_1 2872_B_2 2872_B_3 2872_B_4 2872_B_5 2876_B_1 2876_B_2 2876_B_3 2876_B_4Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

23 1968 9999 0 365 2848_G 575.3475 1971 9999 2850 0 2,337 24.62%2850_B 587.1495 1970 9999 2850 0 2,337 25.13%2850_B 587.1495 1972 9999 2850 0 2,337 25.13%2850_B 587.1495 1974 9999 2850 0 2,337 25.13%2850_B 2.5 1969 9999 0 2,337 2850_G 2.5 1969 9999 0 2,337 2850_G 2.5 1969 9999 0 2,337 2850_G 2.5 1969 9999 0 2,337 2850_G 24 1973 9999 0 0 2857_G 24 1973 9999 0 0 2857_G 108 1954 9999 2861 0 216 50.00%2861_B 108 1954 9999 2861 0 216 50.00%2861_B 27.5 1972 9999 0 216 2861_G 47 1950 9999 2864 0 406 11.58%2864_B 47 1950 9999 2864 0 406 11.58%2864_B 156 1955 9999 2864 0 406 38.42%2864_B 156 1955 9999 2864 0 406 38.42%2864_B 2 1972 9999 0 406 2864_G 2 1972 9999 0 406 2864_G 3 1972 9999 0 406 2864_G 180 1959 9999 2866 0 2,220 8.11%2866_B 180 1960 9999 2866 0 2,220 8.11%2866_B 180 1961 9999 2866 0 2,220 8.11%2866_B 180 1962 9999 2866 0 2,220 8.11%2866_B 300 1967 9999 2866 0 2,220 13.51%2866_B 600 1969 9999 2866 0 2,220 27.03%2866_B 600 1971 9999 2866 0 2,220 27.03%2866_B 3 1972 9999 0 2,220 2866_G 3 1972 9999 0 2,220 2866_G 3 1972 9999 0 2,220 2866_G 2 1972 9999 0 2,220 2866_G 2 1972 9999 0 2,220 2866_G 190 1953 9999 2872 0 1,365 13.92%2872_B 190 1954 9999 2872 0 1,365 13.92%2872_B 205 1957 9999 2872 0 1,365 15.01%2872_B 205 1958 9999 2872 0 1,365 15.01%2872_B 575.3475 1968 9999 2872 0 1,365 42.14%2872_B 217 1955 9999 2876 0 1,085 20.00%2876_B 217 1955 9999 2876 0 1,085 20.00%2876_B 217 1955 9999 2876 0 1,085 20.00%2876_B 217 1955 9999 2876 0 1,085 20.00%2876_B

NEEDS 154 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 2876_B_5 2876B 5 Kyger Creek 1 Coal Steam Coal Steam RFCP RFC Ohio 39Gallia 53 217 2878_B_1 2878B 1 Bay Shore 1 Coal Steam Coal Steam RFCO RFC Ohio 39Lucas 95 136 2878_B_2 2878B 2 Bay Shore 1 Coal Steam Coal Steam RFCO RFC Ohio 39Lucas 95 138 2878_B_3 2878B 3 Bay Shore 1 Coal Steam Coal Steam RFCO RFC Ohio 39Lucas 95 142 2878_B_4 2878B 4 Bay Shore 1 Coal Steam Coal Steam RFCO RFC Ohio 39Lucas 95 215 2878_G_CT 2878G CT Bay Shore 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Lucas 95 17 2914_B_4 2914B 4 Dover 1 Coal Steam Coal Steam RFCO RFC Ohio 39Tuscarawas 157 15.2 2914_G_2 2914G 2 Dover 1 Coal Steam Coal Steam RFCO RFC Ohio 39Tuscarawas 157 4 2914_G_3 2914G 3 Dover 1 Coal Steam Coal Steam RFCO RFC Ohio 39Tuscarawas 157 8 2914_G_5 2914G 5 Dover 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Tuscarawas 157 2.4 2914_G_6 2914G 6 Dover 1 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Tuscarawas 157 15.3 2917_B_1 2917B 1 Hamilton 1 O/G SteamO/G Steam RFCO RFC Ohio 39Butler 172.267135 2917_B_7 2917B 7 Hamilton 1 O/G SteamO/G Steam RFCO RFC Ohio 39Butler 17 24.9301 2917_B_8 2917B 8 Hamilton 1 Coal Steam Coal Steam RFCO RFC Ohio 39Butler 1732.80276 2917_B_9 2917B 9 Hamilton 1 Coal Steam Coal Steam RFCO RFC Ohio 39Butler 17 51 2917_G_GT1 2917G GT1 Hamilton 1 Combined Cycle Combined Cycle RFCO RFC Ohio 39Butler 17 8 2917_G_GT22917G GT2 Hamilton 1 Combined Cycle Combined Cycle RFCO RFC Ohio 39Butler 17 12 2937_B_4 2937B 4 Piqua 0 Coal Steam Coal Steam RFCO RFC Ohio 39Miami 109 12.4 2937_B_5 2937B 5 Piqua 0 Coal Steam Coal Steam RFCO RFC Ohio 39Miami 109 12.4 2937_B_6 2937B 6 Piqua 0 Coal Steam Coal Steam RFCO RFC Ohio 39Miami 109 20 2937_G_11 2937G 11 Piqua 0 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Miami 109 16.5 2937_G_8 2937G 8 Piqua 0 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Miami 109 20 2942_B_5 2942B 5 St Marys 0 Coal Steam Coal Steam RFCO RFC Ohio 39Auglaize 11 5.8 2942_B_6 2942B 6 St Marys 0 Coal Steam Coal Steam RFCO RFC Ohio 39Auglaize 11 9 2942_G_7 2942G 7 St Marys 0 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Auglaize 11 12 2942_G_GT1 2942G GT1 St Marys 0 Combustion Turbine Combustion Turbine RFCO RFC Ohio 39Auglaize 11 10.4 2951_B_6 2951B 6 Horseshoe Lake1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Oklahoma 109 169 2951_B_8 2951B 8 Horseshoe Lake1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Oklahoma 109 387 2951_G_10 2951G 10 Horseshoe Lake1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Oklahoma 109 45.5 2951_G_9 2951G 9 Horseshoe Lake1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Oklahoma 109 45.5 2951_G_GT72951G GT7 Horseshoe Lake1 Combined Cycle Combined Cycle SPPS SPP Oklahoma 40Oklahoma 109 17 2951_G_ST7 2951G ST7 Horseshoe Lake1 Combined Cycle Combined Cycle SPPS SPP Oklahoma 40Oklahoma 109 217 2952_B_3 2952B 3 Muskogee 1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Muskogee 101 166 2952_B_4 2952B 4 Muskogee 1 Coal Steam Coal Steam SPPS SPP Oklahoma 40Muskogee 101 510.5 2952_B_5 2952B 5 Muskogee 1 Coal Steam Coal Steam SPPS SPP Oklahoma 40Muskogee 101 521.6 2952_B_6 2952B 6 Muskogee 1 Coal Steam Coal Steam SPPS SPP Oklahoma 40Muskogee 101 515 2953_B_1 2953B 1 Mustang 0 O/G SteamO/G Steam SPPS SPP Oklahoma 40Canadian 17 53 2953_B_2 2953B 2 Mustang 0 O/G SteamO/G Steam SPPS SPP Oklahoma 40Canadian 17 53 2953_B_3 2953B 3 Mustang 0 O/G SteamO/G Steam SPPS SPP Oklahoma 40Canadian 17 117.5 2953_B_4 2953B 4 Mustang 0 O/G SteamO/G Steam SPPS SPP Oklahoma 40Canadian 17 250 2953_G_5A 2953G 5A Mustang 0 Combustion Turbine Combustion Turbine SPPS SPP Oklahoma 40Canadian 17 31 2953_G_5B 2953G 5B Mustang 0 Combustion Turbine Combustion Turbine SPPS SPP Oklahoma 40Canadian 17 33

NEEDS 155 of 505Unique

ID 3_B_1 2876_B_5 2878_B_1 2878_B_2 2878_B_3 2878_B_4 2878_G_CT 2914_B_4 2914_G_2 2914_G_3 2914_G_5 2914_G_6 2917_B_1 2917_B_7 2917_B_8 2917_B_9 2917_G_GT1 2917_G_GT2 2937_B_4 2937_B_5 2937_B_6 2937_G_11 2937_G_8 2942_B_5 2942_B_6 2942_G_7 2942_G_GT1 2951_B_6 2951_B_8 2951_G_10 2951_G_9 2951_G_GT7 2951_G_ST7 2952_B_3 2952_B_4 2952_B_5 2952_B_6 2953_B_1 2953_B_2 2953_B_3 2953_B_4 2953_G_5A 2953_G_5B

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

217 1955 9999 2876 0 1,085 20.00%2876_B 136 2000 9999 2878 0 627 21.67%2878_B 138 1959 9999 2878 0 627 21.99%2878_B 142 1963 9999 2878 0 627 22.63%2878_B 211.4525 1968 9999 2878 0 627 33.70%2878_B 17 1967 9999 0 627 2878_G 15.2 1968 9999 2914 0 27 55.88%2914_B 4 1944 9999 2914 0 27 14.71%2914_G 8 1954 9999 2914 0 27 29.41%2914_G 2.4 1966 9999 0 27 2914_G 15.3 1992 9999 0 27 2914_G 2.2671 1970 9999 2917 0 131 1.73%2917_B 24.9301 1964 9999 2917 0 131 19.03%2917_B 32.8028 1964 9999 2917 0 131 25.04%2917_B 51 1974 9999 2917 0 131 38.93%2917_B 8 1964 9999 2917 0 131 6.11%2917_G 12 1971 9999 2917 0 131 9.16%2917_G 12.4 1940 9999 2937 0 45 27.68%2937_B 12.4 1940 9999 2937 0 45 27.68%2937_B 20 1961 9999 2937 0 45 44.64%2937_B 16.5 1989 9999 0 45 2937_G 20 1972 9999 0 45 2937_G 5.8 1957 9999 2942 0 15 39.19%2942_B 9 1967 9999 2942 0 15 60.81%2942_B 12 1992 9999 0 15 2942_G 10.4 1999 9999 0 15 2942_G 169 1958 9999 2951 1 881 19.18%2951_B 387 1969 9999 2951 1 881 43.93%2951_B 45.5 2001 9999 2951 0 881 5.16%2951_G 45.5 2001 9999 2951 0 881 5.16%2951_G 17 1963 9999 2951 0 881 1.93%2951_G 217 1963 9999 2951 0 881 24.63%2951_G 166 1956 9999 2952 1 1,713 9.69%2952_B 510.5 1977 9999 2952 0 1,713 29.80%2952_B 521.6 1978 9999 2952 0 1,713 30.45%2952_B 515 1984 9999 2952 0 1,713 30.06%2952_B 53 1950 9999 2953 1 474 11.19%2953_B 53 1951 9999 2953 1 474 11.19%2953_B 117.5 1955 9999 2953 1 474 24.82%2953_B 250 1959 9999 2953 1 474 52.80%2953_B 31 1971 9999 0 474 2953_G 33 1971 9999 0 474 2953_G

NEEDS 156 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 2956_B_1 2956B 1 Seminole 1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Seminole 133 506 2956_B_2 2956B 2 Seminole 1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Seminole 133 500.5 2956_B_3 2956B 3 Seminole 1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Seminole 133 519 2956_G_GT1 2956G GT1 Seminole 1 Combustion Turbine Combustion Turbine SPPS SPP Oklahoma 40Seminole 133 16 2964_B_80022964B 8002 Southwestern 1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Caddo 15 80 2964_B_80032964B 8003 Southwestern 1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Caddo 15 315 2964_B_801N2964B 801N Southwestern 1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Caddo 15 40 2964_B_801S2964B 801S Southwestern 1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Caddo 15 40 2964_G_GT1 2964G GT1 Southwestern 1 Combustion Turbine Combustion Turbine SPPS SPP Oklahoma 40Caddo 15 85 2964_G_GT22964G GT2 Southwestern 1 Combustion Turbine Combustion Turbine SPPS SPP Oklahoma 40Caddo 15 85 2964_G_IC1 2964G IC1 Southwestern 1 Combustion Turbine Combustion Turbine SPPS SPP Oklahoma 40Caddo 15 2 2965_B_14022965B 1402 Tulsa 0 O/G SteamO/G Steam SPPS SPP Oklahoma 40Tulsa 143 165 2965_B_14032965B 1403 Tulsa 0 O/G SteamO/G Steam SPPS SPP Oklahoma 40Tulsa 143 85 2965_B_14042965B 1404 Tulsa 0 O/G SteamO/G Steam SPPS SPP Oklahoma 40Tulsa 143 165 2965_G_IC1 2965G IC1 Tulsa 0 Combustion Turbine Combustion Turbine SPPS SPP Oklahoma 40Tulsa 143 8.3 3000_B_1 3000B 1 Boomer Lake Station 0 O/G SteamO/G Steam SPPS SPP Oklahoma 40Payne 119 11.9 3000_B_2 3000B 2 Boomer Lake Station 0 O/G SteamO/G Steam SPPS SPP Oklahoma 40Payne 119 11.9 3000_G_3 3000G 3 Boomer Lake Station 0 Combustion Turbine

Combustion Turbine SPPS SPP Oklahoma 40Payne 119 1.95 3000_G_4 3000G 4 Boomer Lake Station 0 Combustion Turbine

Combustion Turbine SPPS SPP Oklahoma 40Payne 119 1.95 3000_G_5 3000G 5 Boomer Lake Station 0 Combustion Turbine

Combustion Turbine SPPS SPP Oklahoma 40Payne 119 1.95 3098_B_1 3098B 1 Elrama 1 Coal Steam Coal Steam RFCP RFC Pennsylvania 42Washington 125 94 3098_B_2 3098B 2 Elrama 1 Coal Steam Coal Steam RFCP RFC Pennsylvania 42Washington 125 94 3098_B_3 3098B 3 Elrama 1 Coal Steam Coal Steam RFCP RFC Pennsylvania 42Washington 125 103 3098_B_4 3098B 4 Elrama 1 Coal Steam Coal Steam RFCP RFC Pennsylvania 42Washington 125 173.5 3113_B_1 3113B 1 Portland 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Northhampton 95 157 3113_B_2 3113B 2 Portland 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Northhampton 95 243 3113_G_3 3113G 3 Portland 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Northhampton 95 17 3113_G_4 3113G 4 Portland 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Northhampton 95 23 3113_G_5 3113G 5 Portland 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Northhampton 95 145 3115_B_1 3115B 1 Titus 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Berks 11 81 3115_B_2 3115B 2 Titus 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Berks 11 81 3115_B_3 3115B 3 Titus 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Berks 11 81 3115_G_4 3115G 4 Titus 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Berks 11 16 3115_G_5 3115G 5 Titus 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Berks 11 17 3118_B_1 3118B 1 Conemaugh 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Indiana 63 850 3118_B_2 3118B 2 Conemaugh 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Indiana 63 850 3118_G_A 3118G A Conemaugh 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Indiana 63 3 3118_G_B 3118G B Conemaugh 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Indiana 63 3 3118_G_C 3118G C Conemaugh 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Indiana 63 3 3118_G_D 3118G D Conemaugh 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Indiana 63 3 3122_B_1 3122B 1 Homer City Station 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Indiana 63 620 3122_B_2 3122B 2 Homer City Station 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Indiana 63 614

NEEDS 157 of 505Unique

ID 3_B_1 2956_B_1 2956_B_2 2956_B_3 2956_G_GT1 2964_B_8002 2964_B_8003 2964_B_801N 2964_B_801S 2964_G_GT1 2964_G_GT2 2964_G_IC1 2965_B_1402 2965_B_1403 2965_B_1404 2965_G_IC1 3000_B_1 3000_B_2 3000_G_3 3000_G_4 3000_G_5 3098_B_1 3098_B_2 3098_B_3 3098_B_4 3113_B_1 3113_B_2 3113_G_3 3113_G_4 3113_G_5 3115_B_1 3115_B_2 3115_B_3 3115_G_4 3115_G_5 3118_B_1 3118_B_2 3118_G_A 3118_G_B 3118_G_C 3118_G_D 3122_B_1 3122_B_2Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

506 1971 9999 2956 0 1,526 33.17%2956_B 500.5 1973 9999 2956 0 1,526 32.81%2956_B 519 1975 9999 2956 0 1,526 34.02%2956_B 16 1971 9999 0 1,526 2956_G 80 1954 9999 2964 1 475 16.84%2964_B 315 1967 9999 2964 0 475 66.32%2964_B 40 1952 9999 2964 1 475 8.42%2964_B 40 1952 9999 2964 1 475 8.42%2964_B 85 2008 9999 0 475 2964_G 85 2008 9999 0 475 2964_G 2 1966 9999 0 475 2964_G 165 1956 9999 2965 1 415 39.76%2965_B 85 1958 9999 2965 1 415 20.48%2965_B 165 1958 9999 2965 1 415 39.76%2965_B 8.3 1967 9999 0 415 2965_G 11.9 1956 9999 3000 1 24 50.00%3000_B 11.9 1956 9999 3000 1 24 50.00%3000_B 1.95 2004 9999 0 24 3000_G 1.95 2004 9999 0 24 3000_G 1.95 2004 9999 0 24 3000_G 94 1952 9999 3098 0 465 20.24%3098_B 94 1953 9999 3098 0 465 20.24%3098_B 103 1952 9999 3098 0 465 22.17%3098_B 173.5 1952 9999 3098 0 465 37.35%3098_B 157 1958 9999 3113 0 400 39.25%3113_B 243 1962 9999 3113 0 400 60.75%3113_B 17 1967 9999 0 400 3113_G 23 1971 9999 0 400 3113_G 145 1994 9999 0 400 3113_G 81 1951 9999 3115 0 243 33.33%3115_B 81 1951 9999 3115 0 243 33.33%3115_B 81 1953 9999 3115 0 243 33.33%3115_B 16 1967 9999 0 243 3115_G 17 1970 9999 0 243 3115_G 850 1970 9999 3118 0 1,700 50.00%3118_B 850 1971 9999 3118 0 1,700 50.00%3118_B 3 1970 9999 0 1,700 3118_G 3 1970 9999 0 1,700 3118_G 3 1970 9999 0 1,700 3118_G 3 1970 9999 0 1,700 3118_G 620 1969 9999 3122 0 1,873 33.10%3122_B 614 1970 9999 3122 0 1,873 32.78%3122_B

NEEDS 158 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3122_B_3 3122B 3 Homer City Station 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Indiana 63 650 3130_B_1 3130B 1 Seward 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Indiana 63 260.5 3130_B_2 3130B 2 Seward 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Indiana 63 260.5 3131_B_1 3131B 1 Shawville 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Clearfield 33 122 3131_B_2 3131B 2 Shawville 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Clearfield 33 125 3131_B_3 3131B 3 Shawville 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Clearfield 33 175 3131_B_4 3131B 4 Shawville 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Clearfield 33 175 3131_G_5 3131G 5 Shawville 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Clearfield 33 2 3131_G_6 3131G 6 Shawville 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Clearfield 33 2 3131_G_7 3131G 7 Shawville 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Clearfield 33 2 3132_G_5 3132G 5 Warren 0 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Warren 123 57 3136_B_1 3136B 1 Keystone 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Armstrong 5 850 3136_B_2 3136B 2 Keystone 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Armstrong 5 850 3136_G_3 3136G 3 Keystone 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Armstrong 5 3 3136_G_4 3136G 4 Keystone 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Armstrong 5 3 3136_G_5 3136G 5 Keystone 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Armstrong 5 3 3136_G_6 3136G 6 Keystone 1 Combustion Turbine Combustion Turbine MACW RFC Pennsylvania 42Armstrong 5 3 3138_B_3 3138B 3 New Castle 1 Coal Steam Coal Steam RFCO RFC Pennsylvania 42Lawrence 73 94 3138_B_4 3138B 4 New Castle 1 Coal Steam Coal Steam RFCO RFC Pennsylvania 42Lawrence 73 98 3138_B_5 3138B 5 New Castle 1 Coal Steam Coal Steam RFCO RFC Pennsylvania 42Lawrence 73 134 3138_G_EMDA3138G EMDA New Castle 1 Combustion Turbine Combustion Turbine RFCO RFC Pennsylvania 42Lawrence 73 2.5 3138_G_EMDB3138G EMDB New Castle 1 Combustion Turbine Combustion Turbine RFCO RFC Pennsylvania 42Lawrence 73 2.5 3140_B_1 3140B 1 PPL Brunner Island 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42York 133 344 3140_B_2 3140B 2 PPL Brunner Island 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42York 133 397 3140_B_3 3140B 3 PPL Brunner Island 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42York 133 754 3140_G_BID13140G BID1 PPL Brunner Island 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42York 133 2.8 3140_G_BID23140G BID2 PPL Brunner Island 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42York 133 2.8 3140_G_BID33140G BID3 PPL Brunner Island 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42York 133 2.7 3148_B_3 3148B 3 PPL Martins Creek 1 O/G SteamO/G Steam MACW RFC Pennsylvania 42Northhampton 95 820 3148_B_4 3148B 4 PPL Martins Creek 1 O/G SteamO/G Steam MACW RFC Pennsylvania 42Northhampton 95 820 3148_G_CTG13148G CTG1 PPL Martins Creek 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42Northhampton 95 23.58 3148_G_CTG23148G CTG2 PPL Martins Creek 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42Northhampton 95 23.58 3148_G_CTG33148G CTG3 PPL Martins Creek 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42Northhampton 95 23.58 3148_G_CTG43148G CTG4 PPL Martins Creek 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42Northhampton 95 23.58 3148_G_MCD13148G MCD1 PPL Martins Creek 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42Northhampton 95 2.75 3148_G_MCD23148G MCD2 PPL Martins Creek 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42Northhampton 95 2.75 3149_B_1 3149B 1 PPL Montour 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Montour 93 750 3149_B_2 3149B 2 PPL Montour 1 Coal Steam Coal Steam MACW RFC Pennsylvania 42Montour 93 750 3152_B_1A 3152B 1A WPS Energy Servs Sunbury Gen 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Snyder 10937.58065 3152_B_1B 3152B 1B WPS Energy Servs Sunbury Gen 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Snyder 10937.58065 3152_B_2A 3152B 2A WPS Energy Servs Sunbury Gen 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Snyder 10937.58065 3152_B_2B 3152B 2B WPS Energy Servs Sunbury Gen 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Snyder 10937.58065

NEEDS 159 of 505Unique

ID 3_B_1 3122_B_3 3130_B_1 3130_B_2 3131_B_1 3131_B_2 3131_B_3 3131_B_4 3131_G_5 3131_G_6 3131_G_7 3132_G_5 3136_B_1 3136_B_2 3136_G_3 3136_G_4 3136_G_5 3136_G_6 3138_B_3 3138_B_4 3138_B_5 3138_G_EMDA 3138_G_EMDB 3140_B_1 3140_B_2 3140_B_3 3140_G_BID1 3140_G_BID2 3140_G_BID3 3148_B_3 3148_B_4 3148_G_CTG1 3148_G_CTG2 3148_G_CTG3 3148_G_CTG4 3148_G_MCD1 3148_G_MCD2 3149_B_1 3149_B_2 3152_B_1A 3152_B_1B 3152_B_2A 3152_B_2BCapacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

639.275 1977 9999 3122 0 1,873 34.13%3122_B 260.5 2004 9999 3130 0 521 50.00%3130_B 260.5 2003 9999 3130 0 521 50.00%3130_B 122 1954 9999 3131 0 597 20.44%3131_B 125 1954 9999 3131 0 597 20.94%3131_B 175 1959 9999 3131 0 597 29.31%3131_B 175 1960 9999 3131 0 597 29.31%3131_B 2 1963 9999 0 597 3131_G 2 1966 9999 0 597 3131_G 2 1960 9999 0 597 3131_G 57 1972 9999 0 0 3132_G 850 1967 9999 3136 0 1,700 50.00%3136_B 850 1968 9999 3136 0 1,700 50.00%3136_B 3 1968 9999 0 1,700 3136_G 3 1968 9999 0 1,700 3136_G 3 1968 9999 0 1,700 3136_G 3 1968 9999 0 1,700 3136_G 94 1952 9999 3138 0 326 28.83%3138_B 98 1958 9999 3138 0 326 30.06%3138_B 134 1964 9999 3138 0 326 41.10%3138_B 2.5 1959 9999 0 326 3138_G 2.5 1959 9999 0 326 3138_G 344 1961 9999 3140 0 1,495 23.01%3140_B 397 1965 9999 3140 0 1,495 26.56%3140_B 754 1981 9999 3140 0 1,495 50.43%3140_B 2.8 1965 9999 0 1,495 3140_G 2.8 1965 9999 0 1,495 3140_G 2.7 1965 9999 0 1,495 3140_G 820 1975 9999 3148 0 1,640 50.00%3148_B 820 1977 9999 3148 0 1,640 50.00%3148_B 23.58 1969 9999 0 1,640 3148_G 23.58 1969 9999 0 1,640 3148_G 23.58 1969 9999 0 1,640 3148_G 23.58 1969 9999 0 1,640 3148_G 2.75 1967 9999 0 1,640 3148_G 2.75 1967 9999 0 1,640 3148_G 750 1971 9999 3149 0 1,488 50.42%3149_B 737.625 1973 9999 3149 0 1,488 49.58%3149_B 37.5806 1949 9999 3152 0 361 10.41%3152_B 37.5806 1949 9999 3152 0 361 10.41%3152_B 37.5806 1949 9999 3152 0 361 10.41%3152_B 37.5806 1949 9999 3152 0 361 10.41%3152_B

NEEDS 160 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3152_B_3 3152B 3 WPS Energy Servs Sunbury Gen 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Snyder 10982.67742 3152_B_4 3152B 4 WPS Energy Servs Sunbury Gen 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Snyder 109 128 3152_G_CTG13152G CTG1 WPS Energy Servs Sunbury Gen 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42Snyder 109 20.45 3152_G_CTG23152G CTG2 WPS Energy Servs Sunbury Gen 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42Snyder 109 20.45 3152_G_DI2 3152G DI2 WPS Energy Servs Sunbury Gen 1 Combustion Turbine

Combustion Turbine MACW RFC Pennsylvania 42Snyder 109 5.5 3159_B_1 3159B 1 Cromby Generating Station 1 Coal Steam

Coal Steam MACE RFC Pennsylvania 42Chester 29 144 3159_B_2 3159B 2 Cromby Generating Station 1 O/G SteamO/G Steam MACE RFC Pennsylvania 42Chester 29 201 3159_G_ICI 3159G ICI Cromby Generating Station 1 Combustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Chester 29 2.7 3160_G_10 3160G 10 Delaware Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Philadelphia 101 13 3160_G_11 3160G 11 Delaware Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Philadelphia 101 13 3160_G_12 3160G 12 Delaware Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Philadelphia 101 13 3160_G_9 3160G 9 Delaware Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Philadelphia 101 17 3161_B_1 3161B 1 Eddystone Generating Station 1 Cal Steam

Coal Steam MACE RFC Pennsylvania 42Delaware 45 279 3161_B_2 3161B 2 Eddystone Generating Station 1 Cal Steam

Coal Steam MACE RFC Pennsylvania 42Delaware 45 309 3161_B_3 3161B 3 Eddystone Generating Station 1 O/G SteamO/G Steam MACE RFC Pennsylvania 42Delaware 45 380 3161_B_4 3161B 4 Eddystone Generating Station 1 O/G SteamO/G Steam MACE RFC Pennsylvania 42Delaware 45 380 3161_G_10 3161G 10 Eddystone Generating Station 1 Cmbustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Delaware 45 13 3161_G_20 3161G 20 Eddystone Generating Station 1 Cmbustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Delaware 45 13 3161_G_30 3161G 30 Eddystone Generating Station 1 Cmbustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Delaware 45 17 3161_G_40 3161G 40 Eddystone Generating Station 1 Cmbustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Delaware 45 17 3166_G_2 3166G 2 Peach Bottom 1 Nuclear Nuclear MACW RFC Pennsylvania 42York 133 1112 3166_G_3 3166G 3 Peach Bottom 1 Nuclear Nuclear MACW RFC Pennsylvania 42York 133 1112 3169_B_1 3169B 1 Schuylkill Generating Station 0 O/G SteamO/G Steam MACE RFC Pennsylvania 42Philadelphia 101 166 3169_G_10 3169G 10 Schuylkill Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Philadelphia 101 13 3169_G_11 3169G 11 Schuylkill Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Philadelphia 101 17 3169_G_IC1 3169G IC1 Schuylkill Generating Station 0 Combustion Turbine

Combustion Turbine MACE RFC Pennsylvania 42Philadelphia 101 2.8 3178_B_1 3178B 1 Armstrong Power Station 1 Coal Steam

Coal Steam RFCP RFC Pennsylvania 42Armstrong 5 172 3178_B_2 3178B 2 Armstrong Power Station 1 Coal Steam

Coal Steam RFCP RFC Pennsylvania 42Armstrong 5 171 3179_B_1 3179B 1 Hatfields Ferry Power Station 1 Coal Steam

Coal Steam RFCP RFC Pennsylvania 42Greene 59 530 3179_B_2 3179B 2 Hatfields Ferry Power Station 1 Coal Steam

Coal Steam RFCP RFC Pennsylvania 42Greene 59 530 3179_B_3 3179B 3 Hatfields Ferry Power Station 1 Coal Steam

Coal Steam RFCP RFC Pennsylvania 42Greene 59 530 3181_B_1 3181B 1 Mitchell Power Station 1 O/G SteamO/G Steam RFCP RFC Pennsylvania 42Washington 12527.33333 3181_B_2 3181B 2 Mitchell Power Station 1 O/G SteamO/G Steam RFCP RFC Pennsylvania 42Washington 12527.33333 3181_B_3 3181B 3 Mitchell Power Station 1 O/G SteamO/G Steam RFCP RFC Pennsylvania 42Washington 12527.33333 3181_B_33 3181B 33 Mitchell Power Station 1 Coal Steam

Coal Steam RFCP RFC Pennsylvania 42Washington 125 277 3236_G_G10A3236G G10A Manchester Street 1 Combined Cycle

Combined Cycle NENG NPCCRhode Island 44Providence 7 95.14 3236_G_G11A3236G G11A Manchester Street 1 Combined Cycle

Combined Cycle NENG NPCCRhode Island 44Providence 7 95.08 3236_G_GE103236G GE10 Manchester Street 1 Combined Cycle

Combined Cycle NENG NPCCRhode Island 44Providence 7 46.86 3236_G_GE113236G GE11 Manchester Street 1 Combined Cycle

Combined Cycle NENG NPCCRhode Island 44Providence 7 46.83 3236_G_GE9A3236G GE9A Manchester Street 1 Combined Cycle

Combined Cycle NENG NPCCRhode Island 44Providence 7 95.14 3236_G_GEN93236G GEN9 Manchester Street 1 Combined Cycle

Combined Cycle NENG NPCCRhode Island 44Providence 7 46.86 3251_B_1 3251B 1 H B Robinson 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Darlington 31 176

NEEDS 161 of 505Unique

ID 3_B_1 3152_B_3 3152_B_4 3152_G_CTG1 3152_G_CTG2 3152_G_DI2 3159_B_1 3159_B_2 3159_G_ICI 3160_G_10 3160_G_11 3160_G_12 3160_G_9 3161_B_1 3161_B_2 3161_B_3 3161_B_4 3161_G_10 3161_G_20 3161_G_30 3161_G_40 3166_G_2 3166_G_3 3169_B_1 3169_G_10 3169_G_11 3169_G_IC1 3178_B_1 3178_B_2 3179_B_1 3179_B_2 3179_B_3 3181_B_1 3181_B_2 3181_B_3 3181_B_33 3236_G_G10A 3236_G_G11A 3236_G_GE10 3236_G_GE11 3236_G_GE9A 3236_G_GEN9 3251_B_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

82.6774 1951 9999 3152 0 361 22.90%3152_B 128 1953 9999 3152 0 361 35.46%3152_B 20.45 1971 9999 0 361 3152_G 20.45 1971 9999 0 361 3152_G 5.5 1967 9999 0 361 3152_G 144 1954 9999 3159 0 345 41.74%3159_B 201 1955 9999 3159 1 345 58.26%3159_B 2.7 1954 9999 0 345 3159_G 13 1969 9999 0 0 3160_G 13 1969 9999 0 0 3160_G 13 1969 9999 0 0 3160_G 17 1970 9999 0 0 3160_G 279 1959 9999 3161 0 1,348 20.70%3161_B 309 1960 9999 3161 0 1,348 22.92%3161_B 380 1974 9999 3161 0 1,348 28.19%3161_B 380 1976 9999 3161 0 1,348 28.19%3161_B 13 1967 9999 0 1,348 3161_G 13 1967 9999 0 1,348 3161_G 17 1970 9999 0 1,348 3161_G 17 1970 9999 0 1,348 3161_G 1112 1974 2034 3166 0 2,224 50.00%3166_G 1112 1974 2034 3166 0 2,224 50.00%3166_G 166 1958 9999 3169 1 166 100.00%3169_B 13 1969 9999 0 166 3169_G 17 1971 9999 0 166 3169_G 2.8 1967 9999 0 166 3169_G 172 1958 9999 3178 0 343 50.15%3178_B 171 1959 9999 3178 0 343 49.85%3178_B 530 1969 9999 3179 0 1,581 33.52%3179_B 530 1970 9999 3179 0 1,581 33.52%3179_B 521.255 1971 9999 3179 0 1,581 32.96%3179_B 27.3333 1948 9999 3181 0 359 7.61%3181_B 27.3333 1949 9999 3181 0 359 7.61%3181_B 27.3333 1949 9999 3181 0 359 7.61%3181_B 277 1963 9999 3181 0 359 77.16%3181_B 95.14 1995 9999 3236 0 426 22.34%3236_G 95.08 1995 9999 3236 0 426 22.32%3236_G 46.86 1995 9999 3236 0 426 11.00%3236_G 46.83 1995 9999 3236 0 426 11.00%3236_G 95.14 1995 9999 3236 0 426 22.34%3236_G 46.86 1995 9999 3236 0 426 11.00%3236_G 176 1960 9999 3251 0 886 19.86%3251_B

NEEDS 162 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3251_G_2 3251G 2 H B Robinson 1 Nuclear Nuclear VACA SERCSouth Carolina 45Darlington 31 710 3251_G_GT1 3251G GT1 H B Robinson 1 Combustion Turbine Combustion TurbineVACA SERCSouth Carolina 45Darlington 31 15 3264_B_1 3264B 1 WS Lee 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Anderson 7 100 3264_B_2 3264B 2 WS Lee 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Anderson 7 100 3264_B_3 3264B 3 WS Lee 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Anderson 7 170 3264_G_7 3264G 7 WS Lee 1 Combustion Turbine Combustion TurbineVACA SERCSouth Carolina 45Anderson 7 35 3264_G_8 3264G 8 WS Lee 1 Combustion Turbine Combustion TurbineVACA SERCSouth Carolina 45Anderson 7 35 3265_G_1 3265G 1 Oconee 1 Nuclear Nuclear VACA SERCSouth Carolina 45Oconee 73 846 3265_G_2 3265G 2 Oconee 1 Nuclear Nuclear VACA SERCSouth Carolina 45Oconee 73 846 3265_G_3 3265G 3 Oconee 1 Nuclear Nuclear VACA SERCSouth Carolina 45Oconee 73 846 3280_B_CAN13280B CAN1 Canadys Steam1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Colleton 29 105 3280_B_CAN23280B CAN2 Canadys Steam1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Colleton 29 116 3280_B_CAN33280B CAN3 Canadys Steam1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Colleton 29 175 3287_B_MCM13287B MCM1 McMeekin 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Lexington 63 125 3287_B_MCM23287B MCM2 McMeekin 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Lexington 63 125 3295_B_URQ33295B URQ3 Urquhart 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Aiken 3 94 3295_G_1 3295G 1 Urquhart 1 Combined Cycle Combined Cycle VACA SERCSouth Carolina 45Aiken 3 68 3295_G_2 3295G 2 Urquhart 1 Combined Cycle Combined Cycle VACA SERCSouth Carolina 45Aiken 3 68 3295_G_CT1 3295G CT1 Urquhart 1 Combined Cycle Combined Cycle VACA SERCSouth Carolina 45Aiken 3 80 3295_G_CT2 3295G CT2 Urquhart 1 Combined Cycle Combined Cycle VACA SERCSouth Carolina 45Aiken 3 80 3295_G_GT1 3295G GT1 Urquhart 1 Combustion Turbine Combustion TurbineVACA SERCSouth Carolina 45Aiken 3 15 3295_G_GT2 3295G GT2 Urquhart 1 Combustion Turbine Combustion TurbineVACA SERCSouth Carolina 45Aiken 3 14 3295_G_GT33295G GT3 Urquhart 1 Combustion Turbine Combustion TurbineVACA SERCSouth Carolina 45Aiken 3 11 3295_G_GT43295G GT4 Urquhart 1 Combustion Turbine Combustion TurbineVACA SERCSouth Carolina 45Aiken 3 47 3297_B_WAT13297B WAT1 Wateree 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Richland 79 350 3297_B_WAT23297B WAT2 Wateree 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Richland 79 350 3298_B_WIL13298B WIL1 Williams 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Berkeley 15 615 3298_G_1 3298G 1 Williams 1 Combustion Turbine Combustion TurbineVACA SERCSouth Carolina 45Berkeley 15 20 3298_G_2 3298G 2 Williams 1 Combustion Turbine Combustion TurbineVACA SERCSouth Carolina 45Berkeley 15 20 3317_B_1 3317B 1 Dolphus M Grainger 1 Coal Steam

Coal Steam VACA SERCSouth Carolina 45Horry 51 85 3317_B_2 3317B 2 Dolphus M Grainger 1 Coal Steam

Coal Steam VACA SERCSouth Carolina 45Horry 51 85 3319_B_1 3319B 1 Jefferies 1 O/G SteamO/G Steam VACA SERCSouth Carolina 45Berkeley 15 46 3319_B_2 3319B 2 Jefferies 1 O/G SteamO/G Steam VACA SERCSouth Carolina 45Berkeley 15 46 3319_B_3 3319B 3 Jefferies 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Berkeley 15 153 3319_B_4 3319B 4 Jefferies 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Berkeley 15 153 3319_G_H1 3319G H1 Jefferies 1 Hydro Hydro VACA SERCSouth Carolina 45Berkeley 15 29 3319_G_H2 3319G H2 Jefferies 1 Hydro Hydro VACA SERCSouth Carolina 45Berkeley 15 29 3319_G_H3 3319G H3 Jefferies 1 Hydro Hydro VACA SERCSouth Carolina 45Berkeley 15 29 3319_G_H4 3319G H4 Jefferies 1 Hydro Hydro VACA SERCSouth Carolina 45Berkeley 15 29 3319_G_H6 3319G H6 Jefferies 1 Hydro Hydro VACA SERCSouth Carolina 45Berkeley 15 11 3393_B_1 3393B 1 Allen Steam Plant 1 Coal Steam

Coal Steam TVA SERCTennessee 47Shelby 157 247 3393_B_2 3393B 2 Allen Steam Plant 1 Coal Steam

Coal Steam TVA SERCTennessee 47Shelby 157 247

NEEDS 163 of 505Unique

ID 3_B_1 3251_G_2 3251_G_GT1 3264_B_1 3264_B_2 3264_B_3 3264_G_7 3264_G_8 3265_G_1 3265_G_2 3265_G_3 3280_B_CAN1 3280_B_CAN2 3280_B_CAN3 3287_B_MCM1 3287_B_MCM2 3295_B_URQ3 3295_G_1 3295_G_2 3295_G_CT1 3295_G_CT2 3295_G_GT1 3295_G_GT2 3295_G_GT3 3295_G_GT4 3297_B_WAT1 3297_B_WAT2 3298_B_WIL1 3298_G_1 3298_G_2 3317_B_1 3317_B_2 3319_B_1 3319_B_2 3319_B_3 3319_B_4 3319_G_H1 3319_G_H2 3319_G_H3 3319_G_H4 3319_G_H6 3393_B_1 3393_B_2Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

710 1971 2031 3251 0 886 80.14%3251_G 15 1968 9999 0 886 3251_G 100 1951 9999 3264 0 370 27.03%3264_B 100 1951 9999 3264 0 370 27.03%3264_B 170 1958 9999 3264 0 370 45.95%3264_B 35 2006 9999 0 370 3264_G 35 2006 9999 0 370 3264_G 846 1973 2033 3265 0 2,538 33.33%3265_G 846 1974 2034 3265 0 2,538 33.33%3265_G 846 1974 2034 3265 0 2,538 33.33%3265_G 105 1962 9999 3280 0 396 26.52%3280_B 116 1964 9999 3280 0 396 29.29%3280_B 175 1967 9999 3280 0 396 44.19%3280_B 125 1958 9999 3287 0 250 50.00%3287_B 125 1958 9999 3287 0 250 50.00%3287_B 94 1955 9999 3295 0 390 24.10%3295_B 68 1953 9999 3295 0 390 17.44%3295_G 68 1954 9999 3295 0 390 17.44%3295_G 80 2002 9999 3295 0 390 20.51%3295_G 80 2002 9999 3295 0 390 20.51%3295_G 15 1969 9999 0 390 3295_G 14 1969 9999 0 390 3295_G 11 1969 9999 0 390 3295_G 47 1999 9999 0 390 3295_G 350 1970 9999 3297 0 700 50.00%3297_B 350 1971 9999 3297 0 700 50.00%3297_B 615 1973 9999 3298 0 615 100.00%3298_B 20 1972 9999 0 615 3298_G 20 1972 9999 0 615 3298_G 85 1966 9999 3317 0 170 50.00%3317_B 85 1966 9999 3317 0 170 50.00%3317_B 46 1954 9999 3319 0 398 11.56%3319_B 46 1954 9999 3319 0 398 11.56%3319_B 153 1970 9999 3319 0 398 38.44%3319_B 153 1970 9999 3319 0 398 38.44%3319_B 29 1942 9999 0 398 3319_G 29 1942 9999 0 398 3319_G 29 1942 9999 0 398 3319_G 29 1942 9999 0 398 3319_G 11 1942 9999 0 398 3319_G 247 1959 9999 3393 0 741 33.33%3393_B 247 1959 9999 3393 0 741 33.33%3393_B

NEEDS 164 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3393_B_3 3393B 3 Allen Steam Plant 1 Coal Steam

Coal Steam TVA SERCTennessee 47Shelby 157 247 3393_G_G10 3393G G10 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_G11 3393G G11 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_G12 3393G G12 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_G13 3393G G13 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_G14 3393G G14 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_G15 3393G G15 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_G16 3393G G16 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_G17 3393G G17 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 49.8 3393_G_G18 3393G G18 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 49.8 3393_G_G19 3393G G19 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 49.8 3393_G_G20 3393G G20 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 49.8 3393_G_GT1 3393G GT1 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_GT2 3393G GT2 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_GT33393G GT3 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_GT43393G GT4 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_GT53393G GT5 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_GT63393G GT6 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_GT73393G GT7 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_GT83393G GT8 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3393_G_GT93393G GT9 Allen Steam Plant 1 Combustion Turbine

Combustion Turbine TVA SERCTennessee 47Shelby 157 16.4 3396_B_1 3396B 1 Bull Run 1 Coal Steam Coal Steam TVA SERCTennessee 47Anderson 1 881 3399_B_1 3399B 1 Cumberland 1 Coal Steam Coal Steam TVA SERCTennessee 47Stewart 161 1232 3399_B_2 3399B 2 Cumberland 1 Coal Steam Coal Steam TVA SERCTennessee 47Stewart 161 1233 3403_B_1 3403B 1 Gallatin 1 Coal Steam Coal Steam TVA SERCTennessee 47Sumner 165 225 3403_B_2 3403B 2 Gallatin 1 Coal Steam Coal Steam TVA SERCTennessee 47Sumner 165 225 3403_B_3 3403B 3 Gallatin 1 Coal Steam Coal Steam TVA SERCTennessee 47Sumner 165 263 3403_B_4 3403B 4 Gallatin 1 Coal Steam Coal Steam TVA SERCTennessee 47Sumner 165 263 3403_G_GT1 3403G GT1 Gallatin 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Sumner 165 71.5 3403_G_GT2 3403G GT2 Gallatin 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Sumner 165 71.5 3403_G_GT33403G GT3 Gallatin 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Sumner 165 71.5 3403_G_GT43403G GT4 Gallatin 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Sumner 165 71.5 3403_G_GT53403G GT5 Gallatin 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Sumner 165 78.3 3403_G_GT63403G GT6 Gallatin 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Sumner 165 78.3 3403_G_GT73403G GT7 Gallatin 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Sumner 165 78.3 3403_G_GT83403G GT8 Gallatin 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Sumner 165 78.3 3405_B_1 3405B 1 John Sevier 1 Coal Steam Coal Steam TVA SERCTennessee 47Hawkins 73 176 3405_B_2 3405B 2 John Sevier 1 Coal Steam Coal Steam TVA SERCTennessee 47Hawkins 73 176 3405_B_3 3405B 3 John Sevier 1 Coal Steam Coal Steam TVA SERCTennessee 47Hawkins 73 176 3405_B_4 3405B 4 John Sevier 1 Coal Steam Coal Steam TVA SERCTennessee 47Hawkins 73 176 3406_B_1 3406B 1 Johnsonville 1 Coal Steam Coal Steam TVA SERCTennessee 47Humphreys 85 107 3406_B_10 3406B 10 Johnsonville 1 Coal Steam Coal Steam TVA SERCTennessee 47Humphreys 85 141

NEEDS 165 of 505Unique

ID 3_B_1 3393_B_3 3393_G_G10 3393_G_G11 3393_G_G12 3393_G_G13 3393_G_G14 3393_G_G15 3393_G_G16 3393_G_G17 3393_G_G18 3393_G_G19 3393_G_G20 3393_G_GT1 3393_G_GT2 3393_G_GT3 3393_G_GT4 3393_G_GT5 3393_G_GT6 3393_G_GT7 3393_G_GT8 3393_G_GT9 3396_B_1 3399_B_1 3399_B_2 3403_B_1 3403_B_2 3403_B_3 3403_B_4 3403_G_GT1 3403_G_GT2 3403_G_GT3 3403_G_GT4 3403_G_GT5 3403_G_GT6 3403_G_GT7 3403_G_GT8 3405_B_1 3405_B_2 3405_B_3 3405_B_4 3406_B_1 3406_B_10Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

247 1959 9999 3393 0 741 33.33%3393_B 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 49.8 1972 9999 0 741 3393_G 49.8 1972 9999 0 741 3393_G 49.8 1972 9999 0 741 3393_G 49.8 1972 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 16.4 1971 9999 0 741 3393_G 881 1967 9999 3396 0 881 100.00%3396_B 1232 1973 9999 3399 0 2,465 49.98%3399_B 1233 1973 9999 3399 0 2,465 50.02%3399_B 225 1956 9999 3403 0 976 23.05%3403_B 225 1957 9999 3403 0 976 23.05%3403_B 263 1959 9999 3403 0 976 26.95%3403_B 263 1959 9999 3403 0 976 26.95%3403_B 71.5 1975 9999 0 976 3403_G 71.5 1975 9999 0 976 3403_G 71.5 1975 9999 0 976 3403_G 71.5 1975 9999 0 976 3403_G 78.3 2000 9999 0 976 3403_G 78.3 2000 9999 0 976 3403_G 78.3 2000 9999 0 976 3403_G 78.3 2000 9999 0 976 3403_G 176 1955 9999 3405 0 704 25.00%3405_B 176 1955 9999 3405 0 704 25.00%3405_B 176 1956 9999 3405 0 704 25.00%3405_B 176 1957 9999 3405 0 704 25.00%3405_B 107 1951 9999 3406 0 1,206 8.87%3406_B 141 1959 9999 3406 0 1,206 11.69%3406_B

NEEDS 166 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3406_B_2 3406B 2 Johnsonville 1 Coal Steam Coal Steam TVA SERCTennessee 47Humphreys 85 107 3406_B_3 3406B 3 Johnsonville 1 Coal Steam Coal Steam TVA SERCTennessee 47Humphreys 85 107 3406_B_4 3406B 4 Johnsonville 1 Coal Steam Coal Steam TVA SERCTennessee 47Humphreys 85 107 3406_B_5 3406B 5 Johnsonville 1 Coal Steam Coal Steam TVA SERCTennessee 47Humphreys 85 107 3406_B_6 3406B 6 Johnsonville 1 Coal Steam Coal Steam TVA SERCTennessee 47Humphreys 85 107 3406_B_7 3406B 7 Johnsonville 1 Coal Steam Coal Steam TVA SERCTennessee 47Humphreys 85 141 3406_B_8 3406B 8 Johnsonville 1 Coal Steam Coal Steam TVA SERCTennessee 47Humphreys 85 141 3406_B_9 3406B 9 Johnsonville 1 Coal Steam Coal Steam TVA SERCTennessee 47Humphreys 85 141 3406_G_G10 3406G G10 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_G11 3406G G11 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_G12 3406G G12 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_G13 3406G G13 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_G14 3406G G14 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_G15 3406G G15 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_G16 3406G G16 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_G17 3406G G17 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 77.8 3406_G_G18 3406G G18 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 77.8 3406_G_G19 3406G G19 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 77.8 3406_G_G20 3406G G20 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 77.8 3406_G_GT1 3406G GT1 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_GT2 3406G GT2 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_GT33406G GT3 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_GT43406G GT4 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_GT53406G GT5 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_GT63406G GT6 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_GT73406G GT7 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_GT83406G GT8 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3406_G_GT93406G GT9 Johnsonville 1 Combustion Turbine Combustion Turbine TVA SERCTennessee 47Humphreys 85 51.5 3407_B_1 3407B 1 Kingston 1 Coal Steam Coal Steam TVA SERCTennessee 47Roane 145 135 3407_B_2 3407B 2 Kingston 1 Coal Steam Coal Steam TVA SERCTennessee 47Roane 145 135 3407_B_3 3407B 3 Kingston 1 Coal Steam Coal Steam TVA SERCTennessee 47Roane 145 135 3407_B_4 3407B 4 Kingston 1 Coal Steam Coal Steam TVA SERCTennessee 47Roane 145 135 3407_B_5 3407B 5 Kingston 1 Coal Steam Coal Steam TVA SERCTennessee 47Roane 145 177 3407_B_6 3407B 6 Kingston 1 Coal Steam Coal Steam TVA SERCTennessee 47Roane 145 177 3407_B_7 3407B 7 Kingston 1 Coal Steam Coal Steam TVA SERCTennessee 47Roane 145 177 3407_B_8 3407B 8 Kingston 1 Coal Steam Coal Steam TVA SERCTennessee 47Roane 145 177 3407_B_9 3407B 9 Kingston 1 Coal Steam Coal Steam TVA SERCTennessee 47Roane 145 178 3438_B_1 3438B 1 J L Bates 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Hidalgo 215 72 3438_B_2 3438B 2 J L Bates 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Hidalgo 215 110 3439_B_1 3439B 1 Laredo 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Webb 479 33 3439_B_2 3439B 2 Laredo 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Webb 479 33 3439_B_3 3439B 3 Laredo 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Webb 479 105

NEEDS 167 of 505Unique

ID 3_B_1 3406_B_2 3406_B_3 3406_B_4 3406_B_5 3406_B_6 3406_B_7 3406_B_8 3406_B_9 3406_G_G10 3406_G_G11 3406_G_G12 3406_G_G13 3406_G_G14 3406_G_G15 3406_G_G16 3406_G_G17 3406_G_G18 3406_G_G19 3406_G_G20 3406_G_GT1 3406_G_GT2 3406_G_GT3 3406_G_GT4 3406_G_GT5 3406_G_GT6 3406_G_GT7 3406_G_GT8 3406_G_GT9 3407_B_1 3407_B_2 3407_B_3 3407_B_4 3407_B_5 3407_B_6 3407_B_7 3407_B_8 3407_B_9 3438_B_1 3438_B_2 3439_B_1 3439_B_2 3439_B_3Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

107 1951 9999 3406 0 1,206 8.87%3406_B 107 1952 9999 3406 0 1,206 8.87%3406_B 107 1952 9999 3406 0 1,206 8.87%3406_B 107 1952 9999 3406 0 1,206 8.87%3406_B 107 1953 9999 3406 0 1,206 8.87%3406_B 141 1958 9999 3406 0 1,206 11.69%3406_B 141 1959 9999 3406 0 1,206 11.69%3406_B 141 1959 9999 3406 0 1,206 11.69%3406_B 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 77.8 2000 9999 0 1,206 3406_G 77.8 2000 9999 0 1,206 3406_G 77.8 2000 9999 0 1,206 3406_G 77.8 2000 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 51.5 1975 9999 0 1,206 3406_G 135 1954 9999 3407 0 1,426 9.47%3407_B 135 1954 9999 3407 0 1,426 9.47%3407_B 135 1954 9999 3407 0 1,426 9.47%3407_B 135 1954 9999 3407 0 1,426 9.47%3407_B 177 1955 9999 3407 0 1,426 12.41%3407_B 177 1955 9999 3407 0 1,426 12.41%3407_B 177 1955 9999 3407 0 1,426 12.41%3407_B 177 1955 9999 3407 0 1,426 12.41%3407_B 178 1955 9999 3407 0 1,426 12.48%3407_B 72 1958 9999 3438 1 182 39.56%3438_B 110 1960 9999 3438 0 182 60.44%3438_B 33 1951 9999 3439 1 171 19.30%3439_B 33 1955 9999 3439 1 171 19.30%3439_B 105 1975 9999 3439 0 171 61.40%3439_B

NEEDS 168 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3442_B_5 3442B 5 La Palma 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Cameron 61 24 3442_B_6 3442B 6 La Palma 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Cameron 61 24 3442_B_7 3442B 7 La Palma 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Cameron 61 155 3452_B_1 3452B 1 Lake Hubbard 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Dallas 113 393 3452_B_2 3452B 2 Lake Hubbard 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Dallas 113 528 3453_B_2 3453B 2 Mountain Creek1 O/G SteamO/G Steam ERCT ERCOTTexas 48Dallas 113 30 3453_B_3A 3453B 3A Mountain Creek1 O/G SteamO/G Steam ERCT ERCOTTexas 48Dallas 113 35 3453_B_3B 3453B 3B Mountain Creek1 O/G SteamO/G Steam ERCT ERCOTTexas 48Dallas 113 35 3453_B_6 3453B 6 Mountain Creek1 O/G SteamO/G Steam ERCT ERCOTTexas 48Dallas 113 118 3453_B_7 3453B 7 Mountain Creek1 O/G SteamO/G Steam ERCT ERCOTTexas 48Dallas 113 115 3453_B_8 3453B 8 Mountain Creek1 O/G SteamO/G Steam ERCT ERCOTTexas 48Dallas 113 571 3454_B_1 3454B 1 North Lake 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Dallas 113 175 3454_B_2 3454B 2 North Lake 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Dallas 113 175 3454_B_3 3454B 3 North Lake 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Dallas 113 365 3457_B_1 3457B 1 Lewis Creek 1 O/G SteamO/G Steam ENTG SERCTexas 48Montgomery 339 230 3457_B_2 3457B 2 Lewis Creek 1 O/G SteamO/G Steam ENTG SERCTexas 48Montgomery 339 230 3459_B_1 3459B 1 Sabine 1 O/G SteamO/G Steam ENTG SERCTexas 48Orange 361 212 3459_B_2 3459B 2 Sabine 1 O/G SteamO/G Steam ENTG SERCTexas 48Orange 361 212 3459_B_3 3459B 3 Sabine 1 O/G SteamO/G Steam ENTG SERCTexas 48Orange 361 390 3459_B_4 3459B 4 Sabine 1 O/G SteamO/G Steam ENTG SERCTexas 48Orange 361 525 3459_B_5 3459B 5 Sabine 1 O/G SteamO/G Steam ENTG SERCTexas 48Orange 361 470 3460_B_CBY13460B CBY1 Cedar Bayou 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Chambers 71 749 3460_B_CBY23460B CBY2 Cedar Bayou 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Chambers 71 749 3460_G_41 3460G 41 Cedar Bayou 1 Combined Cycle Combined Cycle ERCT ERCOTTexas 48Chambers 71 185 3460_G_42 3460G 42 Cedar Bayou 1 Combined Cycle Combined Cycle ERCT ERCOTTexas 48Chambers 71 199 3464_B_GBY53464B GBY5 Greens Bayou 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Harris 201 406 3464_G_73 3464G 73 Greens Bayou 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Harris 201 54 3464_G_74 3464G 74 Greens Bayou 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Harris 201 54 3464_G_81 3464G 81 Greens Bayou 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Harris 201 54 3464_G_82 3464G 82 Greens Bayou 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Harris 201 64 3464_G_83 3464G 83 Greens Bayou 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Harris 201 64 3464_G_84 3464G 84 Greens Bayou 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Harris 201 64 3466_B_PHR13466B PHR1 P H Robinson 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Galveston 167 461 3466_B_PHR23466B PHR2 P H Robinson 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Galveston 167 461 3466_B_PHR43466B PHR4 P H Robinson 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Galveston 167 737 3468_B_SRB13468B SRB1 Sam Bertron 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Harris 201 174 3468_B_SRB23468B SRB2 Sam Bertron 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Harris 201 174 3468_B_SRB33468B SRB3 Sam Bertron 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Harris 201 230 3468_B_SRB43468B SRB4 Sam Bertron 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Harris 201 230 3468_G_GT1 3468G GT1 Sam Bertron 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Harris 201 20 3468_G_GT2 3468G GT2 Sam Bertron 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Harris 201 13 3470_B_WAP13470B WAP1 WA Parish 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Fort Bend 157 174

NEEDS 169 of 505Unique

ID 3_B_1 3442_B_5 3442_B_6 3442_B_7 3452_B_1 3452_B_2 3453_B_2 3453_B_3A 3453_B_3B 3453_B_6 3453_B_7 3453_B_8 3454_B_1 3454_B_2 3454_B_3 3457_B_1 3457_B_2 3459_B_1 3459_B_2 3459_B_3 3459_B_4 3459_B_5 3460_B_CBY1 3460_B_CBY2 3460_G_41 3460_G_42 3464_B_GBY5 3464_G_73 3464_G_74 3464_G_81 3464_G_82 3464_G_83 3464_G_84 3466_B_PHR1 3466_B_PHR2 3466_B_PHR4 3468_B_SRB1 3468_B_SRB2 3468_B_SRB3 3468_B_SRB4 3468_G_GT1 3468_G_GT2 3470_B_WAP1

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

24 1947 9999 3442 1 203 11.82%3442_B 24 1948 9999 3442 0 203 11.82%3442_B 155 1970 9999 3442 0 203 76.35%3442_B 393 1970 9999 3452 0 921 42.67%3452_B 528 1973 9999 3452 0 921 57.33%3452_B 30 1945 9999 3453 1 904 3.32%3453_B 35 1949 9999 3453 1 904 3.87%3453_B 35 1949 9999 3453 1 904 3.87%3453_B 118 1956 9999 3453 1 904 13.05%3453_B 115 1958 9999 3453 1 904 12.72%3453_B 571 1967 9999 3453 0 904 63.16%3453_B 175 1959 9999 3454 1 715 24.48%3454_B 175 1961 9999 3454 1 715 24.48%3454_B 365 1964 9999 3454 1 715 51.05%3454_B 230 1970 9999 3457 0 460 50.00%3457_B 230 1971 9999 3457 0 460 50.00%3457_B 212 1962 9999 3459 1 1,809 11.72%3459_B 212 1962 9999 3459 1 1,809 11.72%3459_B 390 1966 9999 3459 1 1,809 21.56%3459_B 525 1974 9999 3459 0 1,809 29.02%3459_B 470 1979 9999 3459 0 1,809 25.98%3459_B 749 1970 9999 3460 0 1,882 39.80%3460_B 749 1972 9999 3460 1 1,882 39.80%3460_B 185 2009 9999 3460 0 1,882 9.83%3460_G 199 2009 9999 3460 0 1,882 10.57%3460_G 406 1973 9999 3464 0 406 100.00%3464_B 54 1976 9999 0 406 3464_G 54 1976 9999 0 406 3464_G 54 1976 9999 0 406 3464_G 64 1976 9999 0 406 3464_G 64 1976 9999 0 406 3464_G 64 1976 9999 0 406 3464_G 461 1966 9999 3466 0 1,659 27.79%3466_B 461 1967 9999 3466 0 1,659 27.79%3466_B 737 1973 9999 3466 0 1,659 44.42%3466_B 174 1958 9999 3468 1 808 21.53%3468_B 174 1956 9999 3468 1 808 21.53%3468_B 230 1959 9999 3468 1 808 28.47%3468_B 230 1960 9999 3468 1 808 28.47%3468_B 20 1967 9999 0 808 3468_G 13 1967 9999 0 808 3468_G 174 1958 9999 3470 1 3,638 4.78%3470_B

NEEDS 170 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3470_B_WAP23470B WAP2 WA Parish 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Fort Bend 157 174 3470_B_WAP33470B WAP3 WA Parish 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Fort Bend 157 278 3470_B_WAP43470B WAP4 WA Parish 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Fort Bend 157 552 3470_B_WAP53470B WAP5 WA Parish 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Fort Bend 157 645 3470_B_WAP63470B WAP6 WA Parish 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Fort Bend 157 650 3470_B_WAP73470B WAP7 WA Parish 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Fort Bend 157 565 3470_B_WAP83470B WAP8 WA Parish 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Fort Bend 157 600 3470_G_GT1 3470G GT1 WA Parish 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Fort Bend 157 13 3476_B_2 3476B 2 Knox Lee 1 O/G SteamO/G Steam SPPS SPP Texas 48Gregg 183 25 3476_B_3 3476B 3 Knox Lee 1 O/G SteamO/G Steam SPPS SPP Texas 48Gregg 183 25 3476_B_4 3476B 4 Knox Lee 1 O/G SteamO/G Steam SPPS SPP Texas 48Gregg 183 77 3476_B_5 3476B 5 Knox Lee 1 O/G SteamO/G Steam SPPS SPP Texas 48Gregg 183 344 3477_B_1 3477B 1 Lone Star 0 O/G SteamO/G Steam SPPS SPP Texas 48Morris 343 50 3478_B_1 3478B 1 Wilkes 1 O/G SteamO/G Steam SPPS SPP Texas 48Marion 315 175 3478_B_2 3478B 2 Wilkes 1 O/G SteamO/G Steam SPPS SPP Texas 48Marion 315 357 3478_B_3 3478B 3 Wilkes 1 O/G SteamO/G Steam SPPS SPP Texas 48Marion 315 348 3489_B_1 3489B 1 Eagle Mountain1 O/G SteamO/G Steam ERCT ERCOTTexas 48Tarrant 439 115 3489_B_2 3489B 2 Eagle Mountain1 O/G SteamO/G Steam ERCT ERCOTTexas 48Tarrant 439 175 3489_B_3 3489B 3 Eagle Mountain1 O/G SteamO/G Steam ERCT ERCOTTexas 48Tarrant 439 375 3490_B_1 3490B 1 Graham 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Young 503 240 3490_B_2 3490B 2 Graham 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Young 503 390 3491_B_1A 3491B 1A Handley 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Tarrant 439 21 3491_B_1B 3491B 1B Handley 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Tarrant 439 21 3491_B_2 3491B 2 Handley 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Tarrant 439 75 3491_B_3 3491B 3 Handley 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Tarrant 439 395 3491_B_4 3491B 4 Handley 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Tarrant 439 435 3491_B_5 3491B 5 Handley 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Tarrant 439 435 3492_B_5 3492B 5 Morgan Creek 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Mitchell 335 175 3492_B_6 3492B 6 Morgan Creek 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Mitchell 335 511 3492_G_CT1 3492G CT1 Morgan Creek 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Mitchell 335 80 3492_G_CT2 3492G CT2 Morgan Creek 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Mitchell 335 80 3492_G_CT3 3492G CT3 Morgan Creek 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Mitchell 335 80 3492_G_CT4 3492G CT4 Morgan Creek 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Mitchell 335 80 3492_G_CT5 3492G CT5 Morgan Creek 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Mitchell 335 80 3492_G_CT6 3492G CT6 Morgan Creek 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Mitchell 335 80 3497_B_1 3497B 1 Big Brown 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Freestone 161 575 3497_B_2 3497B 2 Big Brown 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Freestone 161 575 3502_B_1 3502B 1 Lake Creek 0 O/G SteamO/G Steam ERCT ERCOTTexas 48McLennan 309 87 3502_B_2 3502B 2 Lake Creek 0 O/G SteamO/G Steam ERCT ERCOTTexas 48McLennan 309 230 3502_G_D1 3502G D1 Lake Creek 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48McLennan 309 2 3502_G_D2 3502G D2 Lake Creek 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48McLennan 309 2 3502_G_D3 3502G D3 Lake Creek 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48McLennan 309 2

NEEDS 171 of 505Unique

ID 3_B_1 3470_B_WAP2 3470_B_WAP3 3470_B_WAP4 3470_B_WAP5 3470_B_WAP6 3470_B_WAP7 3470_B_WAP8 3470_G_GT1 3476_B_2 3476_B_3 3476_B_4 3476_B_5 3477_B_1 3478_B_1 3478_B_2 3478_B_3 3489_B_1 3489_B_2 3489_B_3 3490_B_1 3490_B_2 3491_B_1A 3491_B_1B 3491_B_2 3491_B_3 3491_B_4 3491_B_5 3492_B_5 3492_B_6 3492_G_CT1 3492_G_CT2 3492_G_CT3 3492_G_CT4 3492_G_CT5 3492_G_CT6 3497_B_1 3497_B_2 3502_B_1 3502_B_2 3502_G_D1 3502_G_D2 3502_G_D3

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

174 1958 9999 3470 1 3,638 4.78%3470_B 278 1961 9999 3470 1 3,638 7.64%3470_B 552 1968 9999 3470 1 3,638 15.17%3470_B 645 1977 9999 3470 0 3,638 17.73%3470_B 650 1978 9999 3470 0 3,638 17.87%3470_B 565 1980 9999 3470 0 3,638 15.53%3470_B 600 1982 9999 3470 0 3,638 16.49%3470_B 13 1967 9999 0 3,638 3470_G 25 1950 9999 3476 1 471 5.31%3476_B 25 1952 9999 3476 1 471 5.31%3476_B 77 1956 9999 3476 1 471 16.35%3476_B 344 1974 9999 3476 0 471 73.04%3476_B 50 1954 9999 3477 1 50 100.00%3477_B 175 1964 9999 3478 0 880 19.89%3478_B 357 1970 9999 3478 0 880 40.57%3478_B 348 1971 9999 3478 0 880 39.55%3478_B 115 1954 9999 3489 1 665 17.29%3489_B 175 1956 9999 3489 1 665 26.32%3489_B 375 1971 9999 3489 0 665 56.39%3489_B 240 1960 9999 3490 1 630 38.10%3490_B 390 1969 9999 3490 0 630 61.90%3490_B 21 1948 9999 3491 1 1,382 1.52%3491_B 21 1948 9999 3491 1 1,382 1.52%3491_B 75 1950 9999 3491 1 1,382 5.43%3491_B 395 1963 9999 3491 0 1,382 28.58%3491_B 435 1976 9999 3491 1 1,382 31.48%3491_B 435 1977 9999 3491 1 1,382 31.48%3491_B 175 1959 9999 3492 1 686 25.51%3492_B 511 1966 9999 3492 1 686 74.49%3492_B 80 1988 9999 0 686 3492_G 80 1988 9999 0 686 3492_G 80 1988 9999 0 686 3492_G 80 1988 9999 0 686 3492_G 80 1988 9999 0 686 3492_G 80 1988 9999 0 686 3492_G 575 1971 9999 3497 0 1,150 50.00%3497_B 575 1972 9999 3497 0 1,150 50.00%3497_B 87 1953 9999 3502 1 317 27.44%3502_B 230 1959 9999 3502 1 317 72.56%3502_B 2 1966 9999 0 317 3502_G 2 1966 9999 0 317 3502_G 2 1966 9999 0 317 3502_G

NEEDS 172 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3504_B_1 3504B 1 Stryker Creek 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Cherokee 73 175 3504_B_2 3504B 2 Stryker Creek 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Cherokee 73 500 3504_G_D1 3504G D1 Stryker Creek 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Cherokee 73 2 3504_G_D2 3504G D2 Stryker Creek 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Cherokee 73 2 3504_G_D3 3504G D3 Stryker Creek 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Cherokee 73 2 3504_G_D4 3504G D4 Stryker Creek 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Cherokee 73 2 3504_G_D5 3504G D5 Stryker Creek 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Cherokee 73 2 3506_B_1 3506B 1 Tradinghouse 1 O/G SteamO/G Steam ERCT ERCOTTexas 48McLennan 309 565 3506_B_2 3506B 2 Tradinghouse 1 O/G SteamO/G Steam ERCT ERCOTTexas 48McLennan 309 818 3507_B_9 3507B 9 Trinidad 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Henderson 213 240 3507_G_D1 3507G D1 Trinidad 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Henderson 213 2 3507_G_D2 3507G D2 Trinidad 0 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Henderson 213 2 3508_B_1 3508B 1 Valley 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Fannin 147 175 3508_B_2 3508B 2 Valley 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Fannin 147 550 3508_B_3 3508B 3 Valley 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Fannin 147 390 3548_B_1 3548B 1 Decker Creek 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Travis 453 320 3548_B_2 3548B 2 Decker Creek 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Travis 453 404 3548_G_GT1 3548G GT1 Decker Creek 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Travis 453 52 3548_G_GT2 3548G GT2 Decker Creek 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Travis 453 52 3548_G_GT33548G GT3 Decker Creek 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Travis 453 52 3548_G_GT43548G GT4 Decker Creek 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Travis 453 52 3576_B_BW23576B BW2 Ray Olinger 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Collin 85 110 3576_B_BW33576B BW3 Ray Olinger 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Collin 85 150 3576_B_CE1 3576B CE1 Ray Olinger 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Collin 85 75 3576_G_4 3576G 4 Ray Olinger 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Collin 85 70.3 3601_B_1 3601B 1 Sim Gideon 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Bastrop 21 140 3601_B_2 3601B 2 Sim Gideon 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Bastrop 21 140 3601_B_3 3601B 3 Sim Gideon 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Bastrop 21 340 3611_B_1 3611B 1 O WSommers1 O/G SteamO/G Steam ERCT ERCOTTexas 48Bexar 29 430 3611_B_2 3611B 2 O WSommers1 O/G SteamO/G Steam ERCT ERCOTTexas 48Bexar 29 420 3612_B_1 3612B 1 V H Braunig 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Bexar 29 220 3612_B_2 3612B 2 V H Braunig 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Bexar 29 230 3612_B_3 3612B 3 V H Braunig 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Bexar 29 412 3627_B_1 3627B 1 North Texas 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Parker 367 16.5 3627_B_2 3627B 2 North Texas 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Parker 367 16.5 3627_B_3 3627B 3 North Texas 0 O/G SteamO/G Steam ERCT ERCOTTexas 48Parker 367 38 3628_B_1 3628B 1 R WMiller 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Palo Pinto 363 66 3628_B_2 3628B 2 R WMiller 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Palo Pinto 363 100 3628_B_3 3628B 3 R WMiller 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Palo Pinto 363 200 3628_G_4 3628G 4 R WMiller 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Palo Pinto 363 104 3628_G_5 3628G 5 R WMiller 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Palo Pinto 363 104 3631_B_3 3631B 3 Sam Rayburn 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Victoria 469 22

NEEDS 173 of 505Unique

ID 3_B_1 3504_B_1 3504_B_2 3504_G_D1 3504_G_D2 3504_G_D3 3504_G_D4 3504_G_D5 3506_B_1 3506_B_2 3507_B_9 3507_G_D1 3507_G_D2 3508_B_1 3508_B_2 3508_B_3 3548_B_1 3548_B_2 3548_G_GT1 3548_G_GT2 3548_G_GT3 3548_G_GT4 3576_B_BW2 3576_B_BW3 3576_B_CE1 3576_G_4 3601_B_1 3601_B_2 3601_B_3 3611_B_1 3611_B_2 3612_B_1 3612_B_2 3612_B_3 3627_B_1 3627_B_2 3627_B_3 3628_B_1 3628_B_2 3628_B_3 3628_G_4 3628_G_5 3631_B_3Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

175 1958 9999 3504 1 675 25.93%3504_B 500 1965 9999 3504 0 675 74.07%3504_B 2 1966 9999 0 675 3504_G 2 1966 9999 0 675 3504_G 2 1966 9999 0 675 3504_G 2 1966 9999 0 675 3504_G 2 1966 9999 0 675 3504_G 565 1970 9999 3506 0 1,383 40.85%3506_B 818 1972 9999 3506 0 1,383 59.15%3506_B 240 1965 9999 3507 1 240 100.00%3507_B 2 1966 9999 0 240 3507_G 2 1966 9999 0 240 3507_G 175 1962 9999 3508 1 1,115 15.70%3508_B 550 1967 9999 3508 1 1,115 49.33%3508_B 390 1971 9999 3508 0 1,115 34.98%3508_B 320 1971 9999 3548 0 724 44.20%3548_B 404 1977 9999 3548 0 724 55.80%3548_B 52 1988 9999 0 724 3548_G 52 1988 9999 0 724 3548_G 52 1988 9999 0 724 3548_G 52 1988 9999 0 724 3548_G 110 1971 9999 3576 0 335 32.84%3576_B 150 1975 9999 3576 0 335 44.78%3576_B 75 1967 9999 3576 1 335 22.39%3576_B 70.3 2001 9999 0 335 3576_G 140 1965 9999 3601 0 620 22.58%3601_B 140 1968 9999 3601 0 620 22.58%3601_B 340 1972 9999 3601 0 620 54.84%3601_B 430 1972 9999 3611 0 850 50.59%3611_B 420 1974 9999 3611 0 850 49.41%3611_B 220 1966 9999 3612 0 862 25.52%3612_B 230 1968 9999 3612 1 862 26.68%3612_B 412 1970 9999 3612 0 862 47.80%3612_B 16.5 1958 9999 3627 1 71 23.24%3627_B 16.5 1958 9999 3627 1 71 23.24%3627_B 38 1963 9999 3627 1 71 53.52%3627_B 66 1968 9999 3628 1 366 18.03%3628_B 100 1972 9999 3628 0 366 27.32%3628_B 200 1975 9999 3628 0 366 54.64%3628_B 104 1994 9999 0 366 3628_G 104 1994 9999 0 366 3628_G 22 1965 9999 3631 1 205 10.73%3631_B

NEEDS 174 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3631_G_1 3631G 1 Sam Rayburn 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Victoria 469 10.5 3631_G_10 3631G 10 Sam Rayburn 1 Combined Cycle Combined Cycle ERCT ERCOTTexas 48Victoria 469 37 3631_G_2 3631G 2 Sam Rayburn 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Victoria 469 11.5 3631_G_4 3631G 4 Sam Rayburn 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Victoria 469 1.6 3631_G_5 3631G 5 Sam Rayburn 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Victoria 469 1.6 3631_G_7 3631G 7 Sam Rayburn 1 Combined Cycle Combined Cycle ERCT ERCOTTexas 48Victoria 469 49 3631_G_8 3631G 8 Sam Rayburn 1 Combined Cycle Combined Cycle ERCT ERCOTTexas 48Victoria 469 49 3631_G_9 3631G 9 Sam Rayburn 1 Combined Cycle Combined Cycle ERCT ERCOTTexas 48Victoria 469 48 3644_B_1 3644B 1 Carbon 1 Coal Steam Coal Steam NWPE WECCUtah 49Carbon 7 67 3644_B_2 3644B 2 Carbon 1 Coal Steam Coal Steam NWPE WECCUtah 49Carbon 7 105 3648_B_1 3648B 1 Gadsby 0 O/G SteamO/G Steam NWPE WECCUtah 49Salt Lake 35 57 3648_B_2 3648B 2 Gadsby 0 O/G SteamO/G Steam NWPE WECCUtah 49Salt Lake 35 69 3648_B_3 3648B 3 Gadsby 0 O/G SteamO/G Steam NWPE WECCUtah 49Salt Lake 35 100 3648_G_4 3648G 4 Gadsby 0 Combustion Turbine Combustion Turbine NWPE WECCUtah 49Salt Lake 35 40 3648_G_5 3648G 5 Gadsby 0 Combustion Turbine Combustion Turbine NWPE WECCUtah 49Salt Lake 35 40 3648_G_6 3648G 6 Gadsby 0 Combustion Turbine Combustion Turbine NWPE WECCUtah 49Salt Lake 35 40 3751_G_1 3751G 1 Vermont Yankee1 Nuclear Nuclear NENG NPCCVermont 50Windham 25 620.25 3775_B_1 3775B 1 Clinch River 1 Coal Steam Coal Steam RFCP RFC Virginia 51Russell 167 235 3775_B_2 3775B 2 Clinch River 1 Coal Steam Coal Steam RFCP RFC Virginia 51Russell 167 235 3775_B_3 3775B 3 Clinch River 1 Coal Steam Coal Steam RFCP RFC Virginia 51Russell 167 235 3776_B_51 3776B 51 Glen Lyn 1 Coal Steam Coal Steam RFCP RFC Virginia 51Giles 71 45 3776_B_52 3776B 52 Glen Lyn 1 Coal Steam Coal Steam RFCP RFC Virginia 51Giles 71 45 3776_B_6 3776B 6 Glen Lyn 1 Coal Steam Coal Steam RFCP RFC Virginia 51Giles 71 235 3788_B_1 3788B 1 Potomac River1 Coal Steam Coal Steam MACS RFC Virginia 51Alexandria (city)510 88 3788_B_2 3788B 2 Potomac River1 Coal Steam Coal Steam MACS RFC Virginia 51Alexandria (city)510 88 3788_B_3 3788B 3 Potomac River1 Coal Steam Coal Steam MACS RFC Virginia 51Alexandria (city)510 102 3788_B_4 3788B 4 Potomac River1 Coal Steam Coal Steam MACS RFC Virginia 51Alexandria (city)510 102 3788_B_5 3788B 5 Potomac River1 Coal Steam Coal Steam MACS RFC Virginia 51Alexandria (city)510 102 3796_B_3 3796B 3 Bremo Bluff 1 Coal Steam Coal Steam VAPW SERCVirginia 51Fluvanna 65 71 3796_B_4 3796B 4 Bremo Bluff 1 Coal Steam Coal Steam VAPW SERCVirginia 51Fluvanna 65 156 3797_B_3 3797B 3 Chesterfield 1 Coal Steam Coal Steam VAPW SERCVirginia 51Chesterfield 41 100 3797_B_4 3797B 4 Chesterfield 1 Coal Steam Coal Steam VAPW SERCVirginia 51Chesterfield 41 166 3797_B_5 3797B 5 Chesterfield 1 Coal Steam Coal Steam VAPW SERCVirginia 51Chesterfield 41 310 3797_B_6 3797B 6 Chesterfield 1 Coal Steam Coal Steam VAPW SERCVirginia 51Chesterfield 41 658 3797_G_CT7 3797G CT7 Chesterfield 1 Combined Cycle Combined Cycle VAPW SERCVirginia 51Chesterfield 41 135 3797_G_CT8 3797G CT8 Chesterfield 1 Combined Cycle Combined Cycle VAPW SERCVirginia 51Chesterfield 41 133 3797_G_CW73797G CW7 Chesterfield 1 Combined Cycle Combined Cycle VAPW SERCVirginia 51Chesterfield 41 62 3797_G_CW83797G CW8 Chesterfield 1 Combined Cycle Combined Cycle VAPW SERCVirginia 51Chesterfield 41 67 3803_B_1 3803B 1 Chesapeake 1 Coal Steam Coal Steam VAPW SERCVirginia 51Chesapeake (city)550 111 3803_B_2 3803B 2 Chesapeake 1 Coal Steam Coal Steam VAPW SERCVirginia 51Chesapeake (city)550 111 3803_B_3 3803B 3 Chesapeake 1 Coal Steam Coal Steam VAPW SERCVirginia 51Chesapeake (city)550 156 3803_B_4 3803B 4 Chesapeake 1 Coal Steam Coal Steam VAPW SERCVirginia 51Chesapeake (city)550 217

NEEDS 175 of 505Unique

ID 3_B_1 3631_G_1 3631_G_10 3631_G_2 3631_G_4 3631_G_5 3631_G_7 3631_G_8 3631_G_9 3644_B_1 3644_B_2 3648_B_1 3648_B_2 3648_B_3 3648_G_4 3648_G_5 3648_G_6 3751_G_1 3775_B_1 3775_B_2 3775_B_3 3776_B_51 3776_B_52 3776_B_6 3788_B_1 3788_B_2 3788_B_3 3788_B_4 3788_B_5 3796_B_3 3796_B_4 3797_B_3 3797_B_4 3797_B_5 3797_B_6 3797_G_CT7 3797_G_CT8 3797_G_CW7 3797_G_CW8 3803_B_1 3803_B_2 3803_B_3 3803_B_4Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

10.5 1964 9999 0 205 3631_G 37 2003 9999 3631 0 205 18.05%3631_G 11.5 1964 9999 0 205 3631_G 1.6 1991 9999 0 205 3631_G 1.6 1991 9999 0 205 3631_G 49 2003 9999 3631 0 205 23.90%3631_G 49 2003 9999 3631 0 205 23.90%3631_G 48 2003 9999 3631 0 205 23.41%3631_G 67 1954 9999 3644 0 172 38.95%3644_B 105 1957 9999 3644 0 172 61.05%3644_B 57 1951 9999 3648 1 226 25.22%3648_B 69 1952 9999 3648 1 226 30.53%3648_B 100 1955 9999 3648 1 226 44.25%3648_B 40 2002 9999 0 226 3648_G 40 2002 9999 0 226 3648_G 40 2002 9999 0 226 3648_G 620.25 1972 2032 3751 0 620 100.00%3751_G 233.76625 1958 9999 3775 0 701 33.34%3775_B 233.5382 1958 9999 3775 0 701 33.31%3775_B 233.76625 1961 9999 3775 0 701 33.34%3775_B 45 1944 9999 3776 0 324 13.90%3776_B 45 1944 9999 3776 0 324 13.90%3776_B 233.76625 1957 9999 3776 0 324 72.20%3776_B 88 1949 9999 3788 0 480 18.34%3788_B 88 1950 9999 3788 0 480 18.34%3788_B 101.286 1954 9999 3788 0 480 21.10%3788_B 101.286 1956 9999 3788 0 480 21.10%3788_B 101.359 1957 9999 3788 0 480 21.12%3788_B 71 1950 9999 3796 0 227 31.28%3796_B 156 1958 9999 3796 0 227 68.72%3796_B 100 1952 9999 3797 0 1,631 6.13%3797_B 166 1960 9999 3797 0 1,631 10.18%3797_B 310 1964 9999 3797 0 1,631 19.01%3797_B 658 1969 9999 3797 0 1,631 40.34%3797_B 135 1990 9999 3797 0 1,631 8.28%3797_G 133 1992 9999 3797 0 1,631 8.15%3797_G 62 1990 9999 3797 0 1,631 3.80%3797_G 67 1992 9999 3797 0 1,631 4.11%3797_G 111 1953 9999 3803 0 595 18.66%3803_B 111 1954 9999 3803 0 595 18.66%3803_B 156 1959 9999 3803 0 595 26.22%3803_B 217 1962 9999 3803 0 595 36.47%3803_B

NEEDS 176 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3803_G_10 3803G 10 Chesapeake 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Chesapeake (city)550 16 3803_G_6 3803G 6 Chesapeake 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Chesapeake (city)550 12 3803_G_7 3803G 7 Chesapeake 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Chesapeake (city)550 16 3803_G_8 3803G 8 Chesapeake 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Chesapeake (city)550 16 3803_G_9 3803G 9 Chesapeake 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Chesapeake (city)550 16 3803_G_GT1 3803G GT1 Chesapeake 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Chesapeake (city)550 15 3803_G_GT2 3803G GT2 Chesapeake 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Chesapeake (city)550 12 3803_G_GT43803G GT4 Chesapeake 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Chesapeake (city)550 12 3804_B_3 3804B 3 Possum Point 1 O/G SteamO/G Steam VAPW SERCVirginia 51Prince William 153 93 3804_B_4 3804B 4 Possum Point 1 O/G SteamO/G Steam VAPW SERCVirginia 51Prince William 153 216 3804_B_5 3804B 5 Possum Point 1 O/G SteamO/G Steam VAPW SERCVirginia 51Prince William 153 786 3804_G_6A 3804G 6A Possum Point 1 Combined Cycle Combined Cycle VAPW SERCVirginia 51Prince William 153 140 3804_G_6B 3804G 6B Possum Point 1 Combined Cycle Combined Cycle VAPW SERCVirginia 51Prince William 153 140 3804_G_6ST 3804G 6ST Possum Point 1 Combined Cycle Combined Cycle VAPW SERCVirginia 51Prince William 153 265 3804_G_GT1 3804G GT1 Possum Point 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Prince William 153 11 3804_G_GT2 3804G GT2 Possum Point 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Prince William 153 11 3804_G_GT33804G GT3 Possum Point 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Prince William 153 11 3804_G_GT43804G GT4 Possum Point 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Prince William 153 11 3804_G_GT53804G GT5 Possum Point 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Prince William 153 11 3804_G_GT63804G GT6 Possum Point 1 Combustion Turbine Combustion TurbineVAPW SERCVirginia 51Prince William 153 11 3806_G_1 3806G 1 Surry 1 Nuclear Nuclear VAPW SERCVirginia 51Surry 181 809.387 3806_G_2 3806G 2 Surry 1 Nuclear Nuclear VAPW SERCVirginia 51Surry 181 809.387 3809_B_1 3809B 1 Yorktown 1 Coal Steam Coal Steam VAPW SERCVirginia 51York 199 159 3809_B_2 3809B 2 Yorktown 1 Coal Steam Coal Steam VAPW SERCVirginia 51York 199 164 3809_B_3 3809B 3 Yorktown 1 O/G SteamO/G Steam VAPW SERCVirginia 51York 199 818 3845_B_BW213845B BW21 Transalta Centralia Generation 1 Coal Steam

Coal Steam PNW WECCWashington 53Lewis 41 702.5 3845_B_BW223845B BW22 Transalta Centralia Generation 1 Coal Steam

Coal Steam PNW WECCWashington 53Lewis 41 702.5 3845_G_30 3845G 30 Transalta Centralia Generation 1 Combined Cycle

Combined Cycle PNW WECCWashington 53Lewis 41 44 3845_G_40 3845G 40 Transalta Centralia Generation 1 Combined Cycle

Combined Cycle PNW WECCWashington 53Lewis 41 44 3845_G_50 3845G 50 Transalta Centralia Generation 1 Combined Cycle

Combined Cycle PNW WECCWashington 53Lewis 41 44 3845_G_60 3845G 60 Transalta Centralia Generation 1 Combined Cycle

Combined Cycle PNW WECCWashington 53Lewis 41 44 3845_G_70 3845G 70 Transalta Centralia Generation 1 Combined Cycle

Combined Cycle PNW WECCWashington 53Lewis 41 80 3935_B_1 3935B 1 John E Amos 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Putnam 79 800 3935_B_2 3935B 2 John E Amos 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Putnam 79 800 3935_B_3 3935B 3 John E Amos 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Putnam 79 1300 3936_B_1 3936B 1 Kanawha River1 Coal Steam Coal Steam RFCP RFC West Virginia 54Kanawha 39 205 3936_B_2 3936B 2 Kanawha River1 Coal Steam Coal Steam RFCP RFC West Virginia 54Kanawha 39 205 3938_B_11 3938B 11 Philip Sporn 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Mason 53 150 3938_B_21 3938B 21 Philip Sporn 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Mason 53 150 3938_B_31 3938B 31 Philip Sporn 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Mason 53 150 3938_B_41 3938B 41 Philip Sporn 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Mason 53 150 3942_B_1 3942B 1 Albright 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Preston 77 73

NEEDS 177 of 505Unique

ID 3_B_1 3803_G_10 3803_G_6 3803_G_7 3803_G_8 3803_G_9 3803_G_GT1 3803_G_GT2 3803_G_GT4 3804_B_3 3804_B_4 3804_B_5 3804_G_6A 3804_G_6B 3804_G_6ST 3804_G_GT1 3804_G_GT2 3804_G_GT3 3804_G_GT4 3804_G_GT5 3804_G_GT6 3806_G_1 3806_G_2 3809_B_1 3809_B_2 3809_B_3 3845_B_BW21 3845_B_BW22 3845_G_30 3845_G_40 3845_G_50 3845_G_60 3845_G_70 3935_B_1 3935_B_2 3935_B_3 3936_B_1 3936_B_2 3938_B_11 3938_B_21 3938_B_31 3938_B_41 3942_B_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

16 1970 9999 0 595 3803_G 12 1969 9999 0 595 3803_G 16 1969 9999 0 595 3803_G 16 1969 9999 0 595 3803_G 16 1970 9999 0 595 3803_G 15 1967 9999 0 595 3803_G 12 1969 9999 0 595 3803_G 12 1969 9999 0 595 3803_G 93 1955 9999 3804 0 1,640 5.67%3804_B 216 1962 9999 3804 0 1,640 13.17%3804_B 786 1975 9999 3804 0 1,640 47.93%3804_B 140 2003 9999 3804 0 1,640 8.54%3804_G 140 2003 9999 3804 0 1,640 8.54%3804_G 265 2003 9999 3804 0 1,640 16.16%3804_G 11 1968 9999 0 1,640 3804_G 11 1968 9999 0 1,640 3804_G 11 1968 9999 0 1,640 3804_G 11 1968 9999 0 1,640 3804_G 11 1968 9999 0 1,640 3804_G 11 1968 9999 0 1,640 3804_G 809.387 1972 2032 3806 0 1,619 50.00%3806_G 809.387 1973 2033 3806 0 1,619 50.00%3806_G 159 1957 9999 3809 0 1,141 13.94%3809_B 164 1959 9999 3809 0 1,141 14.37%3809_B 818 1974 9999 3809 0 1,141 71.69%3809_B 690.9088 1972 9999 3845 0 1,648 41.92%3845_B 701.34585 1973 9999 3845 0 1,648 42.55%3845_B 44 2002 9999 3845 1 1,648 2.67%3845_G 44 2002 9999 3845 1 1,648 2.67%3845_G 44 2002 9999 3845 1 1,648 2.67%3845_G 44 2002 9999 3845 1 1,648 2.67%3845_G 80 2002 9999 3845 1 1,648 4.85%3845_G 800 1971 9999 3935 0 2,900 27.59%3935_B 800 1972 9999 3935 0 2,900 27.59%3935_B 1300 1973 9999 3935 0 2,900 44.83%3935_B 205 1953 9999 3936 0 410 50.00%3936_B 205 1953 9999 3936 0 410 50.00%3936_B 150 1950 9999 3938 0 600 25.00%3938_B 150 1950 9999 3938 0 600 25.00%3938_B 150 1951 9999 3938 0 600 25.00%3938_B 150 1952 9999 3938 0 600 25.00%3938_B 73 1952 9999 3942 0 283 25.80%3942_B

NEEDS 178 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 3942_B_2 3942B 2 Albright 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Preston 77 73 3942_B_3 3942B 3 Albright 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Preston 77 137 3943_B_1 3943B 1 Fort Martin Power Station 1 Coal Steam

Coal Steam RFCP RFC West Virginia 54Monongalia 61 552 3943_B_2 3943B 2 Fort Martin Power Station 1 Coal Steam

Coal Steam RFCP RFC West Virginia 54Monongalia 61 555 3944_B_1 3944B 1 Harrison Power Station 1 Coal Steam

Coal Steam RFCP RFC West Virginia 54Harrison 33 640 3944_B_2 3944B 2 Harrison Power Station 1 Coal Steam

Coal Steam RFCP RFC West Virginia 54Harrison 33 642 3944_B_3 3944B 3 Harrison Power Station 1 Coal Steam

Coal Steam RFCP RFC West Virginia 54Harrison 33 651 3945_B_7 3945B 7 Rivesville 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Marion 49 46 3945_B_8 3945B 8 Rivesville 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Marion 49 91 3946_B_1 3946B 1 Willow Island 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Pleasants 73 54 3946_B_2 3946B 2 Willow Island 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Pleasants 73 181 3947_B_1 3947B 1 Kammer 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Marshall 51 210 3947_B_2 3947B 2 Kammer 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Marshall 51 210 3947_B_3 3947B 3 Kammer 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Marshall 51 210 3948_B_1 3948B 1 Mitchell 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Marshall 51 800 3948_B_2 3948B 2 Mitchell 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Marshall 51 800 3954_B_1 3954B 1 Mt Storm 1 Coal Steam Coal Steam VAPW SERCWest Virginia 54Grant 23 524 3954_B_2 3954B 2 Mt Storm 1 Coal Steam Coal Steam VAPW SERCWest Virginia 54Grant 23 524 3954_B_3 3954B 3 Mt Storm 1 Coal Steam Coal Steam VAPW SERCWest Virginia 54Grant 23 521 3954_G_JF1 3954G JF1 Mt Storm 1 Combustion Turbine Combustion TurbineVAPW SERCWest Virginia 54Grant 23 12 3982_B_1 3982B 1 Bay Front 1 BiomassOther Steam MRO MRO Wisconsin 55Ashland 3 22 3982_B_2 3982B 2 Bay Front 1 BiomassOther Steam MRO MRO Wisconsin 55Ashland 3 22 3982_B_5 3982B 5 Bay Front 1 Coal Steam Coal Steam MRO MRO Wisconsin 55Ashland 3 30 3992_B_1 3992B 1 Blount Street 1 O/G SteamO/G Steam WUMS MRO Wisconsin 55Dane 25 3.4 3992_B_11 3992B 11 Blount Street 1 O/G SteamO/G Steam WUMS MRO Wisconsin 55Dane 258.747573 3992_B_2 3992B 2 Blount Street 1 O/G SteamO/G Steam WUMS MRO Wisconsin 55Dane 25 3.4 3992_B_3 3992B 3 Blount Street 1 O/G SteamO/G Steam WUMS MRO Wisconsin 55Dane 2517.49515 3992_B_5 3992B 5 Blount Street 1 O/G SteamO/G Steam WUMS MRO Wisconsin 55Dane 2521.86893 3992_B_6 3992B 6 Blount Street 1 O/G SteamO/G Steam WUMS MRO Wisconsin 55Dane 2521.86893 3992_B_7 3992B 7 Blount Street 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Dane 25 22.4 3992_B_8 3992B 8 Blount Street 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Dane 25 49 3992_B_9 3992B 9 Blount Street 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Dane 25 48.2 4005_B_1 4005B 1 French Island 1 BiomassOther Steam MRO MRO Wisconsin 55La Crosse 63 14.5 4005_B_2 4005B 2 French Island 1 BiomassOther Steam MRO MRO Wisconsin 55La Crosse 63 14.5 4005_G_3 4005G 3 French Island 1 Combustion Turbine Combustion Turbine MRO MRO Wisconsin 55La Crosse 63 73.53 4005_G_4 4005G 4 French Island 1 Combustion Turbine Combustion Turbine MRO MRO Wisconsin 55La Crosse 63 73.17 4040_G_1CT14040G 1CT1 Port Washington Generating Station 1 Combined Cycle

Combined Cycle WUMS MRO Wisconsin 55Ozaukee 89 167 4040_G_1CT24040G 1CT2 Port Washington Generating Station 1 Combined Cycle

Combined Cycle WUMS MRO Wisconsin 55Ozaukee 89 167 4040_G_2CT14040G 2CT1 Port Washington Generating Station 1 Combined Cycle

Combined Cycle WUMS MRO Wisconsin 55Ozaukee 89 167 4040_G_2CT24040G 2CT2 Port Washington Generating Station 1 Combined Cycle

Combined Cycle WUMS MRO Wisconsin 55Ozaukee 89 167 4040_G_ST1 4040G ST1 Port Washington Generating Station 1 Combined Cycle

Combined Cycle WUMS MRO Wisconsin 55Ozaukee 89 241 4040_G_ST2 4040G ST2 Port Washington Generating Station 1 Combined Cycle

Combined Cycle WUMS MRO Wisconsin 55Ozaukee 89 241

NEEDS 179 of 505Unique

ID 3_B_1 3942_B_2 3942_B_3 3943_B_1 3943_B_2 3944_B_1 3944_B_2 3944_B_3 3945_B_7 3945_B_8 3946_B_1 3946_B_2 3947_B_1 3947_B_2 3947_B_3 3948_B_1 3948_B_2 3954_B_1 3954_B_2 3954_B_3 3954_G_JF1 3982_B_1 3982_B_2 3982_B_5 3992_B_1 3992_B_11 3992_B_2 3992_B_3 3992_B_5 3992_B_6 3992_B_7 3992_B_8 3992_B_9 4005_B_1 4005_B_2 4005_G_3 4005_G_4 4040_G_1CT1 4040_G_1CT2 4040_G_2CT1 4040_G_2CT2 4040_G_ST1 4040_G_ST2

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

73 1952 9999 3942 0 283 25.80%3942_B 137 1954 9999 3942 0 283 48.41%3942_B 542.892 1967 9999 3943 0 1,094 49.64%3943_B 550.6964 1968 9999 3943 0 1,094 50.36%3943_B 640 1972 9999 3944 0 1,933 33.11%3944_B 642 1973 9999 3944 0 1,933 33.21%3944_B 651 1974 9999 3944 0 1,933 33.68%3944_B 46 1943 9999 3945 0 137 33.58%3945_B 91 1951 9999 3945 0 137 66.42%3945_B 54 1949 9999 3946 0 235 22.98%3946_B 181 1960 9999 3946 0 235 77.02%3946_B 210 1958 9999 3947 0 629 33.37%3947_B 210 1958 9999 3947 0 629 33.37%3947_B 209.3175 1959 9999 3947 0 629 33.26%3947_B 800 1971 9999 3948 0 1,600 50.00%3948_B 800 1971 9999 3948 0 1,600 50.00%3948_B 524 1965 9999 3954 0 1,569 33.40%3954_B 524 1966 9999 3954 0 1,569 33.40%3954_B 521 1973 9999 3954 0 1,569 33.21%3954_B 12 1967 9999 0 1,569 3954_G 22 1954 9999 3982 0 74 29.73%3982_B 22 1952 9999 3982 0 74 29.73%3982_B 30 1960 9999 3982 0 74 40.54%3982_B 3.4 1968 9999 3992 1 196 1.73%3992_B 8.7476 1964 9999 3992 1 196 4.45%3992_B 3.4 1968 9999 3992 1 196 1.73%3992_B 17.4951 1968 9999 3992 1 196 8.91%3992_B 21.8689 1938 9999 3992 1 196 11.14%3992_B 21.8689 1943 9999 3992 1 196 11.14%3992_B 22.4 1949 9999 3992 0 196 11.41%3992_B 49 1957 9999 3992 0 196 24.95%3992_B 48.2 1961 9999 3992 0 196 24.54%3992_B 14.5 1940 9999 4005 0 29 50.00%4005_B 14.5 1940 9999 4005 0 29 50.00%4005_B 73.53 1974 9999 0 29 4005_G 73.17 1974 9999 0 29 4005_G 167 2008 9999 4040 0 1,150 14.52%4040_G 167 2008 9999 4040 0 1,150 14.52%4040_G 167 2005 9999 4040 0 1,150 14.52%4040_G 167 2005 9999 4040 0 1,150 14.52%4040_G 241 2008 9999 4040 0 1,150 20.96%4040_G 241 2005 9999 4040 0 1,150 20.96%4040_G

NEEDS 180 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 4041_B_5 4041B 5 South Oak Creek1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Milwaukee 79 261 4041_B_6 4041B 6 South Oak Creek1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Milwaukee 79 264 4041_B_7 4041B 7 South Oak Creek1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Milwaukee 79 298 4041_B_8 4041B 8 South Oak Creek1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Milwaukee 79 312 4042_B_1 4042B 1 Valley 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Milwaukee 79 70 4042_B_2 4042B 2 Valley 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Milwaukee 79 70 4042_B_3 4042B 3 Valley 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Milwaukee 79 70 4042_B_4 4042B 4 Valley 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Milwaukee 79 70 4042_G_3 4042G 3 Valley 1 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Milwaukee 79 3 4046_G_1 4046G 1 Point Beach 0 Nuclear Nuclear WUMS MRO Wisconsin 55Manitowoc 71 512 4046_G_2 4046G 2 Point Beach 0 Nuclear Nuclear WUMS MRO Wisconsin 55Manitowoc 71 514 4046_G_5 4046G 5 Point Beach 0 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Manitowoc 71 15 4048_B_3 4048B 3 Blackhawk 0 O/G SteamO/G Steam WUMS MRO Wisconsin 55Rock 105 25.585 4048_B_4 4048B 4 Blackhawk 0 O/G SteamO/G Steam WUMS MRO Wisconsin 55Rock 105 25.585 4050_B_3 4050B 3 Edgewater 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Sheboygan 117 75.91 4050_B_4 4050B 4 Edgewater 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Sheboygan 117 321.17 4050_B_5 4050B 5 Edgewater 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Sheboygan 117 412.44 4054_B_1 4054B 1 Nelson Dewey 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Grant 43 108.24 4054_B_2 4054B 2 Nelson Dewey 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Grant 43 111.66 4057_B_1 4057B 1 Rock River 0 O/G SteamO/G Steam WUMS MRO Wisconsin 55Rock 105 73.93 4057_B_2 4057B 2 Rock River 0 O/G SteamO/G Steam WUMS MRO Wisconsin 55Rock 105 80.3 4057_G_3 4057G 3 Rock River 0 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Rock 105 24.3 4057_G_4 4057G 4 Rock River 0 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Rock 105 15.64 4057_G_5 4057G 5 Rock River 0 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Rock 105 53.2 4057_G_6 4057G 6 Rock River 0 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Rock 105 52.89 4072_B_3 4072B 3 Pulliam 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Brown 9 23.7 4072_B_4 4072B 4 Pulliam 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Brown 9 29.5 4072_B_5 4072B 5 Pulliam 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Brown 9 50.1 4072_B_6 4072B 6 Pulliam 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Brown 9 69.4 4072_B_7 4072B 7 Pulliam 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Brown 9 81.9 4072_B_8 4072B 8 Pulliam 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Brown 9 131.2 4072_G_31 4072G 31 Pulliam 1 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Brown 9 72.6 4078_B_1 4078B 1 Weston 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Marathon 73 62 4078_B_2 4078B 2 Weston 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Marathon 73 86 4078_B_3 4078B 3 Weston 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Marathon 73 338 4078_B_4 4078B 4 Weston 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Marathon 73 519 4078_G_31 4078G 31 Weston 1 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Marathon 73 20 4078_G_32 4078G 32 Weston 1 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Marathon 73 47 4125_B_5 4125B 5 Manitowoc 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Manitowoc 711.461538 4125_B_6 4125B 6 Manitowoc 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Manitowoc 7118.78497 4125_B_7 4125B 7 Manitowoc 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Manitowoc 7118.78497 4125_B_8 4125B 8 Manitowoc 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Manitowoc 7121.46853

NEEDS 181 of 505Unique

ID 3_B_1 4041_B_5 4041_B_6 4041_B_7 4041_B_8 4042_B_1 4042_B_2 4042_B_3 4042_B_4 4042_G_3 4046_G_1 4046_G_2 4046_G_5 4048_B_3 4048_B_4 4050_B_3 4050_B_4 4050_B_5 4054_B_1 4054_B_2 4057_B_1 4057_B_2 4057_G_3 4057_G_4 4057_G_5 4057_G_6 4072_B_3 4072_B_4 4072_B_5 4072_B_6 4072_B_7 4072_B_8 4072_G_31 4078_B_1 4078_B_2 4078_B_3 4078_B_4 4078_G_31 4078_G_32 4125_B_5 4125_B_6 4125_B_7 4125_B_8Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

261 1959 9999 4041 1 1,127 23.16%4041_B 264 1961 9999 4041 1 1,127 23.43%4041_B 294.9398 1965 9999 4041 0 1,127 26.18%4041_B 306.852 1967 9999 4041 0 1,127 27.23%4041_B 70 1968 9999 4042 0 280 25.00%4042_B 70 1968 9999 4042 0 280 25.00%4042_B 70 1969 9999 4042 0 280 25.00%4042_B 70 1969 9999 4042 0 280 25.00%4042_B 3 1969 9999 0 280 4042_G 512 1970 2030 4046 1 1,026 49.90%4046_G 514 1972 2032 4046 1 1,026 50.10%4046_G 15 1969 9999 0 1,026 4046_G 25.585 1946 9999 4048 1 51 50.00%4048_B 25.585 1946 9999 4048 1 51 50.00%4048_B 75.91 1951 9999 4050 0 810 9.38%4050_B 321.17 1969 9999 4050 0 810 39.67%4050_B 412.44 1985 9999 4050 0 810 50.95%4050_B 108.24 1959 9999 4054 0 220 49.22%4054_B 111.66 1962 9999 4054 0 220 50.78%4054_B 73.93 1954 9999 4057 1 154 47.93%4057_B 80.3 1955 9999 4057 1 154 52.07%4057_B 24.3 1967 9999 0 154 4057_G 15.64 1968 9999 0 154 4057_G 53.2 1972 9999 0 154 4057_G 52.89 1972 9999 0 154 4057_G 23.7 1943 9999 4072 1 386 6.14%4072_B 29.5 1947 9999 4072 1 386 7.65%4072_B 50.1 1949 9999 4072 0 386 12.99%4072_B 69.4 1951 9999 4072 0 386 17.99%4072_B 81.9 1958 9999 4072 0 386 21.23%4072_B 131.2 1964 9999 4072 0 386 34.01%4072_B 72.6 2003 9999 0 386 4072_G 62 1954 9999 4078 0 1,005 6.17%4078_B 86 1960 9999 4078 0 1,005 8.56%4078_B 338 1981 9999 4078 0 1,005 33.63%4078_B 519 2008 9999 4078 0 1,005 51.64%4078_B 20 1969 9999 0 1,005 4078_G 47 1973 9999 0 1,005 4078_G 1.4615 1950 9999 4125 0 91 1.61%4125_B 18.785 1957 9999 4125 0 91 20.76%4125_B 18.785 1964 9999 4125 0 91 20.76%4125_B 21.4685 1990 9999 4125 0 91 23.72%4125_B

NEEDS 182 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 4125_B_9 4125B 9 Manitowoc 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Manitowoc 71 30 4125_G_IC1 4125G IC1 Manitowoc 1 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Manitowoc 71 5.5 4125_G_IC2 4125G IC2 Manitowoc 1 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Manitowoc 71 5.5 4127_B_5 4127B 5 Menasha 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Winnebago 139 6 4140_B_B1 4140B B1 Alma 1 Coal Steam Coal Steam MRO MRO Wisconsin 55Buffalo 1117.17993 4140_B_B2 4140B B2 Alma 1 Coal Steam Coal Steam MRO MRO Wisconsin 55Buffalo 1117.17993 4140_B_B3 4140B B3 Alma 1 Coal Steam Coal Steam MRO MRO Wisconsin 55Buffalo 1120.58013 4140_B_B4 4140B B4 Alma 1 Coal Steam Coal Steam MRO MRO Wisconsin 55Buffalo 11 55.17 4140_B_B5 4140B B5 Alma 1 Coal Steam Coal Steam MRO MRO Wisconsin 55Buffalo 11 76.04 4143_B_1 4143B 1 Genoa 1 Coal Steam Coal Steam MRO MRO Wisconsin 55Vernon 123 356.24 4158_B_BW414158B BW41 Dave Johnston1 Coal Steam Coal Steam RMPA WECCWyoming 56Converse 9 106 4158_B_BW424158B BW42 Dave Johnston1 Coal Steam Coal Steam RMPA WECCWyoming 56Converse 9 106 4158_B_BW434158B BW43 Dave Johnston1 Coal Steam Coal Steam RMPA WECCWyoming 56Converse 9 220 4158_B_BW444158B BW44 Dave Johnston1 Coal Steam Coal Steam RMPA WECCWyoming 56Converse 9 330 4162_B_1 4162B 1 Naughton 1 Coal Steam Coal Steam NWPE WECCWyoming 56Lincoln 23 160 4162_B_2 4162B 2 Naughton 1 Coal Steam Coal Steam NWPE WECCWyoming 56Lincoln 23 210 4162_B_3 4162B 3 Naughton 1 Coal Steam Coal Steam NWPE WECCWyoming 56Lincoln 23 330 4195_B_1 4195B 1 Powerlane Plant1 O/G SteamO/G Steam ERCT ERCOTTexas 48Hunt 231 20.4 4195_B_2 4195B 2 Powerlane Plant1 O/G SteamO/G Steam ERCT ERCOTTexas 48Hunt 231 26.5 4195_B_3 4195B 3 Powerlane Plant1 O/G SteamO/G Steam ERCT ERCOTTexas 48Hunt 231 41.9 4270_G_3 4270G 3 Waterford 3 1 Nuclear Nuclear ENTG SERCLouisiana 22St. Charles 89 1152 4271_B_B1 4271B B1 John P Madgett1 Coal Steam Coal Steam MRO MRO Wisconsin 55Buffalo 11 397.59 4937_B_1 4937B 1 Thomas C Ferguson 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Llano 299 420 4939_B_1 4939B 1 Barney M Davis1 O/G SteamO/G Steam ERCT ERCOTTexas 48Nueces 355 335 4939_B_2 4939B 2 Barney M Davis1 O/G SteamO/G Steam ERCT ERCOTTexas 48Nueces 355 347 4940_B_15014940B 1501 Riverside 1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Tulsa 143 457 4940_B_15024940B 1502 Riverside 1 O/G SteamO/G Steam SPPS SPP Oklahoma 40Tulsa 143 459 4940_G_GT1 4940G GT1 Riverside 1 Combustion Turbine Combustion Turbine SPPS SPP Oklahoma 40Tulsa 143 85 4940_G_GT24940G GT2 Riverside 1 Combustion Turbine Combustion Turbine SPPS SPP Oklahoma 40Tulsa 143 85 4940_G_IC1 4940G IC1 Riverside 1 Combustion Turbine Combustion Turbine SPPS SPP Oklahoma 40Tulsa 143 2.8 4941_B_1 4941B 1 Navajo 1 Coal Steam Coal Steam AZNM WECCArizona 4Coconino 5 750 4941_B_2 4941B 2 Navajo 1 Coal Steam Coal Steam AZNM WECCArizona 4Coconino 5 750 4941_B_3 4941B 3 Navajo 1 Coal Steam Coal Steam AZNM WECCArizona 4Coconino 5 750 6000_G_1 6000G 1 Donald C Cook1 Nuclear Nuclear RFCP RFC Michigan 26Berrien 21 1029 6000_G_2 6000G 2 Donald C Cook1 Nuclear Nuclear RFCP RFC Michigan 26Berrien 21 1077 6001_G_1 6001G 1 Joseph M Farley1 Nuclear Nuclear SOU SERCAlabama 1Houston 69 876 6001_G_2 6001G 2 Joseph M Farley1 Nuclear Nuclear SOU SERCAlabama 1Houston 69 883 6002_B_1 6002B 1 James H Miller Jr1 Coal Steam Coal Steam SOU SERCAlabama 1Jefferson 73 684 6002_B_2 6002B 2 James H Miller Jr1 Coal Steam Coal Steam SOU SERCAlabama 1Jefferson 73 687 6002_B_3 6002B 3 James H Miller Jr1 Coal Steam Coal Steam SOU SERCAlabama 1Jefferson 73 687 6002_B_4 6002B 4 James H Miller Jr1 Coal Steam Coal Steam SOU SERCAlabama 1Jefferson 73 688 6004_B_1 6004B 1 Pleasants Power Station 1 Coal Steam

Coal Steam RFCP RFC West Virginia 54Pleasants 73 639

NEEDS 183 of 505Unique

ID 3_B_1 4125_B_9 4125_G_IC1 4125_G_IC2 4127_B_5 4140_B_B1 4140_B_B2 4140_B_B3 4140_B_B4 4140_B_B5 4143_B_1 4158_B_BW41 4158_B_BW42 4158_B_BW43 4158_B_BW44 4162_B_1 4162_B_2 4162_B_3 4195_B_1 4195_B_2 4195_B_3 4270_G_3 4271_B_B1 4937_B_1 4939_B_1 4939_B_2 4940_B_1501 4940_B_1502 4940_G_GT1 4940_G_GT2 4940_G_IC1 4941_B_1 4941_B_2 4941_B_3 6000_G_1 6000_G_2 6001_G_1 6001_G_2 6002_B_1 6002_B_2 6002_B_3 6002_B_4 6004_B_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

30 2006 9999 4125 0 91 33.15%4125_B 5.5 1985 9999 0 91 4125_G 5.5 1985 9999 0 91 4125_G 6 2006 9999 4127 0 6 100.00%4127_B 17.1799 1947 9999 4140 0 186 9.23%4140_B 17.1799 1947 9999 4140 0 186 9.23%4140_B 20.5801 1951 9999 4140 0 186 11.06%4140_B 55.17 1957 9999 4140 0 186 29.64%4140_B 76.04 1960 9999 4140 0 186 40.85%4140_B 354.886675 1969 9999 4143 0 355 100.00%4143_B 106 1959 9999 4158 0 762 13.91%4158_B 106 1961 9999 4158 0 762 13.91%4158_B 220 1964 9999 4158 0 762 28.87%4158_B 330 1972 9999 4158 0 762 43.31%4158_B 160 1963 9999 4162 0 700 22.86%4162_B 210 1968 9999 4162 0 700 30.00%4162_B 330 1971 9999 4162 0 700 47.14%4162_B 20.4 1966 9999 4195 1 89 22.97%4195_B 26.5 1969 9999 4195 1 89 29.84%4195_B 41.9 1977 9999 4195 0 89 47.18%4195_B 1152 1985 2045 4270 0 1,152 100.00%4270_G 397.59 1978 9999 4271 0 398 100.00%4271_B 420 1974 9999 4937 0 420 100.00%4937_B 335 1974 9999 4939 0 682 49.12%4939_B 347 1976 9999 4939 0 682 50.88%4939_B 457 1974 9999 4940 0 916 49.89%4940_B 459 1976 9999 4940 0 916 50.11%4940_B 85 2008 9999 0 916 4940_G 85 2008 9999 0 916 4940_G 2.8 1976 9999 0 916 4940_G 737.625 1974 9999 4941 0 2,213 33.33%4941_B 737.625 1975 9999 4941 0 2,213 33.33%4941_B 737.625 1976 9999 4941 0 2,213 33.33%4941_B 1029 1975 2035 6000 0 2,106 48.86%6000_G 1077 1978 2038 6000 0 2,106 51.14%6000_G 876 1977 2037 6001 0 1,759 49.80%6001_G 883 1981 2041 6001 0 1,759 50.20%6001_G 684 1978 9999 6002 0 2,735 25.01%6002_B 675.667 1985 9999 6002 0 2,735 24.71%6002_B 687 1989 9999 6002 0 2,735 25.12%6002_B 688 1991 9999 6002 0 2,735 25.16%6002_B 639 1979 9999 6004 0 1,278 50.00%6004_B

NEEDS 184 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 6004_B_2 6004B 2 Pleasants Power Station 1 Coal Steam

Coal Steam RFCP RFC West Virginia 54Pleasants 73 639 6009_B_1 6009B 1 White Bluff 1 Coal Steam Coal Steam ENTG SERCArkansas 5Jefferson 69 810 6009_B_2 6009B 2 White Bluff 1 Coal Steam Coal Steam ENTG SERCArkansas 5Jefferson 69 825 6011_G_1 6011G 1 Calvert Cliffs Nuclear Power Plant 1 Nuclear Nuclear MACS RFC Maryland 24Calvert 9 884.349 6011_G_2 6011G 2 Calvert Cliffs Nuclear Power Plant 1 Nuclear Nuclear MACS RFC Maryland 24Calvert 9 873.206 6014_G_1 6014G 1 Brunswick 1 Nuclear Nuclear VACA SERCNorth Carolina 37Brunswick 19 938 6014_G_2 6014G 2 Brunswick 1 Nuclear Nuclear VACA SERCNorth Carolina 37Brunswick 19 937 6015_G_1 6015G 1 Harris 1 Nuclear Nuclear VACA SERCNorth Carolina 37Wake 183 900 6016_B_1 6016B 1 Duck Creek 1 Coal Steam Coal Steam GWAY SERCIllinois 17Fulton 57 335 6017_B_1 6017B 1 Newton 1 Coal Steam Coal Steam GWAY SERCIllinois 17Jasper 79 557 6017_B_2 6017B 2 Newton 1 Coal Steam Coal Steam GWAY SERCIllinois 17Jasper 79 569 6018_B_2 6018B 2 East Bend 1 Coal Steam Coal Steam RFCO RFC Kentucky 21Boone 15 600 6019_B_1 6019B 1 WH Zimmer 1 Coal Steam Coal Steam RFCO RFC Ohio 39Clermont 25 1300 6020_G_1 6020G 1 Perry 1 Nuclear Nuclear RFCO RFC Ohio 39Lake 85 1258 6021_B_C1 6021B C1 Craig 1 Coal Steam Coal Steam RMPA WECCColorado 8Moffat 81 428 6021_B_C2 6021B C2 Craig 1 Coal Steam Coal Steam RMPA WECCColorado 8Moffat 81 428 6021_B_C3 6021B C3 Craig 1 Coal Steam Coal Steam RMPA WECCColorado 8Moffat 81 408 6022_G_1 6022G 1 Braidwood Generation Station 1 Nuclear Nuclear COMD RFC Illinois 17Will 197 1178 6022_G_2 6022G 2 Braidwood Generation Station 1 Nuclear Nuclear COMD RFC Illinois 17Will 197 1152 6023_G_1 6023G 1 Byron Generating Station 1 Nuclear Nuclear COMD RFC Illinois 17Ogle 141 1164 6023_G_2 6023G 2 Byron Generating Station 1 Nuclear Nuclear COMD RFC Illinois 17Ogle 141 1136 6026_G_1 6026G 1 LaSalle Generating Station 1 Nuclear Nuclear COMD RFC Illinois 17La Salle 99 1118 6026_G_2 6026G 2 LaSalle Generating Station 1 Nuclear Nuclear COMD RFC Illinois 17La Salle 99 1120 6031_B_2 6031B 2 Killen Station 1 Coal Steam Coal Steam RFCP RFC Ohio 39Adams 1 615 6031_G_GT1 6031G GT1 Killen Station 1 Combustion Turbine Combustion Turbine RFCP RFC Ohio 39Adams 1 18 6034_B_1 6034B 1 Belle River 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 697.5 6034_B_2 6034B 2 Belle River 1 Coal Steam Coal Steam MECS RFC Michigan 26St. Clair 147 697.5 6034_G_12-1 6034G 12-1 Belle River 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26St. Clair 147 100 6034_G_12-26034G 12-2 Belle River 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26St. Clair 147 100 6034_G_13-1 6034G 13-1 Belle River 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26St. Clair 147 100 6034_G_3 6034G 3 Belle River 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26St. Clair 147 2.8 6034_G_4 6034G 4 Belle River 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26St. Clair 147 2.8 6034_G_5 6034G 5 Belle River 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26St. Clair 147 2.8 6034_G_IC1 6034G IC1 Belle River 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26St. Clair 147 2.8 6034_G_IC2 6034G IC2 Belle River 1 Combustion Turbine Combustion Turbine MECS RFC Michigan 26St. Clair 147 2.8 6036_G_1 6036G 1 Catawba 1 Nuclear Nuclear VACA SERCSouth Carolina 45York 91 1129 6036_G_2 6036G 2 Catawba 1 Nuclear Nuclear VACA SERCSouth Carolina 45York 91 1129 6038_G_1 6038G 1 McGuire 1 Nuclear Nuclear VACA SERCNorth Carolina 37Mecklenburg 119 1100 6038_G_2 6038G 2 McGuire 1 Nuclear Nuclear VACA SERCNorth Carolina 37Mecklenburg 119 1100 6040_G_1 6040G 1 Beaver Valley 1 Nuclear Nuclear RFCP RFC Pennsylvania 42Beaver 7 911 6040_G_2 6040G 2 Beaver Valley 1 Nuclear Nuclear RFCP RFC Pennsylvania 42Beaver 7 868 6041_B_1 6041B 1 H L Spurlock 1 Coal Steam Coal Steam TVAK SERCKentucky 21Mason 161 315

NEEDS 185 of 505Unique

ID 3_B_1 6004_B_2 6009_B_1 6009_B_2 6011_G_1 6011_G_2 6014_G_1 6014_G_2 6015_G_1 6016_B_1 6017_B_1 6017_B_2 6018_B_2 6019_B_1 6020_G_1 6021_B_C1 6021_B_C2 6021_B_C3 6022_G_1 6022_G_2 6023_G_1 6023_G_2 6026_G_1 6026_G_2 6031_B_2 6031_G_GT1 6034_B_1 6034_B_2 6034_G_12-1 6034_G_12-2 6034_G_13-1 6034_G_3 6034_G_4 6034_G_5 6034_G_IC1 6034_G_IC2 6036_G_1 6036_G_2 6038_G_1 6038_G_2 6040_G_1 6040_G_2 6041_B_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

639 1980 9999 6004 0 1,278 50.00%6004_B 810 1980 9999 6009 0 1,635 49.54%6009_B 825 1981 9999 6009 0 1,635 50.46%6009_B 884.349 1975 2035 6011 0 1,758 50.32%6011_G 873.206 1977 2037 6011 0 1,758 49.68%6011_G 1059.94 1977 2037 6014 0 2,057 51.53%6014_G 997 1975 2035 6014 0 2,057 48.47%6014_G 900 1987 2047 6015 0 900 100.00%6015_G 335 1976 9999 6016 0 335 100.00%6016_B 553.101 1977 9999 6017 0 1,118 49.47%6017_B 565.017 1982 9999 6017 0 1,118 50.53%6017_B 600 1981 9999 6018 0 600 100.00%6018_B 1300 1991 9999 6019 0 1,300 100.00%6019_B 1258 1987 2047 6020 0 1,258 100.00%6020_G 428 1980 9999 6021 0 1,264 33.86%6021_B 428 1979 9999 6021 0 1,264 33.86%6021_B 408 1984 9999 6021 0 1,264 32.28%6021_B 1178 1988 2048 6022 0 2,330 50.56%6022_G 1152 1988 2048 6022 0 2,330 49.44%6022_G 1164 1985 2045 6023 0 2,300 50.61%6023_G 1136 1987 2047 6023 0 2,300 49.39%6023_G 1118 1984 2044 6026 0 2,238 49.96%6026_G 1120 1984 2044 6026 0 2,238 50.04%6026_G 604.8525 1982 9999 6031 0 605 100.00%6031_B 18 1982 9999 0 605 6031_G 697.5 1984 9999 6034 0 1,395 50.00%6034_B 697.5 1985 9999 6034 0 1,395 50.00%6034_B 100 1999 9999 0 1,395 6034_G 100 1999 9999 0 1,395 6034_G 100 1999 9999 0 1,395 6034_G 2.8 1981 9999 0 1,395 6034_G 2.8 1981 9999 0 1,395 6034_G 2.8 1981 9999 0 1,395 6034_G 2.8 1981 9999 0 1,395 6034_G 2.8 1981 9999 0 1,395 6034_G 1129 1985 2045 6036 0 2,258 50.00%6036_G 1129 1986 2046 6036 0 2,258 50.00%6036_G 1199 1981 2041 6038 0 2,398 50.00%6038_G 1199 1984 2044 6038 0 2,398 50.00%6038_G 911 1976 2036 6040 0 1,779 51.21%6040_G 868 1987 2047 6040 0 1,779 48.79%6040_G 315 1977 9999 6041 0 1,360 23.16%6041_B

NEEDS 186 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 6041_B_2 6041B 2 H L Spurlock 1 Coal Steam Coal Steam TVAK SERCKentucky 21Mason 161 509 6041_B_3 6041B 3 H L Spurlock 1 Coal Steam Coal Steam TVAK SERCKentucky 21Mason 161 268 6041_B_4 6041B 4 H L Spurlock 1 Coal Steam Coal Steam TVAK SERCKentucky 21Mason 161 268 6042_B_PMT16042B PMT1 Manatee 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Manatee 81 788 6042_B_PMT26042B PMT2 Manatee 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Manatee 81 803 6042_G_3ST 6042G 3ST Manatee 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Manatee 81426.4924 6042_G_A 6042G A Manatee 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Manatee 81170.1269 6042_G_B 6042G B Manatee 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Manatee 81170.1269 6042_G_C 6042G C Manatee 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Manatee 81170.1269 6042_G_D 6042G D Manatee 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Manatee 81170.1269 6043_B_PMR16043B PMR1 Martin 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Martin 85 828 6043_B_PMR26043B PMR2 Martin 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Martin 85 815 6043_G_3GT16043G 3GT1 Martin 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Martin 85 157 6043_G_3GT26043G 3GT2 Martin 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Martin 85 157 6043_G_3ST 6043G 3ST Martin 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Martin 85 157 6043_G_4GT16043G 4GT1 Martin 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Martin 85 157 6043_G_4GT26043G 4GT2 Martin 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Martin 85 157 6043_G_4ST 6043G 4ST Martin 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Martin 85 157 6043_G_8 6043G 8 Martin 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Martin 85426.4368 6043_G_8C 6043G 8C Martin 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Martin 85170.1408 6043_G_8D 6043G 8D Martin 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Martin 85170.1408 6045_G_1 6045G 1 St Lucie 1 Nuclear Nuclear FRCC FRCCFlorida 12St. Lucie 111 839 6045_G_2 6045G 2 St Lucie 1 Nuclear Nuclear FRCC FRCCFlorida 12St. Lucie 111 713.999 6051_G_1 6051G 1 Edwin I Hatch 1 Nuclear Nuclear SOU SERCGeorgia 13Appling 1 876 6051_G_2 6051G 2 Edwin I Hatch 1 Nuclear Nuclear SOU SERCGeorgia 13Appling 1 883 6052_B_1 6052B 1 Wansley 1 Coal Steam Coal Steam SOU SERCGeorgia 13Heard 149 891 6052_B_2 6052B 2 Wansley 1 Coal Steam Coal Steam SOU SERCGeorgia 13Heard 149 892 6052_G_5A 6052G 5A Wansley 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Heard 149 49 6055_B_2B1 6055B 2B1 Big Cajun 2 1 Coal Steam Coal Steam ENTG SERCLouisiana 22Pointe Coupee 77 580 6055_B_2B2 6055B 2B2 Big Cajun 2 1 Coal Steam Coal Steam ENTG SERCLouisiana 22Pointe Coupee 77 575 6055_B_2B3 6055B 2B3 Big Cajun 2 1 Coal Steam Coal Steam ENTG SERCLouisiana 22Pointe Coupee 77 588 6064_B_N1 6064B N1 Nearman Creek1 Coal Steam Coal Steam SPPN SPP Kansas 20Wyandotte 209 232.2 6064_G_CT4 6064G CT4 Nearman Creek1 Combustion Turbine Combustion Turbine SPPN SPP Kansas 20Wyandotte 209 71 6065_B_1 6065B 1 Iatan 1 Coal Steam Coal Steam SPPN SPP Missouri 29Platte 165 651 6068_B_1 6068B 1 Jeffrey Energy Center 1 Coal Steam

Coal Steam SPPN SPP Kansas 20Pottawatomie 149 736 6068_B_2 6068B 2 Jeffrey Energy Center 1 Coal Steam

Coal Steam SPPN SPP Kansas 20Pottawatomie 149 734 6068_B_3 6068B 3 Jeffrey Energy Center 1 Coal Steam

Coal Steam SPPN SPP Kansas 20Pottawatomie 149 740 6071_B_1 6071B 1 Trimble County1 Coal Steam Coal Steam TVAK SERCKentucky 21Trimble 223 383 6071_G_10 6071G 10 Trimble County1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Trimble 223 160 6071_G_5 6071G 5 Trimble County1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Trimble 223 160 6071_G_6 6071G 6 Trimble County1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Trimble 223 160 6071_G_7 6071G 7 Trimble County1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Trimble 223 160

NEEDS 187 of 505Unique

ID 3_B_1 6041_B_2 6041_B_3 6041_B_4 6042_B_PMT1 6042_B_PMT2 6042_G_3ST 6042_G_A 6042_G_B 6042_G_C 6042_G_D 6043_B_PMR1 6043_B_PMR2 6043_G_3GT1 6043_G_3GT2 6043_G_3ST 6043_G_4GT1 6043_G_4GT2 6043_G_4ST 6043_G_8 6043_G_8C 6043_G_8D 6045_G_1 6045_G_2 6051_G_1 6051_G_2 6052_B_1 6052_B_2 6052_G_5A 6055_B_2B1 6055_B_2B2 6055_B_2B3 6064_B_N1 6064_G_CT4 6065_B_1 6068_B_1 6068_B_2 6068_B_3 6071_B_1 6071_G_10 6071_G_5 6071_G_6 6071_G_7Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

509 1981 9999 6041 0 1,360 37.43%6041_B 268 2005 9999 6041 0 1,360 19.71%6041_B 268 2008 9999 6041 0 1,360 19.71%6041_B 788 1976 9999 6042 1 2,698 29.21%6042_B 803 1977 9999 6042 0 2,698 29.76%6042_B 426.4924 2005 9999 6042 0 2,698 15.81%6042_G 170.1269 2005 9999 6042 0 2,698 6.31%6042_G 170.1269 2005 9999 6042 0 2,698 6.31%6042_G 170.1269 2005 9999 6042 0 2,698 6.31%6042_G 170.1269 2005 9999 6042 0 2,698 6.31%6042_G 828 1980 9999 6043 0 3,352 24.70%6043_B 815 1981 9999 6043 0 3,352 24.32%6043_B 157 1994 9999 6043 0 3,352 4.68%6043_G 157 1994 9999 6043 0 3,352 4.68%6043_G 157 1994 9999 6043 0 3,352 4.68%6043_G 157 1994 9999 6043 0 3,352 4.68%6043_G 157 1994 9999 6043 0 3,352 4.68%6043_G 157 1994 9999 6043 0 3,352 4.68%6043_G 426.4368 2005 9999 6043 0 3,352 12.72%6043_G 170.1408 2005 9999 6043 0 3,352 5.08%6043_G 170.1408 2005 9999 6043 0 3,352 5.08%6043_G 839 1976 2036 6045 0 1,553 54.02%6045_G 713.999 1983 2043 6045 0 1,553 45.98%6045_G 876 1975 2035 6051 0 1,759 49.80%6051_G 883 1979 2039 6051 0 1,759 50.20%6051_G 891 1976 9999 6052 0 1,783 49.97%6052_B 892 1978 9999 6052 0 1,783 50.03%6052_B 49 1980 9999 0 1,783 6052_G 580 1981 9999 6055 0 1,743 33.28%6055_B 575 1982 9999 6055 0 1,743 32.99%6055_B 588 1983 9999 6055 0 1,743 33.73%6055_B 232.2 1981 9999 6064 0 232 100.00%6064_B 71 2006 9999 0 232 6064_G 651 1980 9999 6065 0 651 100.00%6065_B 736 1978 9999 6068 0 2,210 33.30%6068_B 734 1980 9999 6068 0 2,210 33.21%6068_B 740 1983 9999 6068 0 2,210 33.48%6068_B 383 1990 9999 6071 0 383 100.00%6071_B 160 2004 9999 0 383 6071_G 160 2002 9999 0 383 6071_G 160 2002 9999 0 383 6071_G 160 2004 9999 0 383 6071_G

NEEDS 188 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 6071_G_8 6071G 8 Trimble County1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Trimble 223 160 6071_G_9 6071G 9 Trimble County1 Combustion Turbine Combustion Turbine TVAK SERCKentucky 21Trimble 223 160 6077_B_1 6077B 1 Gerald Gentleman 1 Coal Steam

Coal Steam MRO MRO Nebraska 31Lincoln 111 665 6077_B_2 6077B 2 Gerald Gentleman 1 Coal Steam

Coal Steam MRO MRO Nebraska 31Lincoln 111 700 6082_B_1 6082B 1 AES Somerset LLC 1 Coal Steam

Coal Steam UPNY NPCCNew York 36Niagara 63 680.8 6085_B_14 6085B 14 R M Schahfer 1 Coal Steam Coal Steam RFCO RFC Indiana 18Jasper 73 431 6085_B_15 6085B 15 R M Schahfer 1 Coal Steam Coal Steam RFCO RFC Indiana 18Jasper 73 472 6085_B_17 6085B 17 R M Schahfer 1 Coal Steam Coal Steam RFCO RFC Indiana 18Jasper 73 361 6085_B_18 6085B 18 R M Schahfer 1 Coal Steam Coal Steam RFCO RFC Indiana 18Jasper 73 361 6085_G_16A 6085G 16A R M Schahfer 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Jasper 73 78 6085_G_16B 6085G 16B R M Schahfer 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Jasper 73 77 6089_B_B1 6089B B1 Lewis & Clark 1 Coal Steam Coal Steam MRO MRO Montana 30Richland 83 52.3 6090_B_1 6090B 1 Sherburne County 1 Coal Steam

Coal Steam MRO MRO Minnesota 27Sherburne 141 762 6090_B_2 6090B 2 Sherburne County 1 Coal Steam

Coal Steam MRO MRO Minnesota 27Sherburne 141 752 6090_B_3 6090B 3 Sherburne County 1 Coal Steam

Coal Steam MRO MRO Minnesota 27Sherburne 141 936 6094_B_1 6094B 1 Bruce Mansfield1 Coal Steam Coal Steam RFCO RFC Pennsylvania 42Beaver 7 830 6094_B_2 6094B 2 Bruce Mansfield1 Coal Steam Coal Steam RFCO RFC Pennsylvania 42Beaver 7 830 6094_B_3 6094B 3 Bruce Mansfield1 Coal Steam Coal Steam RFCO RFC Pennsylvania 42Beaver 7 830 6095_B_1 6095B 1 Sooner 1 Coal Steam Coal Steam SPPS SPP Oklahoma 40Noble 103 534.7 6095_B_2 6095B 2 Sooner 1 Coal Steam Coal Steam SPPS SPP Oklahoma 40Noble 103 540.2 6096_B_1 6096B 1 Nebraska City 1 Coal Steam Coal Steam MRO MRO Nebraska 31Otoe 131 646 6098_B_1 6098B 1 Big Stone 1 Coal Steam Coal Steam MRO MRO South Dakota 46Grant 51 460.5 6098_G_D1 6098G D1 Big Stone 1 Combustion Turbine Combustion Turbine MRO MRO South Dakota 46Grant 51 0.63 6099_G_1 6099G 1 Diablo Canyon0 Nuclear Nuclear CA-N WECCCalifornia 6San Luis Obispo79 1122 6099_G_2 6099G 2 Diablo Canyon0 Nuclear Nuclear CA-N WECCCalifornia 6San Luis Obispo79 1118 6103_G_1 6103G 1 PPL Susquehanna 1 Nuclear Nuclear MACW RFC Pennsylvania 42Columbia 37 1105 6103_G_2 6103G 2 PPL Susquehanna 1 Nuclear Nuclear MACW RFC Pennsylvania 42Columbia 37 1111 6105_G_1 6105G 1 Limerick 1 Nuclear Nuclear MACE RFC Pennsylvania 42Montgomery 91 1134 6105_G_2 6105G 2 Limerick 1 Nuclear Nuclear MACE RFC Pennsylvania 42Montgomery 91 1134 6110_G_1 6110G 1 James A Fitzpatrick 1 Nuclear Nuclear UPNY NPCCNew York 36Oswego 75 852.2 6112_G_1 6112G 1 Fort St Vrain 1 Combined Cycle Combined Cycle RMPA WECCColorado 8Weld 123 297 6112_G_2 6112G 2 Fort St Vrain 1 Combined Cycle Combined Cycle RMPA WECCColorado 8Weld 123 128 6112_G_3 6112G 3 Fort St Vrain 1 Combined Cycle Combined Cycle RMPA WECCColorado 8Weld 123 130 6112_G_4 6112G 4 Fort St Vrain 1 Combined Cycle Combined Cycle RMPA WECCColorado 8Weld 123 135 6112_G_5 6112G 5 Fort St Vrain 1 Combustion Turbine Combustion Turbine RMPA WECCColorado 8Weld 123 130 6112_G_6 6112G 6 Fort St Vrain 1 Combustion Turbine Combustion Turbine RMPA WECCColorado 8Weld 123 130 6115_G_1 6115G 1 Seabrook 1 Nuclear Nuclear NENG NPCCNew Hampshire 33Rockingham 151244.279 6118_G_1 6118G 1 PSEG Hope Creek Generating Station 1 Nuclear Nuclear MACE RFC New Jersey 34Salem 33 1186 6122_G_1 6122G 1 R. E. Ginna Nuclear Power Plant 1 Nuclear Nuclear UPNY NPCCNew York 36Wayne 117 581.314 6124_B_1 6124B 1 McIntosh 1 Coal Steam Coal Steam SOU SERCGeorgia 13Effingham 103 156.5 6124_G_CT1 6124G CT1 McIntosh 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Effingham 103 82.2 6124_G_CT2 6124G CT2 McIntosh 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Effingham 103 82.2

NEEDS 189 of 505Unique

ID 3_B_1 6071_G_8 6071_G_9 6077_B_1 6077_B_2 6082_B_1 6085_B_14 6085_B_15 6085_B_17 6085_B_18 6085_G_16A 6085_G_16B 6089_B_B1 6090_B_1 6090_B_2 6090_B_3 6094_B_1 6094_B_2 6094_B_3 6095_B_1 6095_B_2 6096_B_1 6098_B_1 6098_G_D1 6099_G_1 6099_G_2 6103_G_1 6103_G_2 6105_G_1 6105_G_2 6110_G_1 6112_G_1 6112_G_2 6112_G_3 6112_G_4 6112_G_5 6112_G_6 6115_G_1 6118_G_1 6122_G_1 6124_B_1 6124_G_CT1 6124_G_CT2

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

160 2004 9999 0 383 6071_G 160 2004 9999 0 383 6071_G 665 1979 9999 6077 0 1,365 48.72%6077_B 700 1982 9999 6077 0 1,365 51.28%6077_B 680.8 1984 9999 6082 0 681 100.00%6082_B 431 1976 9999 6085 0 1,625 26.52%6085_B 472 1979 9999 6085 0 1,625 29.05%6085_B 361 1983 9999 6085 0 1,625 22.22%6085_B 361 1986 9999 6085 0 1,625 22.22%6085_B 78 1979 9999 0 1,625 6085_G 77 1979 9999 0 1,625 6085_G 52.3 1958 9999 6089 0 52 100.00%6089_B 762 1976 9999 6090 0 2,450 31.10%6090_B 752 1977 9999 6090 0 2,450 30.69%6090_B 936 1987 9999 6090 0 2,450 38.20%6090_B 830 1976 9999 6094 0 2,490 33.33%6094_B 830 1977 9999 6094 0 2,490 33.33%6094_B 830 1979 9999 6094 0 2,490 33.33%6094_B 534.7 1979 9999 6095 0 1,075 49.74%6095_B 540.2 1980 9999 6095 0 1,075 50.26%6095_B 646 1979 9999 6096 0 646 100.00%6096_B 460.5 1975 9999 6098 0 461 100.00%6098_B 0.63 1975 9999 0 461 6098_G 1122 1985 2045 6099 0 2,240 50.09%6099_G 1118 1986 2046 6099 0 2,240 49.91%6099_G 1105 1983 2043 6103 0 2,216 49.86%6103_G 1111 1985 2045 6103 0 2,216 50.14%6103_G 1134 1986 2046 6105 0 2,268 50.00%6105_G 1134 1990 2050 6105 0 2,268 50.00%6105_G 852.2 1976 2036 6110 0 852 100.00%6110_G 297 1998 9999 6112 0 690 43.04%6112_G 128 1996 9999 6112 0 690 18.55%6112_G 130 1999 9999 6112 0 690 18.84%6112_G 135 2001 9999 6112 0 690 19.57%6112_G 130 2009 9999 0 690 6112_G 130 2009 9999 0 690 6112_G 1244.279 1990 2050 6115 0 1,244 100.00%6115_G 1186 1986 2046 6118 0 1,186 100.00%6118_G 581.314 1970 2030 6122 0 581 100.00%6122_G 156.5 1979 9999 6124 0 157 100.00%6124_B 82.2 1995 9999 0 157 6124_G 82.2 1995 9999 0 157 6124_G

NEEDS 190 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 6124_G_CT3 6124G CT3 McIntosh 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Effingham 103 82.2 6124_G_CT4 6124G CT4 McIntosh 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Effingham 103 82.2 6124_G_CT5 6124G CT5 McIntosh 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Effingham 103 82.2 6124_G_CT6 6124G CT6 McIntosh 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Effingham 103 82.2 6124_G_CT7 6124G CT7 McIntosh 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Effingham 103 82.2 6124_G_CT8 6124G CT8 McIntosh 1 Combustion Turbine Combustion Turbine SOU SERCGeorgia 13Effingham 103 82.2 6127_G_1 6127G 1 V C Summer 1 Nuclear Nuclear VACA SERCSouth Carolina 45Fairfield 39 966 6136_B_1 6136B 1 Gibbons Creek1 Coal Steam Coal Steam ERCT ERCOTTexas 48Grimes 185 462 6137_B_1 6137B 1 A B Brown 1 Coal Steam Coal Steam RFCO RFC Indiana 18Posey 129 250 6137_B_2 6137B 2 A B Brown 1 Coal Steam Coal Steam RFCO RFC Indiana 18Posey 129 250 6137_G_4 6137G 4 A B Brown 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Posey 129 80 6137_G_5 6137G 5 A B Brown 1 Combustion Turbine Combustion Turbine RFCO RFC Indiana 18Posey 129 80 6138_B_1 6138B 1 Flint Creek 1 Coal Steam Coal Steam SPPS SPP Arkansas 5Benton 7 528 6139_B_1 6139B 1 Welsh 1 Coal Steam Coal Steam SPPS SPP Texas 48Titus 449 528 6139_B_2 6139B 2 Welsh 1 Coal Steam Coal Steam SPPS SPP Texas 48Titus 449 528 6139_B_3 6139B 3 Welsh 1 Coal Steam Coal Steam SPPS SPP Texas 48Titus 449 528 6145_G_1 6145G 1 Comanche Peak1 Nuclear Nuclear ERCT ERCOTTexas 48Somervell 425 1150 6145_G_2 6145G 2 Comanche Peak1 Nuclear Nuclear ERCT ERCOTTexas 48Somervell 425 1150 6146_B_1 6146B 1 Martin Lake 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Rusk 401 750 6146_B_2 6146B 2 Martin Lake 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Rusk 401 750 6146_B_3 6146B 3 Martin Lake 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Rusk 401 750 6147_B_1 6147B 1 Monticello 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Titus 449 565 6147_B_2 6147B 2 Monticello 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Titus 449 565 6147_B_3 6147B 3 Monticello 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Titus 449 750 6149_G_1 6149G 1 Davis Besse 1 Nuclear Nuclear RFCO RFC Ohio 39Ottawa 123 893 6152_G_1 6152G 1 Sequoyah 1 Nuclear Nuclear TVA SERCTennessee 47Hamilton 65 1150 6152_G_2 6152G 2 Sequoyah 1 Nuclear Nuclear TVA SERCTennessee 47Hamilton 65 1127 6153_G_1 6153G 1 Callaway 1 Nuclear Nuclear GWAY SERCMissouri 29Callaway 27 1190 6155_B_1 6155B 1 Rush Island 1 Coal Steam Coal Steam GWAY SERCMissouri 29Jefferson 99 604 6155_B_2 6155B 2 Rush Island 1 Coal Steam Coal Steam GWAY SERCMissouri 29Jefferson 99 604 6156_B_NHB16156B NHB1 New Haven Harbor 1 O/G SteamO/G Steam NENG NPCCConnecticut 9New Haven 9 447.9 6165_B_1 6165B 1 Hunter 1 Coal Steam Coal Steam NWPE WECCUtah 49Emery 15 430 6165_B_2 6165B 2 Hunter 1 Coal Steam Coal Steam NWPE WECCUtah 49Emery 15 430 6165_B_3 6165B 3 Hunter 1 Coal Steam Coal Steam NWPE WECCUtah 49Emery 15 460 6166_B_MB1 6166B MB1 Rockport 1 Coal Steam Coal Steam RFCO RFC Indiana 18Spencer 147 1300 6166_B_MB2 6166B MB2 Rockport 1 Coal Steam Coal Steam RFCO RFC Indiana 18Spencer 147 1300 6168_G_1 6168G 1 North Anna 1 Nuclear Nuclear VAPW SERCVirginia 51Louisa 109 924 6168_G_2 6168G 2 North Anna 1 Nuclear Nuclear VAPW SERCVirginia 51Louisa 109 910 6168_G_HC1 6168G HC1 North Anna 1 Hydro Hydro VAPW SERCVirginia 51Louisa 109 1 6170_B_1 6170B 1 Pleasant Prairie1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Kenosha 59 617 6170_B_2 6170B 2 Pleasant Prairie1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Kenosha 59 617 6170_G_3 6170G 3 Pleasant Prairie1 Combustion Turbine Combustion TurbineWUMS MRO Wisconsin 55Kenosha 59 2

NEEDS 191 of 505Unique

ID 3_B_1 6124_G_CT3 6124_G_CT4 6124_G_CT5 6124_G_CT6 6124_G_CT7 6124_G_CT8 6127_G_1 6136_B_1 6137_B_1 6137_B_2 6137_G_4 6137_G_5 6138_B_1 6139_B_1 6139_B_2 6139_B_3 6145_G_1 6145_G_2 6146_B_1 6146_B_2 6146_B_3 6147_B_1 6147_B_2 6147_B_3 6149_G_1 6152_G_1 6152_G_2 6153_G_1 6155_B_1 6155_B_2 6156_B_NHB1 6165_B_1 6165_B_2 6165_B_3 6166_B_MB1 6166_B_MB2 6168_G_1 6168_G_2 6168_G_HC1 6170_B_1 6170_B_2 6170_G_3Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

82.2 1994 9999 0 157 6124_G 82.2 1994 9999 0 157 6124_G 82.2 1994 9999 0 157 6124_G 82.2 1994 9999 0 157 6124_G 82.2 1994 9999 0 157 6124_G 82.2 1994 9999 0 157 6124_G 966 1984 2044 6127 0 966 100.00%6127_G 462 1983 9999 6136 0 462 100.00%6136_B 250 1979 9999 6137 0 500 50.00%6137_B 250 1986 9999 6137 0 500 50.00%6137_B 80 1991 9999 0 500 6137_G 80 2002 9999 0 500 6137_G 528 1978 9999 6138 0 528 100.00%6138_B 528 1977 9999 6139 0 1,584 33.33%6139_B 528 1980 9999 6139 0 1,584 33.33%6139_B 528 1982 9999 6139 0 1,584 33.33%6139_B 1150 1990 2050 6145 0 2,446 47.01%6145_G 1296.05 1993 2053 6145 0 2,446 52.99%6145_G 750 1977 9999 6146 0 2,250 33.33%6146_B 750 1978 9999 6146 0 2,250 33.33%6146_B 750 1979 9999 6146 0 2,250 33.33%6146_B 565 1974 9999 6147 0 1,880 30.05%6147_B 565 1975 9999 6147 0 1,880 30.05%6147_B 750 1978 9999 6147 0 1,880 39.89%6147_B 893 1977 2037 6149 0 893 100.00%6149_G 1322.5 1981 2041 6152 0 2,619 50.51%6152_G 1296.05 1982 2042 6152 0 2,619 49.49%6152_G 1190 1984 2044 6153 0 1,190 100.00%6153_G 604 1976 9999 6155 0 1,208 50.00%6155_B 604 1977 9999 6155 0 1,208 50.00%6155_B 447.9 1975 9999 6156 0 448 100.00%6156_B 430 1978 9999 6165 0 1,320 32.58%6165_B 430 1980 9999 6165 0 1,320 32.58%6165_B 460 1983 9999 6165 0 1,320 34.85%6165_B 1284.03625 1984 9999 6166 0 2,568 50.00%6166_B 1283.9125 1989 9999 6166 0 2,568 50.00%6166_B 1028.7975 1978 2038 6168 0 2,047 50.25%6168_G 1018.4125 1980 2040 6168 0 2,047 49.75%6168_G

1 1987 9999 0 2,047 6168_G 617 1980 9999 6170 0 1,234 50.00%6170_B 617 1985 9999 6170 0 1,234 50.00%6170_B 2 1985 9999 0 1,234 6170_G

NEEDS 192 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 6178_B_1 6178B 1 Coleto Creek 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Goliad 175 632 6179_B_1 6179B 1 Fayette Power Project 1 Coal Steam

Coal Steam ERCT ERCOTTexas 48Fayette 149 598 6179_B_2 6179B 2 Fayette Power Project 1 Coal Steam

Coal Steam ERCT ERCOTTexas 48Fayette 149 598 6179_B_3 6179B 3 Fayette Power Project 1 Coal Steam

Coal Steam ERCT ERCOTTexas 48Fayette 149 445 6181_B_1 6181B 1 J T Deely 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Bexar 29 405 6181_B_2 6181B 2 J T Deely 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Bexar 29 405 6190_B_1 6190B 1 Rodemacher 1 O/G SteamO/G Steam SPPS SPP Louisiana 22Rapides 79 440 6190_B_2 6190B 2 Rodemacher 1 Coal Steam Coal Steam SPPS SPP Louisiana 22Rapides 79 523 6190_B_3A 6190B 3A Rodemacher 1 Coal Steam Coal Steam SPPS SPP Louisiana 22Rapides 79 330 6190_B_3B 6190B 3B Rodemacher 1 Coal Steam Coal Steam SPPS SPP Louisiana 22Rapides 79 330 6213_B_1SG16213B 1SG1 Merom 1 Coal Steam Coal Steam RFCO RFC Indiana 18Sullivan 153 507 6213_B_2SG16213B 2SG1 Merom 1 Coal Steam Coal Steam RFCO RFC Indiana 18Sullivan 153 493 6238_B_1A 6238B 1A Pearl Station 1 Coal Steam Coal Steam GWAY SERCIllinois 17Pike 149 22 6238_G_GT1 6238G GT1 Pearl Station 1 Combustion Turbine Combustion Turbine GWAY SERCIllinois 17Pike 149 21 6243_B_1 6243B 1 Dansby 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Brazos 41 110 6243_G_2 6243G 2 Dansby 1 Combustion Turbine Combustion Turbine ERCT ERCOTTexas 48Brazos 41 41.7 6246_G_1GT16246G 1GT1 Putnam 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Putnam 10772.98276 6246_G_1GT26246G 1GT2 Putnam 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Putnam 10772.98276 6246_G_1ST 6246G 1ST Putnam 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Putnam 107103.0345 6246_G_2GT16246G 2GT1 Putnam 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Putnam 10772.98276 6246_G_2GT26246G 2GT2 Putnam 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Putnam 10772.98276 6246_G_2ST 6246G 2ST Putnam 1 Combined Cycle Combined Cycle FRCC FRCCFlorida 12Putnam 107103.0345 6249_B_1 6249B 1 Winyah 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Georgetown 43 295 6249_B_2 6249B 2 Winyah 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Georgetown 43 295 6249_B_3 6249B 3 Winyah 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Georgetown 43 295 6249_B_4 6249B 4 Winyah 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Georgetown 43 270 6250_B_1A 6250B 1A Mayo 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Person 145 371 6250_B_1B 6250B 1B Mayo 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Person 145 371 6251_G_1 6251G 1 South Texas Project 1 Nuclear Nuclear ERCT ERCOTTexas 48Matagorda 321 1280 6251_G_2 6251G 2 South Texas Project 1 Nuclear Nuclear ERCT ERCOTTexas 48Matagorda 321 1280 6254_B_1 6254B 1 Ottumwa 1 Coal Steam Coal Steam MRO MRO Iowa 19Wapello 179 670.1 6257_B_1 6257B 1 Scherer 1 Coal Steam Coal Steam SOU SERCGeorgia 13Monroe 207 837 6257_B_2 6257B 2 Scherer 1 Coal Steam Coal Steam SOU SERCGeorgia 13Monroe 207 843 6257_B_3 6257B 3 Scherer 1 Coal Steam Coal Steam SOU SERCGeorgia 13Monroe 207 875 6257_B_4 6257B 4 Scherer 1 Coal Steam Coal Steam SOU SERCGeorgia 13Monroe 207 849.7 6264_B_1 6264B 1 Mountaineer 1 Coal Steam Coal Steam RFCP RFC West Virginia 54Mason 53 1300 6462_G_1 6462G 1 River Bend 1 Nuclear Nuclear ENTG SERCLouisiana 22W.Feliciana 125 967 6639_B_G1 6639B G1 R D Green 1 Coal Steam Coal Steam TVAK SERCKentucky 21Webster 233 231 6639_B_G2 6639B G2 R D Green 1 Coal Steam Coal Steam TVAK SERCKentucky 21Webster 233 233 6641_B_1 6641B 1 Independence 1 Coal Steam Coal Steam ENTG SERCArkansas 5Independence 63 836 6641_B_2 6641B 2 Independence 1 Coal Steam Coal Steam ENTG SERCArkansas 5Independence 63 842 6705_B_1 6705B 1 Warrick 1 Coal Steam Coal Steam RFCO RFC Indiana 18Warrick 173 136

NEEDS 193 of 505Unique

ID 3_B_1 6178_B_1 6179_B_1 6179_B_2 6179_B_3 6181_B_1 6181_B_2 6190_B_1 6190_B_2 6190_B_3A 6190_B_3B 6213_B_1SG1 6213_B_2SG1 6238_B_1A 6238_G_GT1 6243_B_1 6243_G_2 6246_G_1GT1 6246_G_1GT2 6246_G_1ST 6246_G_2GT1 6246_G_2GT2 6246_G_2ST 6249_B_1 6249_B_2 6249_B_3 6249_B_4 6250_B_1A 6250_B_1B 6251_G_1 6251_G_2 6254_B_1 6257_B_1 6257_B_2 6257_B_3 6257_B_4 6264_B_1 6462_G_1 6639_B_G1 6639_B_G2 6641_B_1 6641_B_2 6705_B_1Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

632 1980 9999 6178 0 632 100.00%6178_B 598 1979 9999 6179 0 1,641 36.44%6179_B 598 1980 9999 6179 0 1,641 36.44%6179_B 445 1988 9999 6179 0 1,641 27.12%6179_B 405 1977 9999 6181 0 810 50.00%6181_B 405 1978 9999 6181 0 810 50.00%6181_B 440 1975 9999 6190 0 1,623 27.11%6190_B 523 1982 9999 6190 0 1,623 32.22%6190_B 330 2009 9999 6190 0 1,623 20.33%6190_B 330 2009 9999 6190 0 1,623 20.33%6190_B 507 1983 9999 6213 0 1,000 50.70%6213_B 493 1982 9999 6213 0 1,000 49.30%6213_B 22 1967 9999 6238 0 22 100.00%6238_B 21 1973 9999 0 22 6238_G 110 1978 9999 6243 0 110 100.00%6243_B 41.7 2004 9999 0 110 6243_G 72.9828 1978 9999 6246 0 498 14.66%6246_G 72.9828 1978 9999 6246 0 498 14.66%6246_G 103.0345 1978 9999 6246 0 498 20.69%6246_G 72.9828 1977 9999 6246 0 498 14.66%6246_G 72.9828 1977 9999 6246 0 498 14.66%6246_G 103.0345 1977 9999 6246 0 498 20.69%6246_G 295 1975 9999 6249 0 1,155 25.54%6249_B 295 1977 9999 6249 0 1,155 25.54%6249_B 295 1980 9999 6249 0 1,155 25.54%6249_B 270 1981 9999 6249 0 1,155 23.38%6249_B 371 1983 9999 6250 0 742 50.00%6250_B 371 1983 9999 6250 0 742 50.00%6250_B 1280 1988 2048 6251 0 2,675 47.85%6251_G 1395.2 1989 2049 6251 0 2,675 52.15%6251_G 670.1 1981 9999 6254 0 670 100.00%6254_B 823.3545 1982 9999 6257 0 3,377 24.38%6257_B 829.2555 1984 9999 6257 0 3,377 24.55%6257_B 875 1987 9999 6257 0 3,377 25.91%6257_B 849.7 1989 9999 6257 0 3,377 25.16%6257_B 1300 1980 9999 6264 0 1,300 100.00%6264_B 967 1986 2046 6462 0 967 100.00%6462_G 231 1979 9999 6639 0 464 49.78%6639_B 233 1981 9999 6639 0 464 50.22%6639_B 836 1983 9999 6641 0 1,678 49.82%6641_B 842 1985 9999 6641 0 1,678 50.18%6641_B 133.756 1960 9999 6705 0 696 19.21%6705_B

NEEDS 194 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 6705_B_2 6705B 2 Warrick 1 Coal Steam Coal Steam RFCO RFC Indiana 18Warrick 173 136 6705_B_3 6705B 3 Warrick 1 Coal Steam Coal Steam RFCO RFC Indiana 18Warrick 173 136 6705_B_4 6705B 4 Warrick 1 Coal Steam Coal Steam RFCO RFC Indiana 18Warrick 173 300 6772_B_1 6772B 1 Hugo 1 Coal Steam Coal Steam SPPS SPP Oklahoma 40Choctaw 23 440 6823_B_W1 6823B W1 D B Wilson 1 Coal Steam Coal Steam TVAK SERCKentucky 21Ohio 183 420 7097_B_BLR17097B BLR1 J K Spruce 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Bexar 29 585 7097_B_BLR27097B BLR2 J K Spruce 1 Coal Steam Coal Steam ERCT ERCOTTexas 48Bexar 29 750 7210_B_COP17210B COP1 Cope 1 Coal Steam Coal Steam VACA SERCSouth Carolina 45Orangeburg 75 410 7213_B_1 7213B 1 Clover 1 Coal Steam Coal Steam VAPW SERCVirginia 51Halifax 83 431 7213_B_2 7213B 2 Clover 1 Coal Steam Coal Steam VAPW SERCVirginia 51Halifax 83 434 7242_G_1CA7242G 1CA Polk 1 IGCC Combined Cycle FRCC FRCCFlorida 12Polk 105 123 7242_G_1CT 7242G 1CT Polk 1 IGCC Combined Cycle FRCC FRCCFlorida 12Polk 105 132 7242_G_2 7242G 2 Polk 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Polk 105 160 7242_G_3 7242G 3 Polk 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Polk 105 165 7242_G_4 7242G 4 Polk 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Polk 105 160 7242_G_5 7242G 5 Polk 1 Combustion Turbine Combustion Turbine FRCC FRCCFlorida 12Polk 105 160 7286_B_1 7286B 1 Richard Gorsuch0 Coal Steam Coal Steam RFCO RFC Ohio 39Washington 167 50 7286_B_2 7286B 2 Richard Gorsuch0 Coal Steam Coal Steam RFCO RFC Ohio 39Washington 167 50 7286_B_3 7286B 3 Richard Gorsuch0 Coal Steam Coal Steam RFCO RFC Ohio 39Washington 167 50 7286_B_4 7286B 4 Richard Gorsuch0 Coal Steam Coal Steam RFCO RFC Ohio 39Washington 167 50 7343_B_4 7343B 4 George Neal South 1 Coal Steam

Coal Steam MRO MRO Iowa 19Woodbury 193 644 7652_B_D-1 7652B D-1 US DOE Savannah River Site (D Area) 1 Coal Steam

Coal Steam VACA SERCSouth Carolina 45Aiken 3 19.55 7652_B_D-2 7652B D-2 US DOE Savannah River Site (D Area) 1 Coal Steam

Coal Steam VACA SERCSouth Carolina 45Aiken 3 19.55 7652_B_D-3 7652B D-3 US DOE Savannah River Site (D Area) 1 Coal Steam

Coal Steam VACA SERCSouth Carolina 45Aiken 3 19.55 7652_B_D-4 7652B D-4 US DOE Savannah River Site (D Area) 1 Coal Steam

Coal Steam VACA SERCSouth Carolina 45Aiken 3 19.55 7722_G_1 7722G 1 Watts Bar Nuclear Plant 1 Nuclear Nuclear TVA SERCTennessee 47Rhea 143 1121 7902_B_1 7902B 1 Pirkey 1 Coal Steam Coal Steam SPPS SPP Texas 48Harrison 203 675 8002_B_1 8002B 1 Newington 0 O/G SteamO/G Steam NENG NPCCNew Hampshire 33Rockingham 15 400.2 8006_B_1 8006B 1 Roseton Generating Station 1 O/G SteamO/G Steam DSNY NPCCNew York 36Orange 71 607.5 8006_B_2 8006B 2 Roseton Generating Station 1 O/G SteamO/G Steam DSNY NPCCNew York 36Orange 71 605.3 8011_G_1 8011G 1 Three Mile Island1 Nuclear Nuclear MACW RFC Pennsylvania 42Dauphin 43 786 8023_B_1 8023B 1 Columbia 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Columbia 21 556.12 8023_B_2 8023B 2 Columbia 1 Coal Steam Coal Steam WUMS MRO Wisconsin 55Columbia 21 552.41 8024_G_1 8024G 1 Kewaunee 1 Nuclear Nuclear WUMS MRO Wisconsin 55Kewaunee 61 556 8036_G_1 8036G 1 Cooper 0 Nuclear Nuclear MRO MRO Nebraska 31Nemaha 127 771.74 8042_B_1 8042B 1 Belews Creek 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Stokes 169 1115 8042_B_2 8042B 2 Belews Creek 1 Coal Steam Coal Steam VACA SERCNorth Carolina 37Stokes 169 1115 8048_B_1 8048B 1 Anclote 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Pasco 101 498 8048_B_2 8048B 2 Anclote 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Pasco 101 495 8054_B_1 8054B 1 Gerald Andrus 1 O/G SteamO/G Steam ENTG SERCMississippi 28Washington 151 741 8055_G_1 8055G 1 Arkansas Nuclear One 1 Nuclear Nuclear ENTG SERCArkansas 5Pope 115 836 8055_G_2 8055G 2 Arkansas Nuclear One 1 Nuclear Nuclear ENTG SERCArkansas 5Pope 115 988

NEEDS 195 of 505Unique

ID 3_B_1 6705_B_2 6705_B_3 6705_B_4 6772_B_1 6823_B_W1 7097_B_BLR1 7097_B_BLR2 7210_B_COP1 7213_B_1 7213_B_2 7242_G_1CA 7242_G_1CT 7242_G_2 7242_G_3 7242_G_4 7242_G_5 7286_B_1 7286_B_2 7286_B_3 7286_B_4 7343_B_4 7652_B_D-1 7652_B_D-2 7652_B_D-3 7652_B_D-4 7722_G_1 7902_B_1 8002_B_1 8006_B_1 8006_B_2 8011_G_1 8023_B_1 8023_B_2 8024_G_1 8036_G_1 8042_B_1 8042_B_2 8048_B_1 8048_B_2 8054_B_1 8055_G_1 8055_G_2Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

133.756 1964 9999 6705 0 696 19.21%6705_B 133.756 1965 9999 6705 0 696 19.21%6705_B 295.05 1970 9999 6705 0 696 42.37%6705_B 440 1982 9999 6772 0 440 100.00%6772_B 420 1986 9999 6823 0 420 100.00%6823_B 585 1992 9999 7097 0 1,335 43.82%7097_B 750 2009 9999 7097 0 1,335 56.18%7097_B 410 1995 9999 7210 0 410 100.00%7210_B 431 1995 9999 7213 0 865 49.83%7213_B 434 1996 9999 7213 0 865 50.17%7213_B 123 1996 9999 7242 0 255 48.24%7242_G 132 1996 9999 7242 0 255 51.76%7242_G 160 2000 9999 0 255 7242_G 165 2002 9999 0 255 7242_G 160 2007 9999 0 255 7242_G 160 2007 9999 0 255 7242_G 50 1951 9999 7286 0 200 25.00%7286_B 50 1951 9999 7286 0 200 25.00%7286_B 50 1951 9999 7286 0 200 25.00%7286_B 50 1951 9999 7286 0 200 25.00%7286_B 644 1979 9999 7343 0 644 100.00%7343_B 19.55 1952 9999 7652 0 78 25.00%7652_B 19.55 1952 9999 7652 0 78 25.00%7652_B 19.55 1952 9999 7652 0 78 25.00%7652_B 19.55 1952 9999 7652 0 78 25.00%7652_B 1121 1996 2056 7722 0 1,121 100.00%7722_G 675 1985 9999 7902 0 675 100.00%7902_B 400.2 1969 9999 8002 1 400 100.00%8002_B 607.5 1974 9999 8006 0 1,213 50.09%8006_B 605.3 1974 9999 8006 0 1,213 49.91%8006_B 786 1974 2034 8011 0 786 100.00%8011_G 556.12 1975 9999 8023 0 1,109 50.17%8023_B 552.41 1978 9999 8023 0 1,109 49.83%8023_B 556 1974 2034 8024 0 556 100.00%8024_G 771.74 1974 2034 8036 1 772 100.00%8036_G 1115 1974 9999 8042 0 2,230 50.00%8042_B 1115 1975 9999 8042 0 2,230 50.00%8042_B 498 1974 9999 8048 0 993 50.15%8048_B 495 1978 9999 8048 0 993 49.85%8048_B 741 1975 9999 8054 0 741 100.00%8054_B 836 1974 2034 8055 0 1,824 45.83%8055_G 988 1980 2040 8055 0 1,824 54.17%8055_G

NEEDS 196 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 8056_B_1 8056B 1 Waterford 1 & 21 O/G SteamO/G Steam ENTG SERCLouisiana 22St. Charles 89 411 8056_B_2 8056B 2 Waterford 1 & 21 O/G SteamO/G Steam ENTG SERCLouisiana 22St. Charles 89 411 8063_B_1 8063B 1 Decordova Steam Electric Station 1 O/G SteamO/G Steam ERCT ERCOTTexas 48Hood 221 818 8063_G_CT1 8063G CT1 DeCordova Steam Electric Station 1 Combustion Turbine

Combustion Turbine ERCT ERCOTTexas 48Hood 221 80 8063_G_CT2 8063G CT2 DeCordova Steam Electric Station 1 Combustion Turbine

Combustion Turbine ERCT ERCOTTexas 48Hood 221 80 8063_G_CT3 8063G CT3 DeCordova Steam Electric Station 1 Combustion Turbine

Combustion Turbine ERCT ERCOTTexas 48Hood 221 80 8063_G_CT4 8063G CT4 DeCordova Steam Electric Station 1 Combustion Turbine

Combustion Turbine ERCT ERCOTTexas 48Hood 221 80 8066_B_BW718066B BW71 Jim Bridger 1 Coal Steam Coal Steam NWPE WECCWyoming 56Sweetwater 37 530 8066_B_BW728066B BW72 Jim Bridger 1 Coal Steam Coal Steam NWPE WECCWyoming 56Sweetwater 37 530 8066_B_BW738066B BW73 Jim Bridger 1 Coal Steam Coal Steam NWPE WECCWyoming 56Sweetwater 37 530 8066_B_BW748066B BW74 Jim Bridger 1 Coal Steam Coal Steam NWPE WECCWyoming 56Sweetwater 37 530 8069_B_1 8069B 1 Huntington 1 Coal Steam Coal Steam NWPE WECCUtah 49Emery 15 445 8069_B_2 8069B 2 Huntington 1 Coal Steam Coal Steam NWPE WECCUtah 49Emery 15 450 8073_G_1 8073G 1 Beaver 0 Combined Cycle Combined Cycle PNW WECCOregon 41Columbia 9 55.3 8073_G_2 8073G 2 Beaver 0 Combined Cycle Combined Cycle PNW WECCOregon 41Columbia 9 55.3 8073_G_3 8073G 3 Beaver 0 Combined Cycle Combined Cycle PNW WECCOregon 41Columbia 9 55.3 8073_G_4 8073G 4 Beaver 0 Combined Cycle Combined Cycle PNW WECCOregon 41Columbia 9 55.3 8073_G_5 8073G 5 Beaver 0 Combined Cycle Combined Cycle PNW WECCOregon 41Columbia 9 55.3 8073_G_6 8073G 6 Beaver 0 Combined Cycle Combined Cycle PNW WECCOregon 41Columbia 9 55.3 8073_G_7 8073G 7 Beaver 0 Combined Cycle Combined Cycle PNW WECCOregon 41Columbia 9 139 8073_G_8 8073G 8 Beaver 0 Combustion Turbine Combustion Turbine PNW WECCOregon 41Columbia 9 24 8102_B_1 8102B 1 General James M Gavin 1 Coal Steam

Coal Steam RFCP RFC Ohio 39Gallia 53 1300 8102_B_2 8102B 2 General James M Gavin 1 Coal Steam

Coal Steam RFCP RFC Ohio 39Gallia 53 1300 8222_B_B1 8222B B1 Coyote 1 Coal Steam Coal Steam MRO MRO North Dakota 38Mercer 57 427 8226_B_1 8226B 1 Cheswick 1 Coal Steam Coal Steam RFCP RFC Pennsylvania 42Allegheny 3 580 8906_B_20 8906B 20 Astoria Generating Station 1 O/G SteamO/G Steam NYC NPCCNew York 36Queens 81 178.5 8906_B_30 8906B 30 Astoria Generating Station 1 O/G SteamO/G Steam NYC NPCCNew York 36Queens 81 366 8906_B_40 8906B 40 Astoria Generating Station 1 O/G SteamO/G Steam NYC NPCCNew York 36Queens 81 373.1 8906_B_50 8906B 50 Astoria Generating Station 1 O/G SteamO/G Steam NYC NPCCNew York 36Queens 81 359 8907_G_3 8907G 3 Indian Point 3 1 Nuclear Nuclear DSNY NPCCNew York 36Westchester 119 1025 9864_B_5 9864B 5 Cabot Holyoke0 O/G SteamO/G Steam NENG NPCCMassachusetts 25Hampden 13 5.8 9864_B_6 9864B 6 Cabot Holyoke0 O/G SteamO/G Steam NENG NPCCMassachusetts 25Hampden 13 5.8 9864_B_7 9864B 7 Cabot Holyoke0 O/G SteamO/G Steam NENG NPCCMassachusetts 25Hampden 13 5.8 9864_B_8 9864B 8 Cabot Holyoke0 O/G SteamO/G Steam NENG NPCCMassachusetts 25Hampden 13 5.8 9864_G_1 9864G 1 Cabot Holyoke0 Hydro Hydro NENG NPCCMassachusetts 25Hampden 13 0.6 9864_G_2 9864G 2 Cabot Holyoke0 Hydro Hydro NENG NPCCMassachusetts 25Hampden 13 0.6 9864_G_3 9864G 3 Cabot Holyoke0 Hydro Hydro NENG NPCCMassachusetts 25Hampden 13 0.3 9864_G_4 9864G 4 Cabot Holyoke0 Hydro Hydro NENG NPCCMassachusetts 25Hampden 13 0.5 10043_B_B0110043B B01 Logan Generating Plant 1 Coal Steam

Coal Steam MACE RFC New Jersey 34Gloucester 15 219 10151_B_BLR1A

10151B BLR1A Grant Town Power Plant 1 Coal Steam

Coal Steam RFCP RFC West Virginia 54Marion 49 40 10151_B_BLR1B

10151B BLR1B Grant Town Power Plant 1 Coal Steam

Coal Steam RFCP RFC West Virginia 54Marion 49 40 10338_B_ABLR

10338B ABLR Maine Energy Recovery 1 Municipal Solid Waste

Other Steam NENG NPCCMaine 23York 31 9

NEEDS 197 of 505Unique

ID 3_B_1 8056_B_1 8056_B_2 8063_B_1 8063_G_CT1 8063_G_CT2 8063_G_CT3 8063_G_CT4 8066_B_BW71 8066_B_BW72 8066_B_BW73 8066_B_BW74 8069_B_1 8069_B_2 8073_G_1 8073_G_2 8073_G_3 8073_G_4 8073_G_5 8073_G_6 8073_G_7 8073_G_8 8102_B_1 8102_B_2 8222_B_B1 8226_B_1 8906_B_20 8906_B_30 8906_B_40 8906_B_50 8907_G_3 9864_B_5 9864_B_6 9864_B_7 9864_B_8 9864_G_1 9864_G_2 9864_G_3 9864_G_4 10043_B_B01 10151_B_BLR1A 10151_B_BLR1B 10338_B_ABLR

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

411 1975 9999 8056 0 822 50.00%8056_B 411 1975 9999 8056 0 822 50.00%8056_B 818 1975 9999 8063 0 818 100.00%8063_B 80 1990 9999 0 818 8063_G 80 1990 9999 0 818 8063_G 80 1990 9999 0 818 8063_G 80 1990 9999 0 818 8063_G 530 1974 9999 8066 0 2,120 25.00%8066_B 530 1975 9999 8066 0 2,120 25.00%8066_B 530 1976 9999 8066 0 2,120 25.00%8066_B 530 1979 9999 8066 0 2,120 25.00%8066_B 445 1977 9999 8069 0 888 50.14%8069_B 442.575 1974 9999 8069 0 888 49.86%8069_B 55.3 1974 9999 8073 1 471 11.75%8073_G 55.3 1974 9999 8073 1 471 11.75%8073_G 55.3 1974 9999 8073 1 471 11.75%8073_G 55.3 1974 9999 8073 1 471 11.75%8073_G 55.3 1974 9999 8073 1 471 11.75%8073_G 55.3 1974 9999 8073 1 471 11.75%8073_G 139 1977 9999 8073 1 471 29.52%8073_G 24 2001 9999 0 471 8073_G 1300 1974 9999 8102 0 2,600 50.00%8102_B 1300 1975 9999 8102 0 2,600 50.00%8102_B 427 1981 9999 8222 0 427 100.00%8222_B 580 1970 9999 8226 0 580 100.00%8226_B 178.5 1954 9999 8906 0 1,277 13.98%8906_B 366 1958 9999 8906 0 1,277 28.67%8906_B 373.1 1961 9999 8906 0 1,277 29.23%8906_B 359 1962 9999 8906 0 1,277 28.12%8906_B 1025 1976 2036 8907 0 1,025 100.00%8907_G 5.8 1941 9999 9864 1 23 25.00%9864_B 5.8 1941 9999 9864 1 23 25.00%9864_B 5.8 1941 9999 9864 1 23 25.00%9864_B 5.8 1941 9999 9864 1 23 25.00%9864_B 0.6 1923 9999 0 23 9864_G 0.6 1938 9999 0 23 9864_G 0.3 1939 9999 0 23 9864_G 0.5 1966 9999 0 23 9864_G 219 1994 9999 10043 0 219 100.00%10043_B 40 1992 9999 10151 0 80 50.00%10151_B 40 1992 9999 10151 0 80 50.00%10151_B 9 1987 9999 10338 0 18 50.00%10338_B

NEEDS 198 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 10338_B_BBLR

10338B BBLR Maine Energy Recovery 1 Municipal Solid Waste

Other Steam NENG NPCCMaine 23York 31 9 10354_B_1 10354B 1 Boralex Beaver Livermore Falls 1 BiomassOther Steam NENG NPCCMaine 23Androscoggin 1 34.7 10464_B_E0001

0464B E0001 Black River Generation 1 Coal Steam

Coal Steam UPNY NPCCNew York 36Jefferson 4518.33333 10464_B_E0002

10464B E0002 Black River Generation 1 Coal Steam

Coal Steam UPNY NPCCNew York 36Jefferson 4518.33333 10464_B_E0003

10464B E0003 Black River Generation 1 Coal Steam

Coal Steam UPNY NPCCNew York 36Jefferson 4518.33333 10567_G_GTG10567G GTG Algonquin Windsor Locks 1 Combined Cycle

Combined Cycle NENG NPCCConnecticut 9Hartford 3 26 10567_G_STG10567G STG Algonquin Windsor Locks 1 Combined Cycle

Combined Cycle NENG NPCCConnecticut 9Hartford 3 12 10617_G_GEN1

10617G GEN1 CH Resources Beaver Falls 1 Combined Cycle

Combined Cycle UPNY NPCCNew York 36Lewis 49 52.5 10617_G_GEN2

10617G GEN2 CH Resources Beaver Falls 1 Combined Cycle

Combined Cycle UPNY NPCCNew York 36Lewis 49 34 10629_B_BLR110629B BLR1 Wheelabrator Baltimore Refuse 1 Mnicipal Solid Waste

Other Steam MACS RFC Maryland 24City of Baltimore51020.43333 10629_B_BLR210629B BLR2 Wheelabrator Baltimore Refuse 1 Mnicipal Solid Waste

Other Steam MACS RFC Maryland 24City of Baltimore51020.43333 10629_B_BLR310629B BLR3 Wheelabrator Baltimore Refuse 1 Mnicipal Solid Waste

Other Steam MACS RFC Maryland 24City of Baltimore51020.43333 10743_B_CFB110743B CFB1 Morgantown Energy Facility 1 Coal Steam

Coal Steam RFCP RFC West Virginia 54Monongalia 61 25 10743_B_CFB2

10743B CFB2 Morgantown Energy Facility 1 Coal Steam

Coal Steam RFCP RFC West Virginia 54Monongalia 61 25 10745_G_1G12

10745G 1G12 Midland Cogeneration Venture 1 Combustion Turbine

Combustion Turbine MECS RFC Michigan 26Midland 111 5.2 10745_G_BP15

10745G BP15 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 13.4 10745_G_GT10

10745G GT10 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 84 10745_G_GT1110745G GT11 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 84 10745_G_GT12

10745G GT12 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 84 10745_G_GT13

10745G GT13 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 84 10745_G_GT14

10745G GT14 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 84 10745_G_GT310745G GT3 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 84 10745_G_GT410745G GT4 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 88 10745_G_GT510745G GT5 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 88 10745_G_GT610745G GT6 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 88 10745_G_GT710745G GT7 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 88 10745_G_GT810745G GT8 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 84 10745_G_GT910745G GT9 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 84 10745_G_ST110745G ST1 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 410 10745_G_ST210745G ST2 Midland Cogeneration Venture 1 Combined Cycle

Combined Cycle MECS RFC Michigan 26Midland 111 380 10766_B_CFB001

10766B CFB001 Indeck West Enfield Energy Center 1 BiomassOther Steam NENG NPCCMaine 23Penobscot 19 25.6 10773_B_1 10773B 1 Altavista Power Station 1 Coal Steam

Coal Steam VAPW SERCVirginia 51Campbell 31 31.5 10773_B_2 10773B 2 Altavista Power Station 1 Coal Steam

Coal Steam VAPW SERCVirginia 51Campbell 31 31.5 50880_B_UNIT1

50880B UNIT1 Wheelabrator Saugus 1 Municipal Solid Waste

Other Steam NENG NPCCMassachusetts 25Essex 9 16 50880_B_UNIT2

50880B UNIT2 Wheelabrator Saugus 1 Municipal Solid Waste

Other Steam NENG NPCCMassachusetts 25Essex 9 16 50882_B_1 50882B 1 Wheelabrator Westchester 1 Municipal Solid Waste

Other Steam DSNY NPCCNew York 36Westchester 119 17 50882_B_2 50882B 2 Wheelabrator Westchester 1 Municipal Solid Waste

Other Steam DSNY NPCCNew York 36Westchester 119 17 50882_B_3 50882B 3 Wheelabrator Westchester 1 Municipal Solid Waste

Other Steam DSNY NPCCNew York 36Westchester 119 17 50884_B_B10150884B B101 Pinellas County Resource Recovery 1 Municipal Solid Waste

Other Steam FRCC FRCCFlorida 12Pinellas 103 20.55 50884_B_B10250884B B102 Pinellas County Resource Recovery 1 Municipal Solid Waste

Other Steam FRCC FRCCFlorida 12Pinellas 103 20.55 50884_B_B10350884B B103 Pinellas County Resource Recovery 1 Municipal Solid Waste

Other Steam FRCC FRCCFlorida 12Pinellas 103 17 50885_B_BLR150885B BLR1 Wheelabrator Gloucester LP 1 Municipal Solid Waste

Other Steam MACE RFC New Jersey 34Gloucester 15 6

NEEDS 199 of 505Unique

ID 3_B_1 10338_B_BBLR 10354_B_1 10464_B_E0001 10464_B_E0002 10464_B_E0003 10567_G_GTG 10567_G_STG 10617_G_GEN1 10617_G_GEN2 10629_B_BLR1 10629_B_BLR2 10629_B_BLR3 10743_B_CFB1 10743_B_CFB2 10745_G_1G12 10745_G_BP15 10745_G_GT10 10745_G_GT11 10745_G_GT12 10745_G_GT13 10745_G_GT14 10745_G_GT3 10745_G_GT4 10745_G_GT5 10745_G_GT6 10745_G_GT7 10745_G_GT8 10745_G_GT9 10745_G_ST1 10745_G_ST2 10766_B_CFB001 10773_B_1 10773_B_2 50880_B_UNIT1 50880_B_UNIT2 50882_B_1 50882_B_2 50882_B_3 50884_B_B101 50884_B_B102 50884_B_B103 50885_B_BLR1

Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

9 1987 9999 10338 0 18 50.00%10338_B 34.7 1992 9999 10354 0 35 100.00%10354_B 18.3333 1989 9999 10464 0 55 33.33%10464_B 18.3333 1989 9999 10464 0 55 33.33%10464_B 18.3333 1989 9999 10464 0 55 33.33%10464_B 26 1990 9999 10567 0 38 68.42%10567_G 12 1990 9999 10567 0 38 31.58%10567_G 52.5 1995 9999 10617 0 87 60.69%10617_G 34 1995 9999 10617 0 87 39.31%10617_G 20.4333 1984 9999 10629 0 61 33.33%10629_B 20.4333 1984 9999 10629 0 61 33.33%10629_B 20.4333 1984 9999 10629 0 61 33.33%10629_B 25 1991 9999 10743 0 50 50.00%10743_B 25 1991 9999 10743 0 50 50.00%10743_B 5.2 1990 9999 0 1,827 10745_G 13.4 1998 9999 10745 0 1,827 0.73%10745_G 84 1990 9999 10745 0 1,827 4.60%10745_G 84 1990 9999 10745 0 1,827 4.60%10745_G 84 1990 9999 10745 0 1,827 4.60%10745_G 84 1990 9999 10745 0 1,827 4.60%10745_G 84 1990 9999 10745 0 1,827 4.60%10745_G 84 1989 9999 10745 0 1,827 4.60%10745_G 88 1989 9999 10745 0 1,827 4.82%10745_G 88 1989 9999 10745 0 1,827 4.82%10745_G 88 1989 9999 10745 0 1,827 4.82%10745_G 88 1989 9999 10745 0 1,827 4.82%10745_G 84 1989 9999 10745 0 1,827 4.60%10745_G 84 1990 9999 10745 0 1,827 4.60%10745_G 410 1990 9999 10745 0 1,827 22.44%10745_G 380 1990 9999 10745 0 1,827 20.79%10745_G 25.6 1987 9999 10766 0 26 100.00%10766_B 31.5 1992 9999 10773 0 63 50.00%10773_B 31.5 1992 9999 10773 0 63 50.00%10773_B 16 1985 999950880 0 32 50.00%50880_B 16 1985 999950880 0 32 50.00%50880_B 17 1984 999950882 0 51 33.33%50882_B 17 1984 999950882 0 51 33.33%50882_B 17 1984 999950882 0 51 33.33%50882_B 20.55 1983 999950884 0 58 35.37%50884_B 20.55 1983 999950884 0 58 35.37%50884_B 17 1986 999950884 0 58 29.26%50884_B 6 1990 999950885 0 12 50.00%50885_B

NEEDS 200 of 505Unique

ID ORIS

Code Boiler/Ge

nerator/C ommitted Unit Unit ID Plant

Name Analy

zed? (y es=1) PlantTyp

e Plant Type A dj Region Name NERC State Name State

Code County County Code Capacity

MW 50885_B_BLR2

50885B BLR2 Wheelabrator Gloucester LP 1 Municipal Solid Waste

Other Steam MACE RFC New Jersey 34Gloucester 15 6 50888_B_BLR150888B BLR1 Northampton Generating Company 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Northhampton 95 112 50907_G_UNT1

50907G UNT1 Oswego County Energy Recovery 1 Municipal Solid Waste

Other Steam UPNY NPCCNew York 36Oswego 75 1.67 50907_G_UNT2

50907G UNT2 Oswego County Energy Recovery 1 Municipal Solid Waste

Other Steam UPNY NPCCNew York 36Oswego 75 1.67 50951_B_1 50951B 1 Sunnyside Cogen Associates 1 Coal Steam

Coal Steam NWPE WECCUtah 49Carbon 7 51 50974_B_UNIT 1

50974B UNIT 1 Scrubgrass Generating 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Venango 121 42.5 50974_B_UNIT 2

50974B UNIT 2 Scrubgrass Generating 1 Coal Steam

Coal Steam MACW RFC Pennsylvania 42Venango 121 42.5 50976_B_AAB01

50976B AAB01 Indiantown Cogeneration LP 1 Coal Steam

Coal Steam FRCC FRCCFlorida 12Martin 85 330 52007_B_BLR152007B BLR1 Mecklenburg Power Station 1 Coal Steam

Coal Steam VAPW SERCVirginia 51Mecklenburg 117 69 52007_B_BLR2

52007B BLR2 Mecklenburg Power Station 1 Coal Steam

Coal Steam VAPW SERCVirginia 51Mecklenburg 117 69 54035_B_BLR154035B BLR1 Westmoreland-LG&E Roanoke Valley I 1 Coal Steam

Coal Steam VAPW SERCNorth Carolina 37Halifax 83 165 54304_B_1A54304B 1A Birchwood Power1 Coal Steam Coal Steam VAPW SERCVirginia 51King George 99 238.8 54689_G_1 54689G 1 Heber Geothermal 1 Geothermal

Other Steam AZNM WECCCalifornia 6Imperial 25 45 54689_G_2 54689G 2 Heber Geothermal 1 Geothermal

Other Steam AZNM WECCCalifornia 6Imperial 25 5 54689_G_3 54689G 3 Heber Geothermal 1 Geothermal

Other Steam AZNM WECCCalifornia 6Imperial 25 1 54755_B_BLR2

54755B BLR2 Westmoreland-LG&E Roanoke Valley II 1 Coal Steam

Coal Steam VAPW SERCNorth Carolina 37Halifax 83 44 54775_B_BLR10

54775B BLR10 University of Iowa Main Power Plant 1 Coal Steam

Coal Steam MRO MRO Iowa 19Johnson 103 4.2 54775_B_BLR11

54775B BLR11 University of Iowa Main Power Plant 1 Coal Steam

Coal Steam MRO MRO Iowa 19Johnson 103 4.2 54775_B_BLR7

54775B BLR7 University of Iowa Main Power Plant 1 O/G SteamO/G Steam MRO MRO Iowa 19Johnson 103 4.2 54775_B_BLR8

54775B BLR8 University of Iowa Main Power Plant 1 O/G SteamO/G Steam MRO MRO Iowa 19Johnson 103 4.2 54775_B_BLR9

54775B BLR9 University of Iowa Main Power Plant 1 O/G SteamO/G Steam MRO MRO Iowa 19Johnson 103 4.2 54775_G_DG754775G DG7 University of Iowa Main Power Plant 1 Combustion Turbine

Combustion Turbine MRO MRO Iowa 19Johnson 103 1.7 54785_G_GEN1

54785G GEN1 Grays Ferry Cogeneration 1 Combined Cycle

Combined Cycle MACE RFC Pennsylvania 42Philadelphia 101 50 54785_G_GEN2

54785G GEN2 Grays Ferry Cogeneration 1 Combined Cycle

Combined Cycle MACE RFC Pennsylvania 42Philadelphia 101 100 54914_G_0154914G 01 Brooklyn Navy Yard Cogeneration 1 Combined Cycle

Combined Cycle NYC NPCCNew York 36Kings 47 85 54914_G_0254914G 02 Brooklyn Navy Yard Cogeneration 1 Combined Cycle

Combined Cycle NYC NPCCNew York 36Kings 47 85 54914_G_0354914G 03 Brooklyn Navy Yard Cogeneration 1 Combined Cycle

Combined Cycle NYC NPCCNew York 36Kings 47 30 54914_G_0454914G 04 Brooklyn Navy Yard Cogeneration 1 Combined Cycle

Combined Cycle NYC NPCCNew York 36Kings 47 30 54945_B_1154945B 11 Covanta Mid-Connecticut Energy 1 Municipal Solid Waste

Other Steam NENG NPCCConnecticut 9Hartford 3 17.57 54945_B_1254945B 12 Covanta Mid-Connecticut Energy 1 Municipal Solid Waste

Other Steam NENG NPCCConnecticut 9Hartford 3 17.57 54945_B_1354945B 13 Covanta Mid-Connecticut Energy 1 Municipal Solid Waste

Other Steam NENG NPCCConnecticut 9Hartford 3 17.57 55318_B_1 55318B 1 Indian River 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Brevard 9 88 55318_B_2 55318B 2 Indian River 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Brevard 9 185 55318_B_3 55318B 3 Indian River 1 O/G SteamO/G Steam FRCC FRCCFlorida 12Brevard 9 322

NEEDS 201 of 505Unique

ID 3_B_1 50885_B_BLR2 50888_B_BLR1 50907_G_UNT1 50907_G_UNT2 50951_B_1 50974_B_UNIT 1 50974_B_UNIT 2 50976_B_AAB01 52007_B_BLR1 52007_B_BLR2 54035_B_BLR1 54304_B_1A 54689_G_1 54689_G_2 54689_G_3 54755_B_BLR2 54775_B_BLR10 54775_B_BLR11 54775_B_BLR7 54775_B_BLR8 54775_B_BLR9 54775_G_DG7 54785_G_GEN1 54785_G_GEN2 54914_G_01 54914_G_02 54914_G_03 54914_G_04 54945_B_11 54945_B_12 54945_B_13 55318_B_1 55318_B_2 55318_B_3Capacity

(MW) - Adj On Line

Year Retireme

nt Year Steam Retired?Total Plant Steam Cap (MW) Steam

CapBased Alloc Factor Plant ID

_B/G

6 1990 999950885 0 12 50.00%50885_B 112 1995 999950888 0 112 100.00%50888_B 1.67 1986 999950907 0 3 50.00%50907_G 1.67 1986 999950907 0 3 50.00%50907_G 51 1993 999950951 0 51 100.00%50951_B 42.5 1993 999950974 0 85 50.00%50974_B 42.5 1993 999950974 0 85 50.00%50974_B 330 1995 999950976 0 330 100.00%50976_B 69 1992 999952007 0 138 50.00%52007_B 69 1992 999952007 0 138 50.00%52007_B 165 1994 999954035 0 165 100.00%54035_B 238.8 1996 999954304 0 239 100.00%54304_B 45 1985 999954689 0 51 88.24%54689_G 5 2006 999954689 0 51 9.80%54689_G 1 2006 999954689 0 51 1.96%54689_G 44 1995 999954755 0 44 100.00%54755_B 4.2 1947 999954775 0 21 20.00%54775_B 4.2 1947 999954775 0 21 20.00%54775_B 4.2 1947 999954775 0 21 20.00%54775_B 4.2 1947 999954775 0 21 20.00%54775_B 4.2 1947 999954775 0 21 20.00%54775_B 1.7 1998 9999 0 21 54775_G 50 1997 999954785 0 150 33.33%54785_G 100 1997 999954785 0 150 66.67%54785_G 85 1996 999954914 0 230 36.96%54914_G 85 1996 999954914 0 230 36.96%54914_G 30 1996 999954914 0 230 13.04%54914_G 30 1996 999954914 0 230 13.04%54914_G 17.57 1987 999954945 0 53 33.33%54945_B 17.57 1987 999954945 0 53 33.33%54945_B 17.57 1987 999954945 0 53 33.33%54945_B 88 1960 999955318 0 595 14.79%55318_B 185 1964 999955318 1 595 31.09%55318_B 322 1974 999955318 0 595 54.12%55318_B

NEEDS 202 of 5050 1 2 3 4 5 6 7 8 9

Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 3_B_1 3B 1 2,216 198 TRUE 1954 8.94% 3_B_2 3B 2 2,216 198 TRUE 1954 8.94% 3_B_3 3B 3 2,216 356 TRUE 1959 16.06% 3_B_4 3B 4 2,216 383 TRUE 1969 17.28% 3_B_5 3B 5 2,216 595 TRUE 1971 26.85% 7_B_1 7B 1 264 132 TRUE 1949 50.00% 7_B_2 7B 2 264 132 TRUE 1949 50.00% 8_B_10 8B 10 1,514 650 TRUE 1972 42.93% 8_B_6 8B 6 1,514 198 TRUE 1951 13.08% 8_B_7 8B 7 1,514 198 TRUE 1952 13.08% 8_B_8 8B 8 1,514 223 TRUE 1956 14.73% 8_B_9 8B 9 1,514 245 TRUE 1958 16.18% 10_B_1 10B 1 612 306 TRUE 1965 50.00% 10_B_2 10B 2 612 306 TRUE 1966 50.00% 26_B_1 26B 1 2,144 305 TRUE 1960 14.23% 26_B_2 26B 2 2,144 305 TRUE 1960 14.23% 26_B_3 26B 3 2,144 338 TRUE 1961 15.76% 26_B_4 26B 4 2,144 338 TRUE 1962 15.76% 26_B_5 26B 5 2,144 858 TRUE 1974 40.02% 47_B_1 47B 1 1,926 318 TRUE 1955 16.51% 47_B_2 47B 2 1,926 318 TRUE 1955 16.51% 47_B_3 47B 3 1,926 318 TRUE 1955 16.51% 47_B_4 47B 4 1,926 318 TRUE 1955 16.51% 47_B_5 47B 5 1,926 654 TRUE 1965 33.96% 50_B_1 50B 1 2,435 240 TRUE 1952 9.86% 50_B_2 50B 2 2,435 240 TRUE 1952 9.86% 50_B_3 50B 3 2,435 240 TRUE 1952 9.86% 50_B_4 50B 4 2,435 240 TRUE 1953 9.86% 50_B_5 50B 5 2,435 206 TRUE 1954 8.46% 50_B_6 50B 6 2,435 206 TRUE 1954 8.46% 50_B_7 50B 7 2,435 506 TRUE 1961 20.78% 50_B_8 50B 8 2,435 557 TRUE 1965 22.87% 51_B_1 51B 1 799 799 FALSE 1986 100.00% 56_B_1 56B 1 651 115 TRUE 1969 17.67% 56_B_2 56B 2 651 268 TRUE 1979 41.17% 56_B_3 56B 3 651 268 TRUE 1980 41.17% 113_B_1 113B 1 883 62 TRUE 1962 7.02% 113_B_2 113B 2 883 261 TRUE 1978 29.56% 113_B_3 113B 3 883 261 TRUE 1980 29.56% 113_B_4 113B 4 883 299 TRUE 1981 33.86% 127_B_1 127B 1 595 595 FALSE 1986 100.00% 130_B_1 130B 1 2,103 538 FALSE 1995 25.58%

IPMBoilerAllocFactors 203 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 130_B_2 130B 2 2,103 447 FALSE 1984 21.26% 130_B_3 130B 3 2,103 559 FALSE 2007 26.58% 130_B_4 130B 4 2,103 559 FALSE 2009 26.58% 136_B_1 136B 1 1,158 579 FALSE 1984 50.00% 136_B_2 136B 2 1,158 579 FALSE 1984 50.00% 165_B_1 165B 1 811 399 TRUE 1982 49.20% 165_B_2 165B 2 811 412 TRUE 1986 50.80% 170_B_1 170B 1 1,093 110 TRUE 1950 10.06% 170_B_2 170B 2 1,093 110 TRUE 1950 10.06% 170_B_3 170B 3 1,093 138 TRUE 1953 12.63% 170_B_4 170B 4 1,093 735 TRUE 1970 67.25% 173_B_1 173B 1 685 312 FALSE 1961 45.55% 173_B_2 173B 2 685 373 FALSE 1968 54.45% 202_B_01 202B 01 134 134 FALSE 1966 100.00% 203_B_01 203B 01 141 141 TRUE 1972 100.00% 207_B_1 207B 1 956 478 TRUE 1987 50.00% 207_B_2 207B 2 956 478 TRUE 1988 50.00% 228_B_10 228B 10 936 340 FALSE 1964 36.32% 228_B_9 228B 9 936 340 FALSE 1964 36.32% 246_B_1 246B 1 114 57 FALSE 1956 50.00% 246_B_2 246B 2 114 57 FALSE 1958 50.00% 259_B_1 259B 1 1,122 233 TRUE 1956 20.77% 259_B_2 259B 2 1,122 233 TRUE 1955 20.77% 259_B_3 259B 3 1,122 328 TRUE 1962 29.23% 259_B_4 259B 4 1,122 328 TRUE 1963 29.23% 260_B_6-1 260B 6-1 1,328 664 FALSE 1967 50.00% 260_B_7-1 260B 7-1 1,328 664 FALSE 1968 50.00% 271_B_5 271B 5 1,500 358 FALSE 1960 23.87% 271_B_6 271B 6 1,500 358 FALSE 1961 23.87% 271_B_7 271B 7 1,500 784 FALSE 1972 52.27% 273_B_3-1 273B 3-1 300 300 TRUE 1965 100.00% 298_B_LIM1 298B LIM1 1,158 579 FALSE 1985 50.00% 298_B_LIM2 298B LIM2 1,158 579 FALSE 1986 50.00% 302_B_1 302B 1 1,159 107 FALSE 1954 9.23% 302_B_2 302B 2 1,159 107 FALSE 1956 9.23% 302_B_3 302B 3 1,159 107 FALSE 1958 9.23% 302_B_4 302B 4 1,159 415 FALSE 1973 35.81% 302_B_5 302B 5 1,159 423 FALSE 1978 36.50% 310_B_1 310B 1 866 160 TRUE 1960 18.48% 310_B_2 310B 2 866 160 TRUE 1962 18.48% 310_B_3 310B 3 866 260 TRUE 1964 30.02% 310_B_4 310B 4 866 286 TRUE 1971 33.03% 330_B_3 330B 3 584 292 TRUE 1964 50.00% 330_B_4 330B 4 584 292 TRUE 1965 50.00%

IPMBoilerAllocFactors 204 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 335_B_1 335B 1 372 186 FALSE 1958 50.00% 335_B_2 335B 2 372 186 FALSE 1958 50.00% 335_B_3A 335B 3A 372 0 FALSE 2003 0.00% 335_B_4A 335B 4A 372 0 FALSE 2003 0.00% 345_B_1 345B 1 340 170 FALSE 1959 50.00% 345_B_2 345B 2 340 170 FALSE 1959 50.00% 350_B_1 350B 1 1,060 530 TRUE 1971 50.00% 350_B_2 350B 2 1,060 530 TRUE 1973 50.00% 356_B_5 356B 5 1,346 152 FALSE 1954 11.29% 356_B_6 356B 6 1,346 152 FALSE 1957 11.29% 356_B_7 356B 7 1,346 521 FALSE 1967 38.71% 356_B_8 356B 8 1,346 521 FALSE 1967 38.71% 384_B_71 384B 71 2,040 510 TRUE 1965 25.00% 384_B_72 384B 72 2,040 510 TRUE 1965 25.00% 384_B_81 384B 81 2,040 510 TRUE 1965 25.00% 384_B_82 384B 82 2,040 510 TRUE 1965 25.00% 400_B_1 400B 1 1,346 202 TRUE 1960 15.01% 400_B_2 400B 2 1,346 202 TRUE 1963 15.01% 400_B_5 400B 5 1,346 303 TRUE 1966 22.51% 400_B_6 400B 6 1,346 303 TRUE 1967 22.51% 404_B_1 404B 1 768 174 FALSE 1958 22.66% 404_B_2 404B 2 768 174 FALSE 1959 22.66% 404_B_3 404B 3 768 420 FALSE 1974 54.69% 460_B_41 460B 41 60 22 FALSE 2001 36.48% 460_B_49 460B 49 60 38 FALSE 1949 63.52% 462_B_55 462B 55 73 32 FALSE 1955 43.56% 462_B_59 462B 59 73 41 FALSE 1959 56.44% 465_B_3 465B 3 212 67 FALSE 1951 31.60% 465_B_4 465B 4 212 145 FALSE 1955 68.40% 468_B_1 468B 1 78 29 TRUE 1957 37.14% 468_B_2 468B 2 78 49 TRUE 1960 62.86% 469_B_1 469B 1 1,017 199 FALSE 1957 19.57% 469_B_2 469B 2 1,017 199 FALSE 1959 19.57% 469_B_3 469B 3 1,017 217 FALSE 1962 21.34% 469_B_4 469B 4 1,017 402 FALSE 1968 39.53% 477_B_5 477B 5 300 300 TRUE 1964 100.00% 478_B_1 478B 1 115 38 FALSE 1948 32.61% 478_B_2 478B 2 115 38 FALSE 1948 32.61% 478_B_3 478B 3 115 40 FALSE 1954 34.78% 525_B_H1 525B H1 501 178 FALSE 1965 35.53% 525_B_H2 525B H2 501 323 FALSE 1976 64.47% 527_B_1 527B 1 161 161 FALSE 1991 100.00% 546_B_5 546B 5 487 116 FALSE 1954 23.82% 546_B_6 546B 6 487 371 FALSE 1971 76.18%

IPMBoilerAllocFactors 205 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 548_B_1 548B 1 444 222 FALSE 1960 50.00% 548_B_2 548B 2 444 222 FALSE 1963 50.00% 562_B_2 562B 2 788 126 TRUE 1958 15.99% 562_B_3 562B 3 788 220 TRUE 1964 27.92% 562_B_4 562B 4 788 442 TRUE 1973 56.09% 568_B_BHB2 568B BHB2 680 235 TRUE 1961 34.56% 568_B_BHB3 568B BHB3 680 445 TRUE 1968 65.44% 593_B_3 593B 3 1,268 155 FALSE 1957 12.22% 593_B_4 593B 4 1,268 229 FALSE 1966 18.06% 593_B_5 593B 5 1,268 884 FALSE 1973 69.72% 594_B_3 594B 3 1,003 244 TRUE 1970 24.33% 594_B_4 594B 4 1,003 423 TRUE 1980 42.17% 603_B_15 603B 15 580 290 FALSE 1968 50.00% 603_B_16 603B 16 580 290 FALSE 1972 50.00% 609_B_PCC1 609B PCC1 1,224 612 FALSE 1965 50.00% 609_B_PCC2 609B PCC2 1,224 612 FALSE 1969 50.00% 610_B_PCU5 610B PCU5 320 120 TRUE 1954 37.50% 610_B_PCU6 610B PCU6 320 200 TRUE 1955 62.50% 617_B_PPE1 617B PPE1 1,940 357 TRUE 1960 18.40% 617_B_PPE2 617B PPE2 1,940 357 TRUE 1961 18.40% 617_B_PPE3 617B PPE3 1,940 613 TRUE 1964 31.60% 617_B_PPE4 617B PPE4 1,940 613 TRUE 1965 31.60% 619_B_PRV3 619B PRV3 874 437 FALSE 1962 50.00% 619_B_PRV4 619B PRV4 874 437 FALSE 1963 50.00% 620_B_PSN3 620B PSN3 808 258 TRUE 1959 31.93% 628_B_1 628B 1 2,740 690 TRUE 1966 25.18% 628_B_2 628B 2 2,740 730 TRUE 1969 26.64% 628_B_4 628B 4 2,740 660 TRUE 1982 24.09% 628_B_5 628B 5 2,740 660 TRUE 1984 24.09% 638_B_1 638B 1 268 67 TRUE 1953 25.00% 638_B_2 638B 2 268 67 TRUE 1954 25.00% 638_B_3 638B 3 268 134 TRUE 1956 50.00% 641_B_4 641B 4 1,021 120 TRUE 1959 11.75% 641_B_5 641B 5 1,021 120 TRUE 1961 11.75% 641_B_6 641B 6 1,021 310 TRUE 1970 30.36% 641_B_7 641B 7 1,021 344 TRUE 1973 33.69% 642_B_1 642B 1 182 91 TRUE 1953 50.00% 642_B_2 642B 2 182 91 TRUE 1953 50.00% 643_B_1 643B 1 430 212 TRUE 1965 49.30% 643_B_2 643B 2 430 212 TRUE 1967 49.30% 645_B_BB01 645B BB01 2,160 535 TRUE 1970 24.77% 645_B_BB02 645B BB02 2,160 535 TRUE 1973 24.77% 645_B_BB03 645B BB03 2,160 535 TRUE 1976 24.77% 645_B_BB04 645B BB04 2,160 555 TRUE 1985 25.69%

IPMBoilerAllocFactors 206 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 658_B_7 658B 7 282 100 FALSE 1963 35.46% 658_B_8 658B 8 282 115 FALSE 1976 40.78% 667_B_1 667B 1 1,219 310 FALSE 2002 25.43% 667_B_2 667B 2 1,219 309 FALSE 2002 25.35% 667_B_3 667B 3 1,219 600 FALSE 1977 49.22% 675_B_7 675B 7 0 0 TRUE 1966 NA 676_B_1 676B 1 656 178 FALSE 1971 27.13% 676_B_2 676B 2 656 156 FALSE 1976 23.78% 676_B_3 676B 3 656 322 FALSE 1982 49.09% 693_B_1 693B 1 343 56 FALSE 1961 16.33% 693_B_3 693B 3 343 100 FALSE 1971 29.15% 693_B_4 693B 4 343 120 FALSE 1976 34.99% 703_B_1BLR 703B 1BLR 2,416 553 TRUE 1971 22.89% 703_B_2BLR 703B 2BLR 2,416 553 TRUE 1972 22.89% 703_B_3BLR 703B 3BLR 2,416 655 TRUE 1974 27.11% 703_B_4BLR 703B 4BLR 2,416 655 TRUE 1975 27.11% 708_B_1 708B 1 847 148 TRUE 1954 17.47% 708_B_2 708B 2 847 148 TRUE 1954 17.47% 708_B_3 708B 3 847 148 TRUE 1955 17.47% 708_B_4 708B 4 847 403 TRUE 1970 47.58% 709_B_1 709B 1 1,768 307 TRUE 1965 17.36% 709_B_2 709B 2 1,768 391 TRUE 1967 22.12% 709_B_3 709B 3 1,768 532 TRUE 1968 30.09% 709_B_4 709B 4 1,768 538 TRUE 1969 30.43% 710_B_MB1 710B MB1 608 304 TRUE 1963 50.00% 710_B_MB2 710B MB2 608 304 TRUE 1964 50.00% 715_B_1 715B 1 216 98 TRUE 1952 45.37% 715_B_2 715B 2 216 118 TRUE 1959 54.63% 727_B_3 727B 3 200 200 TRUE 1964 100.00% 728_B_Y1BR 728B Y1BR 1,531 193 TRUE 1950 12.61% 728_B_Y2BR 728B Y2BR 1,531 193 TRUE 1950 12.61% 728_B_Y3BR 728B Y3BR 1,531 193 TRUE 1952 12.61% 728_B_Y4BR 728B Y4BR 1,531 180 TRUE 1957 11.76% 728_B_Y5BR 728B Y5BR 1,531 180 TRUE 1958 11.76% 728_B_Y6BR 728B Y6BR 1,531 296 TRUE 1974 19.33% 728_B_Y7BR 728B Y7BR 1,531 296 TRUE 1974 19.33% 733_B_1 733B 1 395 76 TRUE 1958 19.24% 733_B_2 733B 2 395 76 TRUE 1961 19.24% 733_B_3 733B 3 395 117 TRUE 1965 29.62% 733_B_4 733B 4 395 126 TRUE 1972 31.90% 753_B_ST 753B ST 23 23 TRUE 1957 100.00% 856_B_1 856B 1 884 149 TRUE 1960 16.86% 856_B_2 856B 2 884 312 TRUE 1968 35.29% 856_B_3 856B 3 884 423 TRUE 1972 47.85%

IPMBoilerAllocFactors 207 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 861_B_01 861B 01 817 325 TRUE 1965 39.78% 861_B_02 861B 02 817 492 TRUE 1972 60.22% 863_B_05 863B 05 222 111 TRUE 1953 50.00% 863_B_06 863B 06 222 111 TRUE 1954 50.00% 864_B_01 864B 01 795 89 TRUE 1948 11.19% 864_B_02 864B 02 795 89 TRUE 1948 11.19% 864_B_03 864B 03 795 89 TRUE 1949 11.19% 864_B_04 864B 04 795 89 TRUE 1949 11.19% 864_B_05 864B 05 795 249 TRUE 1960 31.32% 864_B_06 864B 06 795 190 TRUE 1975 23.90% 867_B_7 867B 7 852 307 TRUE 1958 36.03% 867_B_8 867B 8 852 545 TRUE 1961 63.97% 874_B_5 874B 5 580 580 TRUE 1959 100.00% 876_B_1 876B 1 1,452 726 TRUE 1967 50.00% 876_B_2 876B 2 1,452 726 TRUE 1968 50.00% 879_B_51 879B 51 1,538 385 TRUE 1972 25.00% 879_B_52 879B 52 1,538 385 TRUE 1972 25.00% 879_B_61 879B 61 1,538 385 TRUE 1975 25.00% 879_B_62 879B 62 1,538 385 TRUE 1975 25.00% 883_B_17 883B 17 1,310 250 TRUE 1952 19.08% 883_B_7 883B 7 1,310 570 TRUE 1958 43.51% 883_B_8 883B 8 1,310 490 TRUE 1962 37.40% 884_B_1 884B 1 2,000 333 TRUE 1955 16.65% 884_B_2 884B 2 2,000 333 TRUE 1955 16.65% 884_B_3 884B 3 2,000 454 TRUE 1957 22.70% 884_B_4 884B 4 2,000 880 TRUE 1963 44.00% 886_B_19 886B 19 470 470 TRUE 1959 100.00% 887_B_1 887B 1 912 152 TRUE 1953 16.67% 887_B_2 887B 2 912 152 TRUE 1953 16.67% 887_B_3 887B 3 912 152 TRUE 1954 16.67% 887_B_4 887B 4 912 152 TRUE 1954 16.67% 887_B_5 887B 5 912 152 TRUE 1955 16.67% 887_B_6 887B 6 912 152 TRUE 1955 16.67% 889_B_1 889B 1 2,160 720 FALSE 1970 33.33% 889_B_2 889B 2 2,160 720 FALSE 1973 33.33% 889_B_3 889B 3 2,160 720 FALSE 1975 33.33% 891_B_1 891B 1 1,064 90 TRUE 1947 8.46% 891_B_2 891B 2 1,064 90 TRUE 1947 8.46% 891_B_3 891B 3 1,064 90 TRUE 1947 8.46% 891_B_4 891B 4 1,064 90 TRUE 1948 8.46% 891_B_5 891B 5 1,064 90 TRUE 1949 8.46% 891_B_6 891B 6 1,064 90 TRUE 1950 8.46% 891_B_7 891B 7 1,064 90 TRUE 1950 8.46% 891_B_8 891B 8 1,064 90 TRUE 1950 8.46%

IPMBoilerAllocFactors 208 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 891_B_9 891B 9 1,064 344 TRUE 1978 32.33% 892_B_1 892B 1 355 106 TRUE 1953 29.86% 892_B_2 892B 2 355 249 TRUE 1959 70.14% 897_B_1 897B 1 267 109 FALSE 1955 40.82% 897_B_2 897B 2 267 158 FALSE 1956 59.18% 898_B_1 898B 1 912 151 TRUE 1949 16.56% 898_B_2 898B 2 912 151 TRUE 1949 16.56% 898_B_3 898B 3 912 151 TRUE 1950 16.56% 898_B_4 898B 4 912 148 TRUE 1954 16.23% 898_B_5 898B 5 912 311 TRUE 1964 34.10% 963_B_31 963B 31 546 137 TRUE 1968 25.09% 963_B_32 963B 32 546 137 TRUE 1972 25.09% 963_B_33 963B 33 546 272 TRUE 1978 49.82% 963_B_34 963B 34 546 0 TRUE 2009 0.00% 972_B_4 972B 4 0 0 FALSE 1948 NA 972_B_5 972B 5 0 0 FALSE 1948 NA 972_B_7 972B 7 0 0 FALSE 1948 NA 972_B_8 972B 8 0 0 FALSE 1948 NA 976_B_123 976B 123 375 192 TRUE 2003 51.20% 976_B_4 976B 4 375 183 TRUE 1978 48.80% 983_B_1 983B 1 2,034 339 TRUE 1955 16.67% 983_B_2 983B 2 2,034 339 TRUE 1955 16.67% 983_B_3 983B 3 2,034 339 TRUE 1955 16.67% 983_B_4 983B 4 2,034 339 TRUE 1955 16.67% 983_B_5 983B 5 2,034 339 TRUE 1955 16.67% 983_B_6 983B 6 2,034 339 TRUE 1956 16.67% 988_B_U1 988B U1 1,649 223 TRUE 1951 13.52% 988_B_U2 988B U2 1,649 223 TRUE 1952 13.52% 988_B_U3 988B U3 1,649 312 TRUE 1954 18.92% 988_B_U4 988B U4 1,649 891 TRUE 1964 54.03% 990_B_10 990B 10 666 67 TRUE 1947 10.06% 990_B_50 990B 50 666 107 TRUE 1958 16.07% 990_B_60 990B 60 666 107 TRUE 1961 16.07% 990_B_70 990B 70 666 318 TRUE 1973 47.75% 990_B_9 990B 9 666 67 TRUE 1942 10.06% 991_B_1 991B 1 482 69 TRUE 1949 14.32% 991_B_2 991B 2 482 69 TRUE 1950 14.32% 991_B_3 991B 3 482 69 TRUE 1951 14.32% 991_B_4 991B 4 482 84 TRUE 1953 17.43% 991_B_5 991B 5 482 84 TRUE 1953 17.43% 991_B_6 991B 6 482 107 TRUE 1956 22.20% 994_B_1 994B 1 1,458 244 TRUE 1967 16.74% 994_B_2 994B 2 1,458 390 TRUE 1969 26.75% 994_B_3 994B 3 1,458 412 TRUE 1977 28.26%

IPMBoilerAllocFactors 209 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 994_B_4 994B 4 1,458 412 TRUE 1986 28.26% 995_B_7 995B 7 685 312 TRUE 1962 45.55% 995_B_8 995B 8 685 373 TRUE 1968 54.45% 996_B_11 996B 11 1,155 210 TRUE 1970 18.18% 996_B_4 996B 4 1,155 315 TRUE 1956 27.27% 996_B_5 996B 5 1,155 315 TRUE 1959 27.27% 996_B_6 996B 6 1,155 315 TRUE 1959 27.27% 997_B_12 997B 12 757 410 TRUE 1974 54.16% 1001_B_1 1001B 1 1,186 593 TRUE 1970 50.00% 1001_B_2 1001B 2 1,186 593 TRUE 1972 50.00% 1008_B_1 1008B 1 600 150 TRUE 1959 25.00% 1008_B_2 1008B 2 600 150 TRUE 1958 25.00% 1008_B_3 1008B 3 600 150 TRUE 1960 25.00% 1008_B_4 1008B 4 600 150 TRUE 1961 25.00% 1010_B_2 1010B 2 1,033 138 TRUE 1953 13.36% 1010_B_3 1010B 3 1,033 138 TRUE 1954 13.36% 1010_B_4 1010B 4 1,033 138 TRUE 1955 13.36% 1010_B_5 1010B 5 1,033 152 TRUE 1956 14.71% 1010_B_6 1010B 6 1,033 329 TRUE 1968 31.85% 1012_B_2 1012B 2 568 167 TRUE 1966 29.40% 1012_B_3 1012B 3 568 307 TRUE 1973 54.05% 1032_B_5 1032B 5 81 33 TRUE 1958 41.34% 1032_B_6 1032B 6 81 47 TRUE 1964 58.66% 1037_B_2 1037B 2 0 0 TRUE 1959 NA 1037_B_5 1037B 5 0 0 TRUE 1949 NA 1043_B_1SG1 1043B 1SG1 316 158 TRUE 1970 50.00% 1043_B_2SG1 1043B 2SG1 316 158 TRUE 1970 50.00% 1046_B_1 1046B 1 0 0 TRUE 1959 NA 1046_B_5 1046B 5 0 0 TRUE 1952 NA 1046_B_6 1046B 6 0 0 TRUE 1929 NA 1047_B_2 1047B 2 443 30 TRUE 1949 6.77% 1047_B_3 1047B 3 443 56 TRUE 1957 12.64% 1047_B_4 1047B 4 443 312 TRUE 1977 70.43% 1048_B_1 1048B 1 263 45 FALSE 1947 17.11% 1048_B_2 1048B 2 263 218 FALSE 1967 82.89% 1058_B_2 1058B 2 0 0 FALSE 1930 NA 1058_B_3 1058B 3 0 0 FALSE 1930 NA 1058_B_4 1058B 4 0 0 FALSE 1930 NA 1058_B_5 1058B 5 0 0 FALSE 1930 NA 1073_B_1 1073B 1 319 42 TRUE 1950 13.17% 1073_B_2 1073B 2 319 42 TRUE 1950 13.17% 1073_B_3 1073B 3 319 78 TRUE 1958 24.45% 1073_B_4 1073B 4 319 157 TRUE 1967 49.22% 1081_B_7 1081B 7 161 6 TRUE 1949 3.52%

IPMBoilerAllocFactors 210 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 1081_B_8 1081B 8 161 6 TRUE 1949 3.52% 1081_B_9 1081B 9 161 144 TRUE 1961 89.44% 1082_B_1 1082B 1 1,819 73 TRUE 1954 4.01% 1082_B_2 1082B 2 1,819 100 TRUE 1958 5.50% 1082_B_3 1082B 3 1,819 806 TRUE 1978 44.31% 1082_B_4 1082B 4 1,819 840 TRUE 2007 46.18% 1091_B_1 1091B 1 1,038 159 TRUE 1964 15.32% 1091_B_2 1091B 2 1,038 266 TRUE 1972 25.63% 1091_B_3 1091B 3 1,038 613 TRUE 1975 59.06% 1104_B_1 1104B 1 180 180 TRUE 1968 100.00% 1167_B_7 1167B 7 445 82 TRUE 1958 18.43% 1167_B_8 1167B 8 445 167 TRUE 1969 37.53% 1167_B_9 1167B 9 445 196 TRUE 1983 44.04% 1218_B_1 1218B 1 110 46 TRUE 1960 41.75% 1218_B_2 1218B 2 110 64 TRUE 1967 58.25% 1239_B_39 1239B 39 153 67 FALSE 1950 43.79% 1239_B_40 1239B 40 153 86 FALSE 1954 56.21% 1241_B_1 1241B 1 1,854 1,114 TRUE 1973 60.09% 1241_B_2 1241B 2 1,854 740 TRUE 1977 39.91% 1243_B_7 1243B 7 119 119 FALSE 1954 100.00% 1250_B_3 1250B 3 624 80 FALSE 1955 12.82% 1250_B_4 1250B 4 624 194 FALSE 1960 31.09% 1250_B_5 1250B 5 624 350 FALSE 1971 56.09% 1252_B_10 1252B 10 335 200 FALSE 1962 59.70% 1252_B_9 1252B 9 335 135 FALSE 1957 40.30% 1295_B_1 1295B 1 339 116 TRUE 1965 34.22% 1295_B_2 1295B 2 339 223 TRUE 1971 65.78% 1353_B_BSU1 1353B BSU1 820 267 FALSE 1963 32.56% 1353_B_BSU2 1353B BSU2 820 553 FALSE 1969 67.44% 1355_B_1 1355B 1 716 152 TRUE 1957 21.23% 1355_B_2 1355B 2 716 179 TRUE 1963 25.00% 1355_B_3 1355B 3 716 385 TRUE 1971 53.77% 1356_B_1 1356B 1 1,483 415 TRUE 1973 27.98% 1356_B_2 1356B 2 1,483 394 TRUE 1977 26.57% 1356_B_3 1356B 3 1,483 337 TRUE 1981 22.72% 1356_B_4 1356B 4 1,483 337 TRUE 1984 22.72% 1357_B_4 1357B 4 273 122 TRUE 1954 44.69% 1357_B_5 1357B 5 273 151 TRUE 1959 55.31% 1361_B_1 1361B 1 279 39 TRUE 1947 13.98% 1361_B_2 1361B 2 279 39 TRUE 1947 13.98% 1361_B_3 1361B 3 279 39 TRUE 1948 13.98% 1361_B_4 1361B 4 279 39 TRUE 1948 13.98% 1361_B_5 1361B 5 279 123 TRUE 1953 44.09% 1363_B_4 1363B 4 750 214 TRUE 1962 28.53%

IPMBoilerAllocFactors 211 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 1363_B_5 1363B 5 750 233 TRUE 1966 31.07% 1363_B_6 1363B 6 750 303 TRUE 1969 40.40% 1364_B_1 1364B 1 1,418 290 TRUE 1972 20.45% 1364_B_2 1364B 2 1,418 290 TRUE 1974 20.45% 1364_B_3 1364B 3 1,418 388 TRUE 1978 27.36% 1364_B_4 1364B 4 1,418 450 TRUE 1982 31.73% 1372_B_5 1372B 5 85 29 FALSE 1956 34.16% 1372_B_6 1372B 6 85 56 FALSE 1968 65.84% 1374_B_1 1374B 1 421 180 TRUE 1964 42.76% 1374_B_2 1374B 2 421 241 TRUE 1974 57.24% 1378_B_1 1378B 1 1,721 504 TRUE 1963 29.29% 1378_B_2 1378B 2 1,721 504 TRUE 1963 29.29% 1378_B_3 1378B 3 1,721 713 TRUE 1970 41.43% 1379_B_1 1379B 1 2,400 240 TRUE 1953 10.00% 1379_B_10 1379B 10 2,400 240 TRUE 1990 10.00% 1379_B_2 1379B 2 2,400 240 TRUE 1953 10.00% 1379_B_3 1379B 3 2,400 240 TRUE 1953 10.00% 1379_B_4 1379B 4 2,400 240 TRUE 1954 10.00% 1379_B_5 1379B 5 2,400 240 TRUE 1954 10.00% 1379_B_6 1379B 6 2,400 240 TRUE 1954 10.00% 1379_B_7 1379B 7 2,400 240 TRUE 1954 10.00% 1379_B_8 1379B 8 2,400 240 TRUE 1955 10.00% 1379_B_9 1379B 9 2,400 240 TRUE 1955 10.00% 1381_B_C1 1381B C1 519 173 TRUE 1969 33.33% 1381_B_C2 1381B C2 519 173 TRUE 1970 33.33% 1381_B_C3 1381B C3 519 173 TRUE 1971 33.33% 1382_B_H1 1382B H1 294 147 TRUE 1973 50.00% 1382_B_H2 1382B H2 294 147 TRUE 1974 50.00% 1383_B_R1 1383B R1 137 137 TRUE 1966 100.00% 1384_B_1 1384B 1 322 138 TRUE 1965 42.86% 1384_B_2 1384B 2 322 184 TRUE 1969 57.14% 1385_B_1 1385B 1 338 49 TRUE 1954 14.50% 1385_B_2 1385B 2 338 49 TRUE 1954 14.50% 1385_B_3 1385B 3 338 120 TRUE 1957 35.50% 1385_B_4 1385B 4 338 120 TRUE 1960 35.50% 1394_B_1 1394B 1 2,003 169 TRUE 1960 8.44% 1394_B_2 1394B 2 2,003 211 TRUE 1964 10.53% 1394_B_3 1394B 3 2,003 511 TRUE 1968 25.51% 1394_B_4 1394B 4 2,003 512 TRUE 1973 25.56% 1394_B_5 1394B 5 2,003 600 TRUE 1976 29.96% 1400_B_1 1400B 1 404 47 TRUE 1953 11.63% 1400_B_2 1400B 2 404 58 TRUE 1956 14.36% 1400_B_3 1400B 3 404 299 TRUE 1971 74.01% 1402_B_1 1402B 1 1,393 321 TRUE 1961 23.04%

IPMBoilerAllocFactors 212 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 1402_B_2 1402B 2 1,393 477 TRUE 1966 34.24% 1402_B_3 1402B 3 1,393 595 TRUE 1969 42.71% 1403_B_1 1403B 1 2,220 109 TRUE 1951 4.91% 1403_B_2 1403B 2 2,220 147 TRUE 1953 6.62% 1403_B_3 1403B 3 2,220 170 TRUE 1955 7.66% 1403_B_4 1403B 4 2,220 897 TRUE 1971 40.41% 1403_B_5 1403B 5 2,220 897 TRUE 1973 40.41% 1404_B_10 1404B 10 383 245 TRUE 1958 63.97% 1407_B_3 1407B 3 212 78 TRUE 1950 36.79% 1409_B_1 1409B 1 1,158 167 TRUE 1957 14.42% 1409_B_2 1409B 2 1,158 318 TRUE 1963 27.46% 1409_B_3 1409B 3 1,158 673 TRUE 1967 58.12% 1416_B_5A 1416B 5A 156 156 FALSE 1960 100.00% 1417_B_1 1417B 1 416 78 TRUE 1947 18.75% 1417_B_2 1417B 2 416 78 TRUE 1949 18.75% 1417_B_3 1417B 3 416 130 TRUE 1957 31.25% 1417_B_4 1417B 4 416 130 TRUE 1959 31.25% 1448_B_10 1448B 10 250 38 FALSE 1961 15.20% 1448_B_11 1448B 11 250 91 FALSE 1965 36.40% 1448_B_12 1448B 12 250 121 FALSE 1969 48.40% 1507_B_1 1507B 1 765 74 TRUE 1957 9.67% 1507_B_2 1507B 2 765 74 TRUE 1958 9.67% 1507_B_3 1507B 3 765 107 TRUE 1965 13.99% 1507_B_4 1507B 4 765 510 TRUE 1978 66.67% 1552_B_1 1552B 1 748 374 TRUE 1961 50.00% 1552_B_2 1552B 2 748 374 TRUE 1963 50.00% 1553_B_3 1553B 3 0 0 FALSE 2008 NA 1554_B_1 1554B 1 1,532 172 TRUE 1956 11.23% 1554_B_2 1554B 2 1,532 172 TRUE 1959 11.23% 1554_B_3 1554B 3 1,532 390 TRUE 1966 25.46% 1554_B_4 1554B 4 1,532 798 TRUE 1972 52.09% 1559_B_4 1559B 4 7 7 TRUE 1951 100.00% 1564_B_8 1564B 8 147 147 FALSE 1971 100.00% 1570_B_11 1570B 11 163 97 TRUE 1958 59.51% 1570_B_9 1570B 9 163 66 TRUE 1947 40.49% 1571_B_1 1571B 1 2,260 550 TRUE 1964 24.34% 1571_B_2 1571B 2 2,260 550 TRUE 1965 24.34% 1571_B_3 1571B 3 2,260 580 TRUE 1975 25.66% 1571_B_4 1571B 4 2,260 580 TRUE 1981 25.66% 1572_B_1 1572B 1 636 212 TRUE 1959 33.33% 1572_B_2 1572B 2 636 212 TRUE 1960 33.33% 1572_B_3 1572B 3 636 212 TRUE 1962 33.33% 1573_B_1 1573B 1 2,232 1,116 TRUE 1970 50.00% 1573_B_2 1573B 2 2,232 1,116 TRUE 1971 50.00%

IPMBoilerAllocFactors 213 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 1588_B_7 1588B 7 646 646 FALSE 1975 100.00% 1599_B_1 1599B 1 754 350 TRUE 1968 46.42% 1599_B_2 1599B 2 754 404 TRUE 1976 53.58% 1606_B_1 1606B 1 207 207 TRUE 1960 100.00% 1619_B_1 1619B 1 1,984 390 FALSE 1963 19.66% 1619_B_2 1619B 2 1,984 390 FALSE 1964 19.66% 1619_B_3 1619B 3 1,984 624 FALSE 1969 31.45% 1619_B_4 1619B 4 1,984 580 FALSE 1974 29.23% 1626_B_1 1626B 1 937 191 TRUE 1951 20.38% 1626_B_2 1626B 2 937 191 TRUE 1952 20.38% 1626_B_3 1626B 3 937 203 TRUE 1958 21.66% 1626_B_4 1626B 4 937 352 TRUE 1972 37.57% 1682_B_8 1682B 8 145 56 FALSE 1966 38.62% 1695_B_1 1695B 1 900 122 TRUE 1948 13.56% 1695_B_2 1695B 2 900 122 TRUE 1948 13.56% 1695_B_3 1695B 3 900 122 TRUE 1948 13.56% 1695_B_4 1695B 4 900 267 TRUE 1956 29.67% 1695_B_5 1695B 5 900 267 TRUE 1957 29.67% 1702_B_1 1702B 1 2,004 668 TRUE 1959 33.33% 1702_B_2 1702B 2 2,004 668 TRUE 1961 33.33% 1702_B_3 1702B 3 2,004 334 TRUE 1975 16.67% 1702_B_4 1702B 4 2,004 334 TRUE 1977 16.67% 1710_B_1 1710B 1 1,372 267 TRUE 1962 19.46% 1710_B_2 1710B 2 1,372 401 TRUE 1967 29.23% 1710_B_3 1710B 3 1,372 704 TRUE 1980 51.31% 1720_B_7 1720B 7 534 267 TRUE 1955 50.00% 1720_B_8 1720B 8 534 267 TRUE 1958 50.00% 1723_B_1 1723B 1 477 134 TRUE 1952 28.09% 1723_B_2 1723B 2 477 134 TRUE 1952 28.09% 1723_B_3 1723B 3 477 209 TRUE 1953 43.82% 1726_B_15 1726B 15 330 83 TRUE 1951 25.00% 1726_B_16 1726B 16 330 83 TRUE 1951 25.00% 1726_B_17 1726B 17 330 83 TRUE 1951 25.00% 1726_B_18 1726B 18 330 83 TRUE 1951 25.00% 1731_B_1 1731B 1 154 154 TRUE 1968 100.00% 1732_B_10 1732B 10 290 73 TRUE 1943 25.00% 1732_B_11 1732B 11 290 73 TRUE 1947 25.00% 1732_B_12 1732B 12 290 73 TRUE 1943 25.00% 1732_B_9 1732B 9 290 73 TRUE 1942 25.00% 1733_B_1 1733B 1 3,116 779 TRUE 1972 25.00% 1733_B_2 1733B 2 3,116 779 TRUE 1973 25.00% 1733_B_3 1733B 3 3,116 779 TRUE 1973 25.00% 1733_B_4 1733B 4 3,116 779 TRUE 1974 25.00% 1740_B_1 1740B 1 1,003 324 TRUE 1956 32.30%

IPMBoilerAllocFactors 214 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 1740_B_2 1740B 2 1,003 324 TRUE 1957 32.30% 1740_B_3 1740B 3 1,003 355 TRUE 1958 35.39% 1743_B_1 1743B 1 1,654 205 TRUE 1953 12.39% 1743_B_2 1743B 2 1,654 205 TRUE 1953 12.39% 1743_B_3 1743B 3 1,654 205 TRUE 1954 12.39% 1743_B_4 1743B 4 1,654 205 TRUE 1954 12.39% 1743_B_6 1743B 6 1,654 354 TRUE 1961 21.40% 1743_B_7 1743B 7 1,654 480 TRUE 1969 29.02% 1745_B_16 1745B 16 798 83 TRUE 1949 10.34% 1745_B_17 1745B 17 798 83 TRUE 1949 10.34% 1745_B_18 1745B 18 798 83 TRUE 1949 10.34% 1745_B_19 1745B 19 798 83 TRUE 1950 10.34% 1745_B_9A 1745B 9A 798 468 TRUE 1968 58.65% 1769_B_3 1769B 3 646 50 FALSE 1964 7.74% 1769_B_4 1769B 4 646 50 FALSE 1966 7.74% 1769_B_5 1769B 5 646 95 FALSE 1974 14.71% 1769_B_6 1769B 6 646 95 FALSE 1975 14.71% 1769_B_7 1769B 7 646 95 FALSE 1978 14.71% 1769_B_8 1769B 8 646 95 FALSE 1978 14.71% 1769_B_9 1769B 9 646 95 FALSE 1979 14.71% 1771_B_1 1771B 1 0 0 FALSE 1958 NA 1771_B_2 1771B 2 0 0 FALSE 1958 NA 1822_B_5 1822B 5 307 102 TRUE 1950 33.22% 1822_B_6 1822B 6 307 107 TRUE 1958 34.85% 1822_B_7 1822B 7 307 98 TRUE 1979 31.92% 1825_B_3 1825B 3 93 93 TRUE 1983 100.00% 1830_B_3 1830B 3 124 27 TRUE 1951 21.77% 1830_B_4 1830B 4 124 45 TRUE 1962 36.29% 1830_B_5 1830B 5 124 52 TRUE 1969 41.94% 1831_B_1 1831B 1 447 67 TRUE 1954 14.99% 1831_B_2 1831B 2 447 67 TRUE 1958 14.99% 1831_B_3 1831B 3 447 67 TRUE 1961 14.99% 1831_B_4 1831B 4 447 82 TRUE 1964 18.34% 1831_B_5 1831B 5 447 82 TRUE 1968 18.34% 1831_B_6 1831B 6 447 82 TRUE 1970 18.34% 1832_B_1 1832B 1 148 148 FALSE 1973 100.00% 1843_B_2 1843B 2 138 34 TRUE 1972 24.64% 1843_B_3 1843B 3 138 77 TRUE 1983 55.80% 1866_B_5 1866B 5 173 58 TRUE 1948 33.33% 1866_B_7 1866B 7 173 58 TRUE 1948 33.33% 1866_B_8 1866B 8 173 58 TRUE 1948 33.33% 1888_B_1 1888B 1 147 29 FALSE 1950 19.73% 1888_B_3 1888B 3 147 89 FALSE 1962 60.54% 1891_B_1 1891B 1 210 105 TRUE 1953 50.00%

IPMBoilerAllocFactors 215 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 1891_B_2 1891B 2 210 105 TRUE 1953 50.00% 1893_B_1 1893B 1 783 117 TRUE 1958 14.94% 1893_B_2 1893B 2 783 117 TRUE 1960 14.94% 1893_B_3 1893B 3 783 246 TRUE 1973 31.42% 1893_B_4 1893B 4 783 303 TRUE 1980 38.70% 1897_B_3 1897B 3 180 90 TRUE 1988 50.00% 1897_B_4 1897B 4 180 90 TRUE 1988 50.00% 1904_B_3 1904B 3 519 148 TRUE 1955 28.52% 1904_B_4 1904B 4 519 206 TRUE 1960 39.69% 1915_B_1 1915B 1 723 723 TRUE 1968 100.00% 1918_B_4 1918B 4 0 0 FALSE 1953 NA 1926_B_1 1926B 1 37 19 TRUE 1949 50.00% 1926_B_2 1926B 2 37 19 TRUE 1949 50.00% 1934_B_1 1934B 1 52 26 TRUE 1948 50.00% 1934_B_2 1934B 2 52 26 TRUE 1948 50.00% 1943_B_2 1943B 2 180 60 TRUE 1959 33.33% 1943_B_3 1943B 3 180 81 TRUE 1964 45.00% 1960_B_1 1960B 1 44 26 FALSE 1955 58.69% 1960_B_3 1960B 3 44 6 FALSE 1935 13.77% 1960_B_4 1960B 4 44 6 FALSE 1935 13.77% 1960_B_5 1960B 5 44 6 FALSE 1935 13.77% 1973_B_1 1973B 1 53 13 FALSE 1945 25.00% 1973_B_2 1973B 2 53 13 FALSE 1945 25.00% 1973_B_3 1973B 3 53 13 FALSE 1945 25.00% 1973_B_4 1973B 4 53 13 FALSE 1945 25.00% 2008_B_1 2008B 1 137 25 FALSE 1948 17.88% 2008_B_2 2008B 2 137 32 FALSE 1953 23.58% 2008_B_3 2008B 3 137 25 FALSE 1962 17.88% 2008_B_4 2008B 4 137 56 FALSE 1969 40.66% 2018_B_10 2018B 10 0 0 FALSE 1954 NA 2018_B_7 2018B 7 0 0 FALSE 1954 NA 2018_B_9 2018B 9 0 0 FALSE 1954 NA 2018_B_wood 2018B wood 0 0 FALSE 2007 NA 2039_B_1 2039B 1 78 31 TRUE 1951 39.85% 2039_B_2 2039B 2 78 31 TRUE 1951 39.85% 2039_B_3 2039B 3 78 16 TRUE 1959 20.31% 2046_B_1 2046B 1 0 0 TRUE 1945 NA 2046_B_2 2046B 2 0 0 TRUE 1947 NA 2046_B_3 2046B 3 0 0 TRUE 1949 NA 2049_B_1 2049B 1 1,110 142 TRUE 1957 12.79% 2049_B_2 2049B 2 1,110 142 TRUE 1960 12.79% 2049_B_3 2049B 3 1,110 172 TRUE 1962 15.50% 2049_B_4 2049B 4 1,110 271 TRUE 1968 24.41% 2049_B_5 2049B 5 1,110 383 TRUE 1973 34.50%

IPMBoilerAllocFactors 216 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 2050_B_1 2050B 1 919 375 TRUE 1966 40.81% 2050_B_2 2050B 2 919 544 TRUE 1971 59.19% 2051_B_1 2051B 1 308 154 FALSE 1953 50.00% 2051_B_2 2051B 2 308 154 FALSE 1953 50.00% 2053_B_1A 2053B 1A 441 33 TRUE 1977 7.37% 2053_B_3 2053B 3 441 109 TRUE 1951 24.72% 2053_B_4 2053B 4 441 267 TRUE 1959 60.54% 2079_B_5A 2079B 5A 592 374 FALSE 2001 63.18% 2080_B_1 2080B 1 764 255 TRUE 1958 33.38% 2080_B_2 2080B 2 764 255 TRUE 1960 33.38% 2080_B_3 2080B 3 764 254 TRUE 1964 33.25% 2094_B_1 2094B 1 942 262 TRUE 1960 27.81% 2094_B_2 2094B 2 942 262 TRUE 1962 27.81% 2094_B_3 2094B 3 942 418 TRUE 1969 44.37% 2098_B_1 2098B 1 270 37 FALSE 1961 13.52% 2098_B_2 2098B 2 270 37 FALSE 1961 13.52% 2098_B_3 2098B 3 270 9 FALSE 1938 3.33% 2098_B_4 2098B 4 270 37 FALSE 1951 13.52% 2098_B_5 2098B 5 270 37 FALSE 1957 13.52% 2098_B_6 2098B 6 270 115 FALSE 1967 42.59% 2103_B_1 2103B 1 1,676 419 TRUE 1970 25.00% 2103_B_2 2103B 2 1,676 419 TRUE 1971 25.00% 2103_B_3 2103B 3 1,676 419 TRUE 1972 25.00% 2103_B_4 2103B 4 1,676 419 TRUE 1973 25.00% 2104_B_1 2104B 1 928 178 TRUE 1953 19.18% 2104_B_2 2104B 2 928 178 TRUE 1954 19.18% 2104_B_3 2104B 3 928 258 TRUE 1959 27.80% 2104_B_4 2104B 4 928 314 TRUE 1961 33.84% 2107_B_1 2107B 1 876 438 TRUE 1967 50.00% 2107_B_2 2107B 2 876 438 TRUE 1968 50.00% 2161_B_1 2161B 1 452 44 TRUE 1957 9.73% 2161_B_2 2161B 2 452 44 TRUE 1957 9.73% 2161_B_3 2161B 3 452 86 TRUE 1960 19.03% 2161_B_4 2161B 4 452 111 TRUE 1964 24.56% 2161_B_5 2161B 5 452 167 TRUE 1970 36.95% 2167_B_1 2167B 1 1,140 570 TRUE 1972 50.00% 2167_B_2 2167B 2 1,140 570 TRUE 1977 50.00% 2168_B_MB1 2168B MB1 1,513 222 TRUE 1966 14.67% 2168_B_MB2 2168B MB2 1,513 312 TRUE 1969 20.62% 2168_B_MB3 2168B MB3 1,513 979 TRUE 1982 64.71% 2169_B_1 2169B 1 48 15 TRUE 1953 31.25% 2169_B_2 2169B 2 48 33 TRUE 1960 68.75% 2171_B_1 2171B 1 112 56 FALSE 1954 50.00% 2171_B_2 2171B 2 112 56 FALSE 1954 50.00%

IPMBoilerAllocFactors 217 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 2187_B_2 2187B 2 116 116 TRUE 1968 100.00% 2226_B_1 2226B 1 130 130 FALSE 1958 100.00% 2291_B_1 2291B 1 796 109 TRUE 1954 13.69% 2291_B_2 2291B 2 796 133 TRUE 1957 16.71% 2291_B_3 2291B 3 796 133 TRUE 1959 16.71% 2291_B_4 2291B 4 796 167 TRUE 1963 20.98% 2291_B_5 2291B 5 796 254 TRUE 1968 31.91% 2330_B_1 2330B 1 214 107 TRUE 1968 50.00% 2330_B_2 2330B 2 214 107 TRUE 1971 50.00% 2364_B_1 2364B 1 415 126 TRUE 1960 30.36% 2364_B_2 2364B 2 415 289 TRUE 1968 69.64% 2367_B_4 2367B 4 189 63 TRUE 1952 33.33% 2367_B_5 2367B 5 189 63 TRUE 2006 33.33% 2367_B_6 2367B 6 189 63 TRUE 1957 33.33% 2378_B_1 2378B 1 573 196 TRUE 1962 34.21% 2378_B_2 2378B 2 573 236 TRUE 1964 41.19% 2378_B_3 2378B 3 573 141 TRUE 1974 24.61% 2384_B_1 2384B 1 306 156 TRUE 1958 50.98% 2384_B_8 2384B 8 306 150 TRUE 1954 49.02% 2403_B_1 2403B 1 1,342 594 FALSE 1964 44.26% 2403_B_2 2403B 2 1,342 748 FALSE 1967 55.74% 2408_B_1 2408B 1 1,056 528 TRUE 1960 50.00% 2408_B_2 2408B 2 1,056 528 TRUE 1961 50.00% 2411_B_1 2411B 1 734 183 TRUE 1948 24.93% 2411_B_2 2411B 2 734 183 TRUE 1948 24.93% 2411_B_3 2411B 3 734 183 TRUE 1949 24.93% 2411_B_4 2411B 4 734 185 TRUE 1951 25.20% 2442_B_1 2442B 1 2,490 199 TRUE 1963 7.99% 2442_B_2 2442B 2 2,490 199 TRUE 1963 7.99% 2442_B_3 2442B 3 2,490 270 TRUE 1964 10.84% 2442_B_4 2442B 4 2,490 911 TRUE 1969 36.59% 2442_B_5 2442B 5 2,490 911 TRUE 1970 36.59% 2451_B_1 2451B 1 1,469 329 FALSE 1976 22.40% 2451_B_2 2451B 2 1,469 320 FALSE 1973 21.78% 2451_B_3 2451B 3 1,469 410 FALSE 1979 27.91% 2451_B_4 2451B 4 1,469 410 FALSE 1982 27.91% 2480_B_1 2480B 1 705 94 TRUE 1951 13.33% 2480_B_2 2480B 2 705 94 TRUE 1954 13.33% 2480_B_3 2480B 3 705 183 TRUE 1987 25.96% 2480_B_4 2480B 4 705 334 TRUE 1987 47.38% 2491_B_001 2491B 001 1,170 1,170 TRUE 1977 100.00% 2493_B_60 2493B 60 570 264 FALSE 1951 46.32% 2493_B_70 2493B 70 570 306 FALSE 1955 53.68% 2500_B_10 2500B 10 2,149 477 TRUE 1963 22.20%

IPMBoilerAllocFactors 218 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 2500_B_20 2500B 20 2,149 477 TRUE 1963 22.20% 2500_B_30 2500B 30 2,149 1,195 TRUE 1965 55.61% 2511_B_10 2511B 10 434 217 FALSE 1956 50.00% 2511_B_20 2511B 20 434 217 FALSE 1963 50.00% 2513_B_40 2513B 40 127 127 TRUE 1953 100.00% 2514_B_40 2514B 40 272 136 FALSE 1952 50.00% 2514_B_50 2514B 50 272 136 FALSE 1954 50.00% 2516_B_1 2516B 1 1,320 330 TRUE 1967 25.00% 2516_B_2 2516B 2 1,320 330 TRUE 1968 25.00% 2516_B_3 2516B 3 1,320 330 TRUE 1972 25.00% 2516_B_4 2516B 4 1,320 330 TRUE 1977 25.00% 2517_B_3 2517B 3 632 227 FALSE 1958 35.92% 2517_B_4 2517B 4 632 227 FALSE 1960 35.92% 2526_B_11 2526B 11 150 30 TRUE 1943 19.67% 2526_B_12 2526B 12 150 30 TRUE 1943 19.67% 2526_B_13 2526B 13 150 91 TRUE 1951 60.67% 2535_B_1 2535B 1 376 188 TRUE 1955 50.00% 2535_B_2 2535B 2 376 188 TRUE 1958 50.00% 2549_B_67 2549B 67 1,292 268 TRUE 1957 20.74% 2549_B_68 2549B 68 1,292 268 TRUE 1958 20.74% 2554_B_1 2554B 1 892 178 TRUE 1950 19.96% 2554_B_2 2554B 2 892 178 TRUE 1950 19.96% 2554_B_3 2554B 3 892 268 TRUE 1959 30.04% 2554_B_4 2554B 4 892 268 TRUE 1960 30.04% 2594_B_5 2594B 5 1,096 548 FALSE 1976 50.00% 2594_B_6 2594B 6 1,096 548 FALSE 1980 50.00% 2625_B_1 2625B 1 1,712 856 TRUE 1972 50.00% 2625_B_2 2625B 2 1,712 856 TRUE 1974 50.00% 2642_B_1 2642B 1 254 54 TRUE 1948 21.26% 2642_B_2 2642B 2 254 64 TRUE 1950 25.20% 2642_B_3 2642B 3 254 64 TRUE 1953 25.20% 2642_B_4 2642B 4 254 72 TRUE 1957 28.35% 2706_B_1 2706B 1 456 200 TRUE 1964 43.86% 2706_B_2 2706B 2 456 256 TRUE 1971 56.14% 2708_B_5 2708B 5 395 181 FALSE 1956 45.82% 2708_B_6 2708B 6 395 214 FALSE 1958 54.18% 2709_B_1 2709B 1 505 133 TRUE 1952 26.34% 2709_B_2 2709B 2 505 133 TRUE 1951 26.34% 2709_B_3 2709B 3 505 239 TRUE 1962 47.33% 2712_B_1 2712B 1 2,295 368 TRUE 1966 16.03% 2712_B_2 2712B 2 2,295 502 TRUE 1968 21.87% 2712_B_3A 2712B 3A 2,295 356 TRUE 1973 15.51% 2712_B_3B 2712B 3B 2,295 356 TRUE 1973 15.51% 2712_B_4A 2712B 4A 2,295 357 TRUE 1980 15.53%

IPMBoilerAllocFactors 219 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 2712_B_4B 2712B 4B 2,295 357 TRUE 1980 15.53% 2713_B_1 2713B 1 864 134 TRUE 1954 15.51% 2713_B_2 2713B 2 864 136 TRUE 1955 15.74% 2713_B_3 2713B 3 864 594 TRUE 1972 68.75% 2716_B_1 2716B 1 269 82 FALSE 1949 30.48% 2716_B_2 2716B 2 269 82 FALSE 1950 30.48% 2716_B_3 2716B 3 269 105 FALSE 1952 39.03% 2718_B_1 2718B 1 1,215 186 TRUE 1957 15.31% 2718_B_2 2718B 2 1,215 186 TRUE 1957 15.31% 2718_B_3 2718B 3 1,215 281 TRUE 1959 23.13% 2718_B_4 2718B 4 1,215 281 TRUE 1960 23.13% 2718_B_5 2718B 5 1,215 281 TRUE 1961 23.13% 2720_B_5 2720B 5 610 79 FALSE 1941 12.95% 2720_B_6 2720B 6 610 79 FALSE 1941 12.95% 2720_B_7 2720B 7 610 82 FALSE 1942 13.44% 2720_B_8 2720B 8 610 185 FALSE 1953 30.33% 2720_B_9 2720B 9 610 185 FALSE 1953 30.33% 2721_B_5 2721B 5 947 541 TRUE 1972 57.13% 2721_B_6 2721B 6 947 0 TRUE 2011 0.00% 2723_B_1 2723B 1 433 125 TRUE 1949 28.87% 2723_B_2 2723B 2 433 125 TRUE 1950 28.87% 2723_B_3 2723B 3 433 183 TRUE 1955 42.26% 2727_B_1 2727B 1 2,158 370 TRUE 1965 17.15% 2727_B_2 2727B 2 2,158 370 TRUE 1966 17.15% 2727_B_3 2727B 3 2,158 709 TRUE 1969 32.85% 2727_B_4 2727B 4 2,158 709 TRUE 1970 32.85% 2732_B_10 2732B 10 642 172 TRUE 1954 26.79% 2732_B_7 2732B 7 642 149 TRUE 1952 23.21% 2732_B_8 2732B 8 642 149 TRUE 1952 23.21% 2732_B_9 2732B 9 642 172 TRUE 1954 26.79% 2790_B_B1 2790B B1 99 31 TRUE 1954 31.31% 2790_B_B2 2790B B2 99 68 TRUE 1963 68.69% 2817_B_1 2817B 1 511 163 TRUE 1966 31.90% 2817_B_2 2817B 2 511 348 TRUE 1975 68.10% 2823_B_B1 2823B B1 820 263 TRUE 1970 32.07% 2823_B_B2 2823B B2 820 557 TRUE 1977 67.93% 2824_B_1 2824B 1 218 109 TRUE 1967 50.00% 2824_B_10 2824B 10 218 109 TRUE 1982 50.00% 2828_B_1 2828B 1 2,183 810 TRUE 1967 37.10% 2828_B_2 2828B 2 2,183 810 TRUE 1967 37.10% 2828_B_3 2828B 3 2,183 563 TRUE 1977 25.79% 2830_B_1 2830B 1 1,146 108 TRUE 1952 9.42% 2830_B_2 2830B 2 1,146 124 TRUE 1953 10.82% 2830_B_3 2830B 3 1,146 147 TRUE 1954 12.83%

IPMBoilerAllocFactors 220 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 2830_B_4 2830B 4 1,146 169 TRUE 1958 14.75% 2830_B_5 2830B 5 1,146 240 TRUE 1962 20.94% 2830_B_6 2830B 6 1,146 358 TRUE 1969 31.24% 2832_B_5-1 2832B 5-1 1,212 77 TRUE 1949 6.35% 2832_B_5-2 2832B 5-2 1,212 77 TRUE 1949 6.35% 2832_B_6 2832B 6 1,212 200 TRUE 1960 16.50% 2832_B_7 2832B 7 1,212 429 TRUE 1975 35.40% 2832_B_8 2832B 8 1,212 429 TRUE 1978 35.40% 2835_B_7 2835B 7 638 374 TRUE 1958 58.62% 2836_B_10 2836B 10 957 231 FALSE 1949 24.14% 2836_B_12 2836B 12 957 726 FALSE 1970 75.86% 2837_B_1 2837B 1 1,793 231 TRUE 1953 12.88% 2837_B_2 2837B 2 1,793 231 TRUE 1953 12.88% 2837_B_3 2837B 3 1,793 231 TRUE 1954 12.88% 2837_B_4 2837B 4 1,793 374 TRUE 1956 20.86% 2837_B_5 2837B 5 1,793 726 TRUE 1972 40.49% 2838_B_18 2838B 18 330 330 TRUE 1962 100.00% 2840_B_4 2840B 4 1,814 635 TRUE 1973 35.01% 2840_B_5 2840B 5 1,814 357 TRUE 1976 19.68% 2840_B_6 2840B 6 1,814 357 TRUE 1978 19.68% 2843_B_9 2843B 9 155 155 TRUE 1955 100.00% 2848_B_H-1 2848B H-1 582 97 FALSE 1948 16.67% 2848_B_H-2 2848B H-2 582 97 FALSE 1949 16.67% 2848_B_H-3 2848B H-3 582 97 FALSE 1950 16.67% 2848_B_H-4 2848B H-4 582 97 FALSE 1951 16.67% 2848_B_H-5 2848B H-5 582 97 FALSE 1952 16.67% 2848_B_H-6 2848B H-6 582 97 FALSE 1953 16.67% 2850_B_1 2850B 1 1,924 481 TRUE 1971 25.00% 2850_B_2 2850B 2 1,924 481 TRUE 1970 25.00% 2850_B_3 2850B 3 1,924 481 TRUE 1972 25.00% 2850_B_4 2850B 4 1,924 481 TRUE 1974 25.00% 2861_B_1 2861B 1 312 156 TRUE 1954 50.00% 2861_B_2 2861B 2 312 156 TRUE 1954 50.00% 2864_B_5 2864B 5 499 86 TRUE 1950 17.13% 2864_B_6 2864B 6 499 86 TRUE 1950 17.13% 2864_B_7 2864B 7 499 164 TRUE 1955 32.87% 2864_B_8 2864B 8 499 164 TRUE 1955 32.87% 2866_B_1 2866B 1 2,790 212 TRUE 1959 7.60% 2866_B_2 2866B 2 2,790 212 TRUE 1960 7.60% 2866_B_3 2866B 3 2,790 212 TRUE 1961 7.60% 2866_B_4 2866B 4 2,790 212 TRUE 1962 7.60% 2866_B_5 2866B 5 2,790 403 TRUE 1967 14.44% 2866_B_6 2866B 6 2,790 677 TRUE 1969 24.27% 2866_B_7 2866B 7 2,790 862 TRUE 1971 30.90%

IPMBoilerAllocFactors 221 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 2872_B_1 2872B 1 1,754 304 TRUE 1953 17.33% 2872_B_2 2872B 2 1,754 304 TRUE 1954 17.33% 2872_B_3 2872B 3 1,754 339 TRUE 1957 19.33% 2872_B_4 2872B 4 1,754 339 TRUE 1958 19.33% 2872_B_5 2872B 5 1,754 468 TRUE 1968 26.68% 2876_B_1 2876B 1 1,695 339 TRUE 1955 20.00% 2876_B_2 2876B 2 1,695 339 TRUE 1955 20.00% 2876_B_3 2876B 3 1,695 339 TRUE 1955 20.00% 2876_B_4 2876B 4 1,695 339 TRUE 1955 20.00% 2876_B_5 2876B 5 1,695 339 TRUE 1955 20.00% 2878_B_1 2878B 1 1,149 285 TRUE 2000 24.80% 2878_B_2 2878B 2 1,149 285 TRUE 1959 24.80% 2878_B_3 2878B 3 1,149 285 TRUE 1963 24.80% 2878_B_4 2878B 4 1,149 294 TRUE 1968 25.59% 2914_B_4 2914B 4 27 27 FALSE 1968 100.00% 2917_B_1 2917B 1 226 7 FALSE 1970 3.21% 2917_B_7 2917B 7 226 58 FALSE 1964 25.55% 2917_B_8 2917B 8 226 58 FALSE 1964 25.55% 2917_B_9 2917B 9 226 96 FALSE 1974 42.48% 2937_B_4 2937B 4 0 0 TRUE 1940 NA 2937_B_5 2937B 5 0 0 TRUE 1940 NA 2937_B_6 2937B 6 0 0 TRUE 1961 NA 2942_B_5 2942B 5 34 15 FALSE 1957 43.61% 2942_B_6 2942B 6 34 19 FALSE 1967 56.39% 2951_B_6 2951B 6 1,076 296 TRUE 1958 27.51% 2951_B_8 2951B 8 1,076 439 TRUE 1969 40.80% 2952_B_3 2952B 3 1,565 159 TRUE 1956 10.16% 2952_B_4 2952B 4 1,565 468 TRUE 1977 29.90% 2952_B_5 2952B 5 1,565 468 TRUE 1978 29.90% 2952_B_6 2952B 6 1,565 470 TRUE 1984 30.03% 2953_B_1 2953B 1 567 100 FALSE 1950 17.64% 2953_B_2 2953B 2 567 100 FALSE 1951 17.64% 2953_B_3 2953B 3 567 149 FALSE 1955 26.28% 2953_B_4 2953B 4 567 218 FALSE 1959 38.45% 2956_B_1 2956B 1 2,121 707 FALSE 1971 33.33% 2956_B_2 2956B 2 2,121 707 FALSE 1973 33.33% 2956_B_3 2956B 3 2,121 707 FALSE 1975 33.33% 2964_B_8002 2964B 8002 549 134 FALSE 1954 24.41% 2964_B_8003 2964B 8003 549 281 FALSE 1967 51.18% 2964_B_801N 2964B 801N 549 67 FALSE 1952 12.20% 2964_B_801S 2964B 801S 549 67 FALSE 1952 12.20% 2965_B_1402 2965B 1402 649 271 FALSE 1956 41.76% 2965_B_1403 2965B 1403 649 107 FALSE 1958 16.49% 2965_B_1404 2965B 1404 649 271 FALSE 1958 41.76%

IPMBoilerAllocFactors 222 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 3000_B_1 3000B 1 59 29 TRUE 1956 50.00% 3000_B_2 3000B 2 59 29 TRUE 1956 50.00% 3098_B_1 3098B 1 785 200 TRUE 1952 25.48% 3098_B_2 3098B 2 785 200 TRUE 1953 25.48% 3098_B_3 3098B 3 785 200 TRUE 1952 25.48% 3098_B_4 3098B 4 785 185 TRUE 1952 23.57% 3113_B_1 3113B 1 467 211 TRUE 1958 45.18% 3113_B_2 3113B 2 467 256 TRUE 1962 54.82% 3115_B_1 3115B 1 252 84 TRUE 1951 33.33% 3115_B_2 3115B 2 252 84 TRUE 1951 33.33% 3115_B_3 3115B 3 252 84 TRUE 1953 33.33% 3118_B_1 3118B 1 1,250 625 FALSE 1970 50.00% 3118_B_2 3118B 2 1,250 625 FALSE 1971 50.00% 3122_B_1 3122B 1 1,226 397 FALSE 1969 32.38% 3122_B_2 3122B 2 1,226 397 FALSE 1970 32.38% 3122_B_3 3122B 3 1,226 432 FALSE 1977 35.24% 3130_B_1 3130B 1 520 260 TRUE 2004 50.00% 3130_B_2 3130B 2 520 260 TRUE 2003 50.00% 3131_B_1 3131B 1 690 152 TRUE 1954 22.03% 3131_B_2 3131B 2 690 152 TRUE 1954 22.03% 3131_B_3 3131B 3 690 193 TRUE 1959 27.97% 3131_B_4 3131B 4 690 193 TRUE 1960 27.97% 3136_B_1 3136B 1 1,250 625 FALSE 1967 50.00% 3136_B_2 3136B 2 1,250 625 FALSE 1968 50.00% 3138_B_3 3138B 3 435 134 TRUE 1952 30.80% 3138_B_4 3138B 4 435 134 TRUE 1958 30.80% 3138_B_5 3138B 5 435 167 TRUE 1964 38.39% 3140_B_1 3140B 1 1,089 222 TRUE 1961 20.39% 3140_B_2 3140B 2 1,089 250 TRUE 1965 22.96% 3140_B_3 3140B 3 1,089 617 TRUE 1981 56.66% 3148_B_3 3148B 3 1,444 602 FALSE 1975 41.69% 3148_B_4 3148B 4 1,444 602 FALSE 1977 41.69% 3149_B_1 3149B 1 1,048 548 TRUE 1971 52.29% 3149_B_2 3149B 2 1,048 500 TRUE 1973 47.71% 3152_B_1A 3152B 1A 458 64 TRUE 1949 13.97% 3152_B_1B 3152B 1B 458 64 TRUE 1949 13.97% 3152_B_2A 3152B 2A 458 64 TRUE 1949 13.97% 3152_B_2B 3152B 2B 458 64 TRUE 1949 13.97% 3152_B_3 3152B 3 458 64 TRUE 1951 13.97% 3152_B_4 3152B 4 458 138 TRUE 1953 30.13% 3159_B_1 3159B 1 490 73 TRUE 1954 14.97% 3159_B_2 3159B 2 490 270 TRUE 1955 55.10% 3161_B_1 3161B 1 2,114 445 TRUE 1959 21.05% 3161_B_2 3161B 2 2,114 445 TRUE 1960 21.05%

IPMBoilerAllocFactors 223 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 3161_B_3 3161B 3 2,114 612 TRUE 1974 28.95% 3161_B_4 3161B 4 2,114 612 TRUE 1976 28.95% 3169_B_1 3169B 1 218 218 TRUE 1958 100.00% 3178_B_1 3178B 1 276 138 TRUE 1958 50.00% 3178_B_2 3178B 2 276 138 TRUE 1959 50.00% 3179_B_1 3179B 1 1,803 601 FALSE 1969 33.33% 3179_B_2 3179B 2 1,803 601 FALSE 1970 33.33% 3179_B_3 3179B 3 1,803 601 FALSE 1971 33.33% 3181_B_1 3181B 1 459 63 FALSE 1948 13.73% 3181_B_2 3181B 2 459 63 FALSE 1949 13.73% 3181_B_3 3181B 3 459 63 FALSE 1949 13.73% 3181_B_33 3181B 33 459 270 FALSE 1963 58.82% 3251_B_1 3251B 1 179 179 TRUE 1960 100.00% 3264_B_1 3264B 1 494 149 TRUE 1951 30.16% 3264_B_2 3264B 2 494 149 TRUE 1951 30.16% 3264_B_3 3264B 3 494 196 TRUE 1958 39.68% 3280_B_CAN1 3280B CAN1 500 134 TRUE 1962 26.80% 3280_B_CAN2 3280B CAN2 500 134 TRUE 1964 26.80% 3280_B_CAN3 3280B CAN3 500 232 TRUE 1967 46.40% 3287_B_MCM1 3287B MCM1 252 126 FALSE 1958 50.00% 3287_B_MCM2 3287B MCM2 252 126 FALSE 1958 50.00% 3295_B_URQ3 3295B URQ3 117 117 TRUE 1955 100.00% 3297_B_WAT1 3297B WAT1 664 332 TRUE 1970 50.00% 3297_B_WAT2 3297B WAT2 664 332 TRUE 1971 50.00% 3298_B_WIL1 3298B WIL1 716 716 TRUE 1973 100.00% 3317_B_1 3317B 1 180 90 TRUE 1966 50.00% 3317_B_2 3317B 2 180 90 TRUE 1966 50.00% 3319_B_1 3319B 1 580 110 FALSE 1954 18.97% 3319_B_2 3319B 2 580 110 FALSE 1954 18.97% 3319_B_3 3319B 3 580 180 FALSE 1970 31.03% 3319_B_4 3319B 4 580 180 FALSE 1970 31.03% 3393_B_1 3393B 1 768 256 TRUE 1959 33.33% 3393_B_2 3393B 2 768 256 TRUE 1959 33.33% 3393_B_3 3393B 3 768 256 TRUE 1959 33.33% 3396_B_1 3396B 1 886 886 TRUE 1967 100.00% 3399_B_1 3399B 1 3,600 1,800 TRUE 1973 50.00% 3399_B_2 3399B 2 3,600 1,800 TRUE 1973 50.00% 3403_B_1 3403B 1 1,284 321 TRUE 1956 25.00% 3403_B_2 3403B 2 1,284 321 TRUE 1957 25.00% 3403_B_3 3403B 3 1,284 321 TRUE 1959 25.00% 3403_B_4 3403B 4 1,284 321 TRUE 1959 25.00% 3405_B_1 3405B 1 1,012 253 TRUE 1955 25.00% 3405_B_2 3405B 2 1,012 253 TRUE 1955 25.00% 3405_B_3 3405B 3 1,012 253 TRUE 1956 25.00%

IPMBoilerAllocFactors 224 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 3405_B_4 3405B 4 1,012 253 TRUE 1957 25.00% 3406_B_1 3406B 1 2,294 235 TRUE 1951 10.24% 3406_B_10 3406B 10 2,294 221 TRUE 1959 9.63% 3406_B_2 3406B 2 2,294 235 TRUE 1951 10.24% 3406_B_3 3406B 3 2,294 235 TRUE 1952 10.24% 3406_B_4 3406B 4 2,294 235 TRUE 1952 10.24% 3406_B_5 3406B 5 2,294 235 TRUE 1952 10.24% 3406_B_6 3406B 6 2,294 235 TRUE 1953 10.24% 3406_B_7 3406B 7 2,294 221 TRUE 1958 9.63% 3406_B_8 3406B 8 2,294 221 TRUE 1959 9.63% 3406_B_9 3406B 9 2,294 221 TRUE 1959 9.63% 3407_B_1 3407B 1 2,159 201 TRUE 1954 9.31% 3407_B_2 3407B 2 2,159 201 TRUE 1954 9.31% 3407_B_3 3407B 3 2,159 201 TRUE 1954 9.31% 3407_B_4 3407B 4 2,159 201 TRUE 1954 9.31% 3407_B_5 3407B 5 2,159 271 TRUE 1955 12.55% 3407_B_6 3407B 6 2,159 271 TRUE 1955 12.55% 3407_B_7 3407B 7 2,159 271 TRUE 1955 12.55% 3407_B_8 3407B 8 2,159 271 TRUE 1955 12.55% 3407_B_9 3407B 9 2,159 271 TRUE 1955 12.55% 3438_B_1 3438B 1 268 129 FALSE 1958 48.13% 3438_B_2 3438B 2 268 139 FALSE 1960 51.87% 3439_B_1 3439B 1 234 60 FALSE 1951 25.64% 3439_B_2 3439B 2 234 60 FALSE 1955 25.64% 3439_B_3 3439B 3 234 114 FALSE 1975 48.72% 3442_B_5 3442B 5 323 55 FALSE 1947 17.03% 3442_B_6 3442B 6 323 55 FALSE 1948 17.03% 3442_B_7 3442B 7 323 213 FALSE 1970 65.94% 3452_B_1 3452B 1 1,209 496 FALSE 1970 41.03% 3452_B_2 3452B 2 1,209 713 FALSE 1973 58.97% 3453_B_2 3453B 2 1,371 107 TRUE 1945 7.80% 3453_B_3A 3453B 3A 1,371 206 TRUE 1949 15.03% 3453_B_3B 3453B 3B 1,371 0 TRUE 1949 0.00% 3453_B_6 3453B 6 1,371 245 TRUE 1956 17.87% 3453_B_7 3453B 7 1,371 245 TRUE 1958 17.87% 3453_B_8 3453B 8 1,371 568 TRUE 1967 41.43% 3454_B_1 3454B 1 903 254 TRUE 1959 28.13% 3454_B_2 3454B 2 903 263 TRUE 1961 29.13% 3454_B_3 3454B 3 903 386 TRUE 1964 42.75% 3457_B_1 3457B 1 798 399 FALSE 1970 50.00% 3457_B_2 3457B 2 798 399 FALSE 1971 50.00% 3459_B_1 3459B 1 2,514 374 TRUE 1962 14.88% 3459_B_2 3459B 2 2,514 374 TRUE 1962 14.88% 3459_B_3 3459B 3 2,514 562 TRUE 1966 22.35%

IPMBoilerAllocFactors 225 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 3459_B_4 3459B 4 2,514 636 TRUE 1974 25.30% 3459_B_5 3459B 5 2,514 568 TRUE 1979 22.59% 3460_B_CBY1 3460B CBY1 2,259 753 FALSE 1970 33.33% 3460_B_CBY2 3460B CBY2 2,259 753 FALSE 1972 33.33% 3464_B_GBY5 3464B GBY5 251 251 FALSE 1973 100.00% 3466_B_PHR1 3466B PHR1 2,608 544 TRUE 1966 20.86% 3466_B_PHR2 3466B PHR2 2,608 544 TRUE 1967 20.86% 3466_B_PHR4 3466B PHR4 2,608 865 TRUE 1973 33.17% 3468_B_SRB1 3468B SRB1 1,142 258 TRUE 1958 22.59% 3468_B_SRB2 3468B SRB2 1,142 256 TRUE 1956 22.42% 3468_B_SRB3 3468B SRB3 1,142 314 TRUE 1959 27.50% 3468_B_SRB4 3468B SRB4 1,142 314 TRUE 1960 27.50% 3470_B_WAP1 3470B WAP1 4,009 258 TRUE 1958 6.44% 3470_B_WAP2 3470B WAP2 4,009 258 TRUE 1958 6.44% 3470_B_WAP3 3470B WAP3 4,009 405 TRUE 1961 10.10% 3470_B_WAP4 3470B WAP4 4,009 742 TRUE 1968 18.51% 3470_B_WAP5 3470B WAP5 4,009 714 TRUE 1977 17.81% 3470_B_WAP6 3470B WAP6 4,009 714 TRUE 1978 17.81% 3470_B_WAP7 3470B WAP7 4,009 452 TRUE 1980 11.27% 3470_B_WAP8 3470B WAP8 4,009 466 TRUE 1982 11.62% 3476_B_2 3476B 2 881 100 TRUE 1950 11.35% 3476_B_3 3476B 3 881 100 TRUE 1952 11.35% 3476_B_4 3476B 4 881 134 TRUE 1956 15.21% 3476_B_5 3476B 5 881 547 TRUE 1974 62.09% 3477_B_1 3477B 1 123 123 TRUE 1954 100.00% 3478_B_1 3478B 1 776 156 FALSE 1964 20.10% 3478_B_2 3478B 2 776 310 FALSE 1970 39.95% 3478_B_3 3478B 3 776 310 FALSE 1971 39.95% 3489_B_1 3489B 1 675 145 FALSE 1954 21.48% 3489_B_2 3489B 2 675 178 FALSE 1956 26.37% 3489_B_3 3489B 3 675 352 FALSE 1971 52.15% 3490_B_1 3490B 1 754 360 TRUE 1960 47.75% 3490_B_2 3490B 2 754 394 TRUE 1969 52.25% 3491_B_1A 3491B 1A 1,913 42 TRUE 1948 2.17% 3491_B_1B 3491B 1B 1,913 42 TRUE 1948 2.17% 3491_B_2 3491B 2 1,913 160 TRUE 1950 8.36% 3491_B_3 3491B 3 1,913 512 TRUE 1963 26.76% 3491_B_4 3491B 4 1,913 579 TRUE 1976 30.27% 3491_B_5 3491B 5 1,913 579 TRUE 1977 30.27% 3492_B_5 3492B 5 847 312 TRUE 1959 36.84% 3492_B_6 3492B 6 847 535 TRUE 1966 63.16% 3497_B_1 3497B 1 1,514 757 TRUE 1971 50.00% 3497_B_2 3497B 2 1,514 757 TRUE 1972 50.00% 3502_B_1 3502B 1 556 124 TRUE 1953 22.30%

IPMBoilerAllocFactors 226 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 3502_B_2 3502B 2 556 432 TRUE 1959 77.70% 3504_B_1 3504B 1 868 257 TRUE 1958 29.61% 3504_B_2 3504B 2 868 611 TRUE 1965 70.39% 3506_B_1 3506B 1 1,515 580 FALSE 1970 38.28% 3506_B_2 3506B 2 1,515 935 FALSE 1972 61.72% 3507_B_9 3507B 9 442 442 TRUE 1965 100.00% 3508_B_1 3508B 1 1,295 238 FALSE 1962 18.38% 3508_B_2 3508B 2 1,295 585 FALSE 1967 45.17% 3508_B_3 3508B 3 1,295 472 FALSE 1971 36.45% 3548_B_1 3548B 1 1,043 517 TRUE 1971 49.57% 3548_B_2 3548B 2 1,043 526 TRUE 1977 50.43% 3576_B_BW2 3576B BW2 530 156 FALSE 1971 29.43% 3576_B_BW3 3576B BW3 530 240 FALSE 1975 45.28% 3576_B_CE1 3576B CE1 530 134 FALSE 1967 25.28% 3601_B_1 3601B 1 974 276 FALSE 1965 28.34% 3601_B_2 3601B 2 974 223 FALSE 1968 22.90% 3601_B_3 3601B 3 974 475 FALSE 1972 48.77% 3611_B_1 3611B 1 1,008 504 FALSE 1972 50.00% 3611_B_2 3611B 2 1,008 504 FALSE 1974 50.00% 3612_B_1 3612B 1 1,391 444 TRUE 1966 31.92% 3612_B_2 3612B 2 1,391 444 TRUE 1968 31.92% 3612_B_3 3612B 3 1,391 503 TRUE 1970 36.16% 3627_B_1 3627B 1 148 38 TRUE 1958 25.68% 3627_B_2 3627B 2 148 38 TRUE 1958 25.68% 3627_B_3 3627B 3 148 72 TRUE 1963 48.65% 3628_B_1 3628B 1 613 114 FALSE 1968 18.60% 3628_B_2 3628B 2 613 178 FALSE 1972 29.04% 3628_B_3 3628B 3 613 321 FALSE 1975 52.37% 3631_B_3 3631B 3 50 50 TRUE 1965 100.00% 3644_B_1 3644B 1 216 87 FALSE 1954 40.28% 3644_B_2 3644B 2 216 129 FALSE 1957 59.72% 3648_B_1 3648B 1 495 156 FALSE 1951 31.52% 3648_B_2 3648B 2 495 156 FALSE 1952 31.52% 3648_B_3 3648B 3 495 183 FALSE 1955 36.97% 3775_B_1 3775B 1 660 220 FALSE 1958 33.33% 3775_B_2 3775B 2 660 220 FALSE 1958 33.33% 3775_B_3 3775B 3 660 220 FALSE 1961 33.33% 3776_B_51 3776B 51 535 96 TRUE 1944 17.94% 3776_B_52 3776B 52 535 96 TRUE 1944 17.94% 3776_B_6 3776B 6 535 343 TRUE 1957 64.11% 3788_B_1 3788B 1 697 149 TRUE 1949 21.38% 3788_B_2 3788B 2 697 149 TRUE 1950 21.38% 3788_B_3 3788B 3 697 133 TRUE 1954 19.08% 3788_B_4 3788B 4 697 133 TRUE 1956 19.08%

IPMBoilerAllocFactors 227 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 3788_B_5 3788B 5 697 133 TRUE 1957 19.08% 3796_B_3 3796B 3 260 91 TRUE 1950 35.00% 3796_B_4 3796B 4 260 169 TRUE 1958 65.00% 3797_B_3 3797B 3 1,310 138 TRUE 1952 10.53% 3797_B_4 3797B 4 1,310 178 TRUE 1960 13.59% 3797_B_5 3797B 5 1,310 325 TRUE 1964 24.81% 3797_B_6 3797B 6 1,310 669 TRUE 1969 51.07% 3803_B_1 3803B 1 795 126 TRUE 1953 15.85% 3803_B_2 3803B 2 795 126 TRUE 1954 15.85% 3803_B_3 3803B 3 795 223 TRUE 1959 28.05% 3803_B_4 3803B 4 795 320 TRUE 1962 40.25% 3804_B_3 3804B 3 1,015 126 TRUE 1955 12.41% 3804_B_4 3804B 4 1,015 221 TRUE 1962 21.77% 3804_B_5 3804B 5 1,015 668 TRUE 1975 65.81% 3809_B_1 3809B 1 2,050 223 TRUE 1957 10.88% 3809_B_2 3809B 2 2,050 223 TRUE 1959 10.88% 3809_B_3 3809B 3 2,050 1,604 TRUE 1974 78.24% 3845_B_BW21 3845B BW21 1,087 480 FALSE 1972 44.16% 3845_B_BW22 3845B BW22 1,087 480 FALSE 1973 44.16% 3935_B_1 3935B 1 2,163 519 TRUE 1971 23.99% 3935_B_2 3935B 2 2,163 519 TRUE 1972 23.99% 3935_B_3 3935B 3 2,163 1,125 TRUE 1973 52.01% 3936_B_1 3936B 1 608 304 TRUE 1953 50.00% 3936_B_2 3936B 2 608 304 TRUE 1953 50.00% 3938_B_11 3938B 11 1,607 223 TRUE 1950 13.88% 3938_B_21 3938B 21 1,607 223 TRUE 1950 13.88% 3938_B_31 3938B 31 1,607 223 TRUE 1951 13.88% 3938_B_41 3938B 41 1,607 223 TRUE 1952 13.88% 3942_B_1 3942B 1 352 104 TRUE 1952 29.55% 3942_B_2 3942B 2 352 104 TRUE 1952 29.55% 3942_B_3 3942B 3 352 144 TRUE 1954 40.91% 3943_B_1 3943B 1 1,114 557 FALSE 1967 50.00% 3943_B_2 3943B 2 1,114 557 FALSE 1968 50.00% 3944_B_1 3944B 1 1,203 401 TRUE 1972 33.33% 3944_B_2 3944B 2 1,203 401 TRUE 1973 33.33% 3944_B_3 3944B 3 1,203 401 TRUE 1974 33.33% 3945_B_7 3945B 7 126 15 FALSE 1943 11.90% 3945_B_8 3945B 8 126 111 FALSE 1951 88.10% 3946_B_1 3946B 1 271 104 TRUE 1949 38.38% 3946_B_2 3946B 2 271 167 TRUE 1960 61.62% 3947_B_1 3947B 1 1,017 339 TRUE 1958 33.33% 3947_B_2 3947B 2 1,017 339 TRUE 1958 33.33% 3947_B_3 3947B 3 1,017 339 TRUE 1959 33.33% 3948_B_1 3948B 1 1,038 519 FALSE 1971 50.00%

IPMBoilerAllocFactors 228 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 3948_B_2 3948B 2 1,038 519 FALSE 1971 50.00% 3954_B_1 3954B 1 1,734 563 TRUE 1965 32.47% 3954_B_2 3954B 2 1,734 563 TRUE 1966 32.47% 3954_B_3 3954B 3 1,734 608 TRUE 1973 35.06% 3982_B_1 3982B 1 96 32 TRUE 1954 33.33% 3982_B_2 3982B 2 96 32 TRUE 1952 33.33% 3982_B_5 3982B 5 96 32 TRUE 1960 33.33% 3992_B_1 3992B 1 258 20 TRUE 1968 7.75% 3992_B_11 3992B 11 258 24 TRUE 1964 9.30% 3992_B_2 3992B 2 258 20 TRUE 1968 7.75% 3992_B_3 3992B 3 258 24 TRUE 1968 9.30% 3992_B_5 3992B 5 258 24 TRUE 1938 9.30% 3992_B_6 3992B 6 258 24 TRUE 1943 9.30% 3992_B_7 3992B 7 258 24 TRUE 1949 9.30% 3992_B_8 3992B 8 258 49 TRUE 1957 18.99% 3992_B_9 3992B 9 258 49 TRUE 1961 18.99% 4005_B_1 4005B 1 152 76 FALSE 1940 50.00% 4005_B_2 4005B 2 152 76 FALSE 1940 50.00% 4041_B_5 4041B 5 1,760 440 FALSE 1959 25.00% 4041_B_6 4041B 6 1,760 440 FALSE 1961 25.00% 4041_B_7 4041B 7 1,760 440 FALSE 1965 25.00% 4041_B_8 4041B 8 1,760 440 FALSE 1967 25.00% 4042_B_1 4042B 1 250 63 TRUE 1968 25.00% 4042_B_2 4042B 2 250 63 TRUE 1968 25.00% 4042_B_3 4042B 3 250 63 TRUE 1969 25.00% 4042_B_4 4042B 4 250 63 TRUE 1969 25.00% 4048_B_3 4048B 3 0 0 TRUE 1946 NA 4048_B_4 4048B 4 0 0 TRUE 1946 NA 4050_B_3 4050B 3 630 100 TRUE 1951 15.87% 4050_B_4 4050B 4 630 254 TRUE 1969 40.32% 4050_B_5 4050B 5 630 276 TRUE 1985 43.81% 4054_B_1 4054B 1 222 111 TRUE 1959 50.00% 4054_B_2 4054B 2 222 111 TRUE 1962 50.00% 4057_B_1 4057B 1 768 384 TRUE 1954 50.00% 4057_B_2 4057B 2 768 384 TRUE 1955 50.00% 4072_B_3 4072B 3 808 80 FALSE 1943 9.90% 4072_B_4 4072B 4 808 75 FALSE 1947 9.28% 4072_B_5 4072B 5 808 119 FALSE 1949 14.73% 4072_B_6 4072B 6 808 169 FALSE 1951 20.92% 4072_B_7 4072B 7 808 145 FALSE 1958 17.95% 4072_B_8 4072B 8 808 220 FALSE 1964 27.23% 4078_B_1 4078B 1 517 95 TRUE 1954 18.38% 4078_B_2 4078B 2 517 88 TRUE 1960 17.02% 4078_B_3 4078B 3 517 334 TRUE 1981 64.60%

IPMBoilerAllocFactors 229 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 4078_B_4 4078B 4 517 0 TRUE 2008 0.00% 4125_B_5 4125B 5 206 5 TRUE 1950 2.43% 4125_B_6 4125B 6 206 40 TRUE 1957 19.42% 4125_B_7 4125B 7 206 40 TRUE 1964 19.42% 4125_B_8 4125B 8 206 40 TRUE 1990 19.42% 4125_B_9 4125B 9 206 81 TRUE 2006 39.32% 4127_B_5 4127B 5 46 0 TRUE 2006 0.00% 4140_B_B1 4140B B1 281 33 TRUE 1947 11.74% 4140_B_B2 4140B B2 281 33 TRUE 1947 11.74% 4140_B_B3 4140B B3 281 33 TRUE 1951 11.74% 4140_B_B4 4140B B4 281 75 TRUE 1957 26.69% 4140_B_B5 4140B B5 281 107 TRUE 1960 38.08% 4143_B_1 4143B 1 362 362 TRUE 1969 100.00% 4158_B_BW41 4158B BW41 572 88 TRUE 1959 15.38% 4158_B_BW42 4158B BW42 572 88 TRUE 1961 15.38% 4158_B_BW43 4158B BW43 572 142 TRUE 1964 24.83% 4158_B_BW44 4158B BW44 572 254 TRUE 1972 44.41% 4162_B_1 4162B 1 509 126 FALSE 1963 24.75% 4162_B_2 4162B 2 509 170 FALSE 1968 33.40% 4162_B_3 4162B 3 509 213 FALSE 1971 41.85% 4195_B_1 4195B 1 0 0 FALSE 1966 NA 4195_B_2 4195B 2 0 0 FALSE 1969 NA 4195_B_3 4195B 3 0 0 FALSE 1977 NA 4271_B_B1 4271B B1 500 500 TRUE 1978 100.00% 4937_B_1 4937B 1 615 615 TRUE 1974 100.00% 4939_B_1 4939B 1 722 361 TRUE 1974 50.00% 4939_B_2 4939B 2 722 361 TRUE 1976 50.00% 4940_B_1501 4940B 1501 972 486 FALSE 1974 50.00% 4940_B_1502 4940B 1502 972 486 FALSE 1976 50.00% 4941_B_1 4941B 1 1,734 578 FALSE 1974 33.33% 4941_B_2 4941B 2 1,734 578 FALSE 1975 33.33% 4941_B_3 4941B 3 1,734 578 FALSE 1976 33.33% 6002_B_1 6002B 1 1,840 460 FALSE 1978 25.00% 6002_B_2 6002B 2 1,840 460 FALSE 1985 25.00% 6002_B_3 6002B 3 1,840 460 FALSE 1989 25.00% 6002_B_4 6002B 4 1,840 460 FALSE 1991 25.00% 6004_B_1 6004B 1 1,158 579 TRUE 1979 50.00% 6004_B_2 6004B 2 1,158 579 TRUE 1980 50.00% 6009_B_1 6009B 1 1,385 650 FALSE 1980 46.93% 6009_B_2 6009B 2 1,385 735 FALSE 1981 53.07% 6016_B_1 6016B 1 468 468 TRUE 1976 100.00% 6017_B_1 6017B 1 984 492 TRUE 1977 50.00% 6017_B_2 6017B 2 984 492 TRUE 1982 50.00% 6018_B_2 6018B 2 538 538 FALSE 1981 100.00%

IPMBoilerAllocFactors 230 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 6019_B_1 6019B 1 998 998 TRUE 1991 100.00% 6021_B_C1 6021B C1 949 316 FALSE 1980 33.30% 6021_B_C2 6021B C2 949 316 FALSE 1979 33.30% 6021_B_C3 6021B C3 949 317 FALSE 1984 33.40% 6031_B_2 6031B 2 486 486 FALSE 1982 100.00% 6034_B_1 6034B 1 1,320 660 TRUE 1984 50.00% 6034_B_2 6034B 2 1,320 660 TRUE 1985 50.00% 6041_B_1 6041B 1 813 345 FALSE 1977 42.44% 6041_B_2 6041B 2 813 468 FALSE 1981 57.56% 6041_B_3 6041B 3 813 0 FALSE 2005 0.00% 6041_B_4 6041B 4 813 0 FALSE 2008 0.00% 6042_B_PMT1 6042B PMT1 1,782 891 FALSE 1976 50.00% 6042_B_PMT2 6042B PMT2 1,782 891 FALSE 1977 50.00% 6043_B_PMR1 6043B PMR1 1,782 891 TRUE 1980 50.00% 6043_B_PMR2 6043B PMR2 1,782 891 TRUE 1981 50.00% 6052_B_1 6052B 1 1,502 751 TRUE 1976 50.00% 6052_B_2 6052B 2 1,502 751 TRUE 1978 50.00% 6055_B_2B1 6055B 2B1 1,578 473 TRUE 1981 29.97% 6055_B_2B2 6055B 2B2 1,578 460 TRUE 1982 29.15% 6055_B_2B3 6055B 2B3 1,578 645 TRUE 1983 40.87% 6064_B_N1 6064B N1 310 310 TRUE 1981 100.00% 6065_B_1 6065B 1 829 829 TRUE 1980 100.00% 6068_B_1 6068B 1 2,220 740 TRUE 1978 33.33% 6068_B_2 6068B 2 2,220 740 TRUE 1980 33.33% 6068_B_3 6068B 3 2,220 740 TRUE 1983 33.33% 6071_B_1 6071B 1 405 405 FALSE 1990 100.00% 6077_B_1 6077B 1 1,176 586 TRUE 1979 49.83% 6077_B_2 6077B 2 1,176 590 TRUE 1982 50.17% 6082_B_1 6082B 1 424 424 TRUE 1984 100.00% 6085_B_14 6085B 14 1,615 520 TRUE 1976 32.20% 6085_B_15 6085B 15 1,615 359 TRUE 1979 22.23% 6085_B_17 6085B 17 1,615 368 TRUE 1983 22.79% 6085_B_18 6085B 18 1,615 368 TRUE 1986 22.79% 6089_B_B1 6089B B1 49 49 FALSE 1958 100.00% 6090_B_1 6090B 1 1,653 490 FALSE 1976 29.64% 6090_B_2 6090B 2 1,653 490 FALSE 1977 29.64% 6090_B_3 6090B 3 1,653 673 FALSE 1987 40.71% 6094_B_1 6094B 1 2,004 668 TRUE 1976 33.33% 6094_B_2 6094B 2 2,004 668 TRUE 1977 33.33% 6094_B_3 6094B 3 2,004 668 TRUE 1979 33.33% 6095_B_1 6095B 1 1,142 571 TRUE 1979 50.00% 6095_B_2 6095B 2 1,142 571 TRUE 1980 50.00% 6096_B_1 6096B 1 666 666 TRUE 1979 100.00% 6098_B_1 6098B 1 303 303 TRUE 1975 100.00%

IPMBoilerAllocFactors 231 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 6124_B_1 6124B 1 139 139 TRUE 1979 100.00% 6136_B_1 6136B 1 646 646 TRUE 1983 100.00% 6137_B_1 6137B 1 552 276 FALSE 1979 50.00% 6137_B_2 6137B 2 552 276 FALSE 1986 50.00% 6138_B_1 6138B 1 538 538 TRUE 1978 100.00% 6139_B_1 6139B 1 1,614 538 TRUE 1977 33.33% 6139_B_2 6139B 2 1,614 538 TRUE 1980 33.33% 6139_B_3 6139B 3 1,614 538 TRUE 1982 33.33% 6146_B_1 6146B 1 3,408 1,136 TRUE 1977 33.33% 6146_B_2 6146B 2 3,408 1,136 TRUE 1978 33.33% 6146_B_3 6146B 3 3,408 1,136 TRUE 1979 33.33% 6147_B_1 6147B 1 2,603 751 TRUE 1974 28.85% 6147_B_2 6147B 2 2,603 751 TRUE 1975 28.85% 6147_B_3 6147B 3 2,603 1,101 TRUE 1978 42.30% 6155_B_1 6155B 1 1,230 615 TRUE 1976 50.00% 6155_B_2 6155B 2 1,230 615 TRUE 1977 50.00% 6156_B_NHB1 6156B NHB1 625 625 TRUE 1975 100.00% 6165_B_1 6165B 1 881 299 TRUE 1978 33.94% 6165_B_2 6165B 2 881 299 TRUE 1980 33.94% 6165_B_3 6165B 3 881 283 TRUE 1983 32.12% 6166_B_MB1 6166B MB1 2,250 1,125 TRUE 1984 50.00% 6166_B_MB2 6166B MB2 2,250 1,125 TRUE 1989 50.00% 6170_B_1 6170B 1 892 446 FALSE 1980 50.00% 6170_B_2 6170B 2 892 446 FALSE 1985 50.00% 6178_B_1 6178B 1 802 802 TRUE 1980 100.00% 6179_B_1 6179B 1 1,728 598 TRUE 1979 34.61% 6179_B_2 6179B 2 1,728 598 TRUE 1980 34.61% 6179_B_3 6179B 3 1,728 532 TRUE 1988 30.79% 6181_B_1 6181B 1 1,008 504 TRUE 1977 50.00% 6181_B_2 6181B 2 1,008 504 TRUE 1978 50.00% 6190_B_1 6190B 1 943 428 TRUE 1975 45.39% 6190_B_2 6190B 2 943 515 TRUE 1982 54.61% 6190_B_3A 6190B 3A 943 0 TRUE 2009 0.00% 6190_B_3B 6190B 3B 943 0 TRUE 2009 0.00% 6213_B_1SG1 6213B 1SG1 756 378 TRUE 1983 50.00% 6213_B_2SG1 6213B 2SG1 756 378 TRUE 1982 50.00% 6238_B_1A 6238B 1A 46 46 FALSE 1967 100.00% 6243_B_1 6243B 1 241 241 FALSE 1978 100.00% 6249_B_1 6249B 1 1,206 438 FALSE 1975 36.32% 6249_B_2 6249B 2 1,206 256 FALSE 1977 21.23% 6249_B_3 6249B 3 1,206 256 FALSE 1980 21.23% 6249_B_4 6249B 4 1,206 256 FALSE 1981 21.23% 6250_B_1A 6250B 1A 543 272 FALSE 1983 50.00% 6250_B_1B 6250B 1B 543 272 FALSE 1983 50.00%

IPMBoilerAllocFactors 232 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 6254_B_1 6254B 1 533 533 FALSE 1981 100.00% 6257_B_1 6257B 1 2,324 581 TRUE 1982 25.00% 6257_B_2 6257B 2 2,324 581 TRUE 1984 25.00% 6257_B_3 6257B 3 2,324 581 TRUE 1987 25.00% 6257_B_4 6257B 4 2,324 581 TRUE 1989 25.00% 6264_B_1 6264B 1 1,125 1,125 FALSE 1980 100.00% 6639_B_G1 6639B G1 450 225 FALSE 1979 50.00% 6639_B_G2 6639B G2 450 225 FALSE 1981 50.00% 6641_B_1 6641B 1 1,300 650 FALSE 1983 50.00% 6641_B_2 6641B 2 1,300 650 FALSE 1985 50.00% 6705_B_1 6705B 1 672 145 TRUE 1960 21.58% 6705_B_2 6705B 2 672 145 TRUE 1964 21.58% 6705_B_3 6705B 3 672 145 TRUE 1965 21.58% 6705_B_4 6705B 4 672 237 TRUE 1970 35.27% 6772_B_1 6772B 1 379 379 FALSE 1982 100.00% 6823_B_W1 6823B W1 340 340 FALSE 1986 100.00% 7097_B_BLR1 7097B BLR1 802 802 TRUE 1992 100.00% 7097_B_BLR2 7097B BLR2 802 0 TRUE 2009 0.00% 7210_B_COP1 7210B COP1 334 334 TRUE 1995 100.00% 7213_B_1 7213B 1 886 443 FALSE 1995 50.00% 7213_B_2 7213B 2 886 443 FALSE 1996 50.00% 7286_B_1 7286B 1 268 67 FALSE 1951 25.00% 7286_B_2 7286B 2 268 67 FALSE 1951 25.00% 7286_B_3 7286B 3 268 67 FALSE 1951 25.00% 7286_B_4 7286B 4 268 67 FALSE 1951 25.00% 7343_B_4 7343B 4 707 707 TRUE 1979 100.00% 7652_B_D-1 7652B D-1 0 0 TRUE 1952 NA 7652_B_D-2 7652B D-2 0 0 TRUE 1952 NA 7652_B_D-3 7652B D-3 0 0 TRUE 1952 NA 7652_B_D-4 7652B D-4 0 0 TRUE 1952 NA 7902_B_1 7902B 1 799 799 TRUE 1985 100.00% 8002_B_1 8002B 1 472 472 TRUE 1969 100.00% 8006_B_1 8006B 1 1,428 714 TRUE 1974 50.00% 8006_B_2 8006B 2 1,428 714 TRUE 1974 50.00% 8023_B_1 8023B 1 824 412 TRUE 1975 50.00% 8023_B_2 8023B 2 824 412 TRUE 1978 50.00% 8042_B_1 8042B 1 2,258 1,129 TRUE 1974 50.00% 8042_B_2 8042B 2 2,258 1,129 TRUE 1975 50.00% 8048_B_1 8048B 1 2,072 1,036 TRUE 1974 50.00% 8048_B_2 8048B 2 2,072 1,036 TRUE 1978 50.00% 8054_B_1 8054B 1 403 403 TRUE 1975 100.00% 8056_B_1 8056B 1 912 456 TRUE 1975 50.00% 8056_B_2 8056B 2 912 456 TRUE 1975 50.00% 8063_B_1 8063B 1 1,450 1,450 TRUE 1975 100.00%

IPMBoilerAllocFactors 233 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 8066_B_BW71 8066B BW71 1,332 333 FALSE 1974 25.00% 8066_B_BW72 8066B BW72 1,332 333 FALSE 1975 25.00% 8066_B_BW73 8066B BW73 1,332 333 FALSE 1976 25.00% 8066_B_BW74 8066B BW74 1,332 333 FALSE 1979 25.00% 8069_B_1 8069B 1 710 355 FALSE 1977 50.00% 8069_B_2 8069B 2 710 355 FALSE 1974 50.00% 8102_B_1 8102B 1 2,250 1,125 TRUE 1974 50.00% 8102_B_2 8102B 2 2,250 1,125 TRUE 1975 50.00% 8222_B_B1 8222B B1 303 303 FALSE 1981 100.00% 8226_B_1 8226B 1 555 555 TRUE 1970 100.00% 8906_B_20 8906B 20 1,803 305 FALSE 1954 16.92% 8906_B_30 8906B 30 1,803 544 FALSE 1958 30.17% 8906_B_40 8906B 40 1,803 477 FALSE 1961 26.46% 8906_B_50 8906B 50 1,803 477 FALSE 1962 26.46% 9864_B_5 9864B 5 0 0 FALSE 1941 NA 9864_B_6 9864B 6 0 0 FALSE 1941 NA 9864_B_7 9864B 7 0 0 FALSE 1941 NA 9864_B_8 9864B 8 0 0 FALSE 1941 NA 10043_B_B01 10043B B01 223 223 FALSE 1994 100.00% 10151_B_BLR1A 10151B BLR1A 107 54 FALSE 1992 50.00% 10151_B_BLR1B 10151B BLR1B 107 54 FALSE 1992 50.00% 10338_B_ABLR 10338B ABLR 129 65 TRUE 1987 50.00% 10338_B_BBLR 10338B BBLR 129 65 TRUE 1987 50.00% 10354_B_1 10354B 1 76 76 FALSE 1992 100.00% 10464_B_E0001 10464B E0001 72 24 FALSE 1989 33.33% 10464_B_E0002 10464B E0002 72 24 FALSE 1989 33.33% 10464_B_E0003 10464B E0003 72 24 FALSE 1989 33.33% 10629_B_BLR1 10629B BLR1 95 32 TRUE 1984 33.33% 10629_B_BLR2 10629B BLR2 95 32 TRUE 1984 33.33% 10629_B_BLR3 10629B BLR3 95 32 TRUE 1984 33.33% 10743_B_CFB1 10743B CFB1 109 54 TRUE 1991 50.00% 10743_B_CFB2 10743B CFB2 109 54 TRUE 1991 50.00% 10766_B_CFB001 10766B CFB001 0 0 FALSE 1987 NA 10773_B_1 10773B 1 0 0 FALSE 1992 NA 10773_B_2 10773B 2 0 0 FALSE 1992 NA 50880_B_UNIT1 50880B UNIT1 116 58 TRUE 1985 50.00% 50880_B_UNIT2 50880B UNIT2 116 58 TRUE 1985 50.00% 50882_B_1 50882B 1 83 28 TRUE 1984 33.33% 50882_B_2 50882B 2 83 28 TRUE 1984 33.33% 50882_B_3 50882B 3 83 28 TRUE 1984 33.33% 50884_B_B101 50884B B101 108 35 FALSE 1983 32.41% 50884_B_B102 50884B B102 108 35 FALSE 1983 32.41% 50884_B_B103 50884B B103 108 38 FALSE 1986 35.19% 50885_B_BLR1 50885B BLR1 27 13 FALSE 1990 50.00%

IPMBoilerAllocFactors 234 of 505Unique ID ORIS CodeBoiler/Gener ator/Committ ed Unit Unit ID Total Plant Flow Boiler Flow IPM Plant Status In Service

Year Allocation

Factor 50885_B_BLR2 50885B BLR2 27 13 FALSE 1990 50.00% 50888_B_BLR1 50888B BLR1 116 116 FALSE 1995 100.00% 50951_B_1 50951B 1 67 67 FALSE 1993 100.00% 50974_B_UNIT 1 50974B UNIT 1 111 56 FALSE 1993 50.00% 50974_B_UNIT 2 50974B UNIT 2 111 56 FALSE 1993 50.00% 50976_B_AAB01 50976B AAB01 508 508 FALSE 1995 100.00% 52007_B_BLR1 52007B BLR1 174 87 FALSE 1992 50.00% 52007_B_BLR2 52007B BLR2 174 87 FALSE 1992 50.00% 54035_B_BLR1 54035B BLR1 208 208 FALSE 1994 100.00% 54304_B_1A 54304B 1A 222 222 FALSE 1996 100.00% 54755_B_BLR2 54755B BLR2 74 74 FALSE 1995 100.00% 54775_B_BLR10 54775B BLR10 100 20 FALSE 1947 20.00% 54775_B_BLR11 54775B BLR11 100 20 FALSE 1947 20.00% 54775_B_BLR7 54775B BLR7 100 20 FALSE 1947 20.00% 54775_B_BLR8 54775B BLR8 100 20 FALSE 1947 20.00% 54775_B_BLR9 54775B BLR9 100 20 FALSE 1947 20.00% 54945_B_11 54945B 11 160 53 TRUE 1987 33.33% 54945_B_12 54945B 12 160 53 TRUE 1987 33.33% 54945_B_13 54945B 13 160 53 TRUE 1987 33.33% 55318_B_1 55318B 1 1,227 196 FALSE 1960 15.97% 55318_B_2 55318B 2 1,227 347 FALSE 1964 28.28% 55318_B_3 55318B 3 1,227 684 FALSE 1974 55.75%

IPMBoilerAllocFactors 235 of 5051 2 3 4 5 6 9 10 12 13

Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM 3_G_1 3 1 1 3_B_1 3_B_1 Yes 198 198 3_B 5 3_G_2 3 2 1 3_B_2 3_B_2 Yes 198 198 3_B 5 3_G_3 3 3 1 3_B_3 3_B_3 Yes 356 356 3_B 5 3_G_4 3 4 1 3_B_4 3_B_4 Yes 383 383 3_B 5 3_G_5 3 5 1 3_B_5 3_B_5 Yes 595 595 3_B 5 3_G_A1ST 3 A1ST Yes 2 243 243 5 3_G_A2ST 3 A2ST Yes 2 243 243 5 7_G_1 7 1 1 7_B_1 7_B_1 Yes 132 132 7_B 2 7_G_2 7 2 1 7_B_2 7_B_2 Yes 132 132 7_B 2 8_G_10 8 10 1 8_B_10 8_B_10 Yes 650 650 8_B 5 8_G_6 8 6 1 8_B_6 8_B_6 Yes 198 198 8_B 5 8_G_7 8 7 1 8_B_7 8_B_7 Yes 198 198 8_B 5 8_G_8 8 8 1 8_B_8 8_B_8 Yes 223 223 8_B 5 8_G_9 8 9 1 8_B_9 8_B_9 Yes 245 245 8_B 5 10_G_1 10 1 1 10_B_1 10_B_1 Yes 306 306 10_B 2 10_G_2 10 2 1 10_B_2 10_B_2 Yes 306 306 10_B 2 26_G_1 26 1 1 26_B_1 26_B_1 Yes 305 305 26_B 5 26_G_2 26 2 1 26_B_2 26_B_2 Yes 305 305 26_B 5 26_G_3 26 3 1 26_B_3 26_B_3 Yes 338 338 26_B 5 26_G_5 26 5 1 26_B_5 26_B_5 Yes 858 858 26_B 5 26_G_ST4 26 ST4 1 26_B_4 26_B_4 Yes 338 338 26_B 5 47_G_1 47 1 1 47_B_1 47_B_1 Yes 318 318 47_B 5 47_G_2 47 2 1 47_B_2 47_B_2 Yes 318 318 47_B 5 47_G_3 47 3 1 47_B_3 47_B_3 Yes 318 318 47_B 5 47_G_4 47 4 1 47_B_4 47_B_4 Yes 318 318 47_B 5 47_G_5 47 5 1 47_B_5 47_B_5 Yes 654 654 47_B 5 50_G_1 50 1 1 50_B_1 50_B_1 Yes 240 240 50_B 8 50_G_2 50 2 1 50_B_2 50_B_2 Yes 240 240 50_B 8 50_G_3 50 3 1 50_B_3 50_B_3 Yes 240 240 50_B 8 50_G_4 50 4 1 50_B_4 50_B_4 Yes 240 240 50_B 8 50_G_5 50 5 1 50_B_5 50_B_5 Yes 206 206 50_B 8 50_G_6 50 6 1 50_B_6 50_B_6 Yes 206 206 50_B 8 50_G_7 50 7 1 50_B_7 50_B_7 Yes 506 506 50_B 8 50_G_8 50 8 1 50_B_8 50_B_8 Yes 557 557 50_B 8 51_G_1 51 1 1 51_B_1 51_B_1 Yes 799 799 51_B 1 56_G_1 56 1 1 56_B_1 56_B_1 Yes 115 115 56_B 3 56_G_2 56 2 1 56_B_2 56_B_2 Yes 268 268 56_B 3 56_G_3 56 3 1 56_B_3 56_B_3 Yes 268 268 56_B 3 113_G_1 113 1 1 113_B_1 113_B_1 Yes 62 62 113_B 4 Water_Flow_100_PCT (cubic ft/sec)

2005EIA767_InScopeAdj 236 of 5051

Unit Type EIA Gen 3_G_1 3_G_2 3_G_3 3_G_4 3_G_5 3_G_A1ST 3_G_A2ST 7_G_1 7_G_2 8_G_10 8_G_6 8_G_7 8_G_8 8_G_9 10_G_1 10_G_2 26_G_1 26_G_2 26_G_3 26_G_5 26_G_ST4 47_G_1 47_G_2 47_G_3 47_G_4 47_G_5 50_G_1 50_G_2 50_G_3 50_G_4 50_G_5 50_G_6 50_G_7 50_G_8 51_G_1 56_G_1 56_G_2 56_G_3 113_G_1 14 15 16 17

Num of Boilers in EIA Same? Num of

Generator s in IPM IPM Status 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 2 TRUE 9 TRUE 2 TRUE 9 TRUE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 5 TRUE 8 TRUE 5 TRUE 8 TRUE 5 TRUE 8 TRUE 5 TRUE 8 TRUE 5 TRUE 8 TRUE 8 TRUE 0 TRUE 8 TRUE 0 TRUE 8 TRUE 0 TRUE 8 TRUE 0 TRUE 8 TRUE 0 TRUE 8 TRUE 0 TRUE 8 TRUE 0 TRUE 8 TRUE 0 TRUE 1 TRUE 0 FALSE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 4 TRUE 0 TRUE

2005EIA767_InScopeAdj 237 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

113_G_2 113 2 1 113_B_2 113_B_2 Yes 261 261 113_B 4 113_G_3 113 3 1 113_B_3 113_B_3 Yes 261 261 113_B 4 113_G_4 113 4 1 113_B_4 113_B_4 Yes 299 299 113_B 4 127_G_1 127 1 1 127_B_1 127_B_1 Yes 595 595 127_B 1 130_G_1 130 1 1 130_B_1 130_B_1 Yes 538 538 130_B 4 130_G_2 130 2 1 130_B_2 130_B_2 Yes 447 447 130_B 4 130_G_3 130 3 1 130_B_3 130_B_3 Yes 559 559 130_B 4 130_G_4 130 4 1 130_B_4 130_B_4 Yes 559 559 130_B 4 136_G_1 136 1 1 136_B_1 136_B_1 Yes 579 579 136_B 2 136_G_2 136 2 1 136_B_2 136_B_2 Yes 579 579 136_B 2 165_G_1 165 1 1 165_B_1 165_B_1 Yes 399 399 165_B 2 165_G_2 165 2 1 165_B_2 165_B_2 Yes 412 412 165_B 2 170_G_1 170 1 1 170_B_1 170_B_1 Yes 110 110 170_B 4 170_G_2 170 2 1 170_B_2 170_B_2 Yes 110 110 170_B 4 170_G_3 170 3 1 170_B_3 170_B_3 Yes 138 138 170_B 4 170_G_4 170 4 1 170_B_4 170_B_4 Yes 735 735 170_B 4 173_G_1 173 1 1 173_B_1 173_B_1 Yes 312 312 173_B 2 173_G_2 173 2 1 173_B_2 173_B_2 Yes 373 373 173_B 2 201_G_1 201 1 Yes 1 91 91 0 202_G_1 202 1 1 202_B_01 202_B_01 Yes 134 134 202_B 1 203_G_1 203 1 1 203_B_01 203_B_01 Yes 141 141 203_B 1 207_G_1 207 1 1 207_B_1 207_B_1 Yes 478 478 207_B 2 207_G_2 207 2 1 207_B_2 207_B_2 Yes 478 478 207_B 2 228_G_6 228 6 1 228_B_9 228_B_9 Yes 340 340 228_B 2 228_G_7 228 7 1 228_B_10 228_B_10 Yes 340 340 228_B 2 228_G_8 228 8 2 256 256 2 246_G_ST1 246 ST1 1 246_B_1 246_B_1 Yes 57 57 246_B 2 246_G_ST2 246 ST2 1 246_B_2 246_B_2 Yes 57 57 246_B 2 247_G_4 247 4 1 226 226 0 259_G_1 259 1 1 259_B_1 259_B_1 Yes 233 233 259_B 4 259_G_2 259 2 1 259_B_2 259_B_2 Yes 233 233 259_B 4 259_G_3 259 3 1 259_B_3 259_B_3 Yes 328 328 259_B 4 259_G_4 259 4 1 259_B_4 259_B_4 Yes 328 328 259_B 4 260_G_6 260 6 1 260_B_6-1 260_B_6-1 Yes 664 664 260_B 2 260_G_7 260 7 1 260_B_7-1 260_B_7-1 Yes 664 664 260_B 2 271_G_5 271 5 1 271_B_5 271_B_5 Yes 358 358 271_B 3 271_G_6 271 6 1 271_B_6 271_B_6 Yes 358 358 271_B 3 271_G_7 271 7 1 271_B_7 271_B_7 Yes 784 784 271_B 3 273_G_3 273 3 1 273_B_3-1 273_B_3-1 Yes 300 300 273_B 1 298_G_1 298 1 1 298_B_LIM1 298_B_LIM1 Yes 579 579 298_B 2

2005EIA767_InScopeAdj 238 of 505Unit Type EIA Gen 3_G_1 113_G_2 113_G_3 113_G_4 127_G_1 130_G_1 130_G_2 130_G_3 130_G_4 136_G_1 136_G_2 165_G_1 165_G_2 170_G_1 170_G_2 170_G_3 170_G_4 173_G_1 173_G_2 201_G_1 202_G_1 203_G_1 207_G_1 207_G_2 228_G_6 228_G_7 228_G_8 246_G_ST1 246_G_ST2 247_G_4 259_G_1 259_G_2 259_G_3 259_G_4 260_G_6 260_G_7 271_G_5 271_G_6 271_G_7 273_G_3 298_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 1 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 0 TRUE 2 TRUE 1 TRUE 0 FALSE 1 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 0 TRUE 0 FALSE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 2 TRUE 6 FALSE 2 TRUE 6 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 1 TRUE 3 TRUE 2 TRUE 0 FALSE

2005EIA767_InScopeAdj 239 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

298_G_2 298 2 1 298_B_LIM2 298_B_LIM2 Yes 579 579 298_B 2 302_G_2 302 2 1 302_B_2 302_B_2 Yes 107 107 302_B 5 302_G_3 302 3 1 302_B_3 302_B_3 Yes 107 107 302_B 5 302_G_4 302 4 1 302_B_4 302_B_4 Yes 415 415 302_B 5 302_G_5 302 5 1 302_B_5 302_B_5 Yes 423 423 302_B 5 302_G_ST1 302 ST1 1 302_B_1 302_B_1 Yes 107 107 302_B 5 310_G_2 310 2 1 310_B_2 310_B_2 Yes 160 160 310_B 4 310_G_3 310 3 1 310_B_3 310_B_3 Yes 260 260 310_B 4 310_G_4 310 4 1 310_B_4 310_B_4 Yes 286 286 310_B 4 310_G_ST1 310 ST1 1 310_B_1 310_B_1 Yes 160 160 310_B 4 330_G_3 330 3 1 330_B_3 330_B_3 Yes 292 292 330_B 2 330_G_4 330 4 1 330_B_4 330_B_4 Yes 292 292 330_B 2 335_G_1 335 1 1 335_B_1 335_B_1 Yes 186 186 335_B 4 335_G_2 335 2 1 335_B_2 335_B_2 Yes 186 186 335_B 4 335_G_3 335 3 1 335_B_3A 335_B_3A Yes 335_B 4 335_G_4 335 4 1 335_B_4A 335_B_4A Yes 335_B 4 345_G_1 345 1 1 345_B_1 345_B_1 Yes 170 170 345_B 2 345_G_2 345 2 1 345_B_2 345_B_2 Yes 170 170 345_B 2 350_G_1 350 1 1 350_B_1 350_B_1 Yes 530 530 350_B 2 350_G_2 350 2 1 350_B_2 350_B_2 Yes 530 530 350_B 2 356_G_5 356 5 1 356_B_5 356_B_5 Yes 152 152 356_B 4 356_G_6 356 6 1 356_B_6 356_B_6 Yes 152 152 356_B 4 356_G_7 356 7 1 356_B_7 356_B_7 Yes 521 521 356_B 4 356_G_8 356 8 1 356_B_8 356_B_8 Yes 521 521 356_B 4 384_G_7 384 7 2 384_B_71 384_B_71 Yes 1020 510 4 384_G_7 384 7 2 384_B_72 384_B_72 Yes 1020 510 4 384_G_8 384 8 2 384_B_81 384_B_81 Yes 1020 510 4 384_G_8 384 8 2 384_B_82 384_B_82 Yes 1020 510 4 400_G_1 400 1 1 400_B_1 400_B_1 Yes 202 202 400_B 4 400_G_2 400 2 1 400_B_2 400_B_2 Yes 202 202 400_B 4 400_G_5 400 5 1 400_B_5 400_B_5 Yes 303 303 400_B 4 400_G_6 400 6 1 400_B_6 400_B_6 Yes 303 303 400_B 4 400_G_8 400 8 Yes 5 336 336 4 404_G_1 404 1 1 404_B_1 404_B_1 Yes 174 174 404_B 3 404_G_2 404 2 1 404_B_2 404_B_2 Yes 174 174 404_B 3 404_G_3 404 3 1 404_B_3 404_B_3 Yes 420 420 404_B 3 460_G_5 460 5 1 460_B_41 460_B_41 Yes 22 22 460_B 2 460_G_6 460 6 1 460_B_49 460_B_49 Yes 38 38 460_B 2 462_G_1 462 1 1 462_B_55 462_B_55 Yes 32 32 462_B 2 462_G_2 462 2 1 462_B_59 462_B_59 Yes 41 41 462_B 2

2005EIA767_InScopeAdj 240 of 505Unit Type EIA Gen 3_G_1 298_G_2 302_G_2 302_G_3 302_G_4 302_G_5 302_G_ST1 310_G_2 310_G_3 310_G_4 310_G_ST1 330_G_3 330_G_4 335_G_1 335_G_2 335_G_3 335_G_4 345_G_1 345_G_2 350_G_1 350_G_2 356_G_5 356_G_6 356_G_7 356_G_8 384_G_7 384_G_7 384_G_8 384_G_8 400_G_1 400_G_2 400_G_5 400_G_6 400_G_8 404_G_1 404_G_2 404_G_3 460_G_5 460_G_6 462_G_1 462_G_2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

2 TRUE 0 FALSE 5 TRUE 1 FALSE 5 TRUE 1 FALSE 5 TRUE 1 FALSE 5 TRUE 1 FALSE 5 TRUE 1 FALSE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 2 TRUE 5 FALSE 2 TRUE 5 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE

2005EIA767_InScopeAdj 241 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

465_G_3 465 3 1 465_B_3 465_B_3 Yes 67 67 465_B 2 465_G_4 465 4 1 465_B_4 465_B_4 Yes 145 145 465_B 2 468_G_1 468 1 1 468_B_1 468_B_1 Yes 29 29 468_B 2 468_G_2 468 2 1 468_B_2 468_B_2 Yes 49 49 468_B 2 469_G_1 469 1 1 469_B_1 469_B_1 Yes 199 199 469_B 4 469_G_2 469 2 1 469_B_2 469_B_2 Yes 199 199 469_B 4 469_G_3 469 3 1 469_B_3 469_B_3 Yes 217 217 469_B 4 469_G_4 469 4 1 469_B_4 469_B_4 Yes 402 402 469_B 4 477_G_5 477 5 1 477_B_5 477_B_5 Yes 300 300 477_B 1 478_G_1 478 1 2 478_B_1 478_B_1 Yes 75 38 3 478_G_1 478 1 2 478_B_2 478_B_2 Yes 75 38 3 478_G_2 478 2 1 478_B_3 478_B_3 Yes 40 40 478_B 3 525_G_1 525 1 1 525_B_H1 525_B_H1 Yes 178 178 525_B 2 525_G_2 525 2 1 525_B_H2 525_B_H2 Yes 323 323 525_B 2 527_G_1 527 1 1 527_B_1 527_B_1 Yes 30 30 527_B 1 527_G_2 527 2 1 527_B_1 527_B_1 Yes 30 30 527_B 1 527_G_3 527 3 1 527_B_1 527_B_1 Yes 30 30 527_B 1 527_G_ST4 527 ST4 1 527_B_1 527_B_1 Yes 71 71 527_B 1 544_G_7 544 7 1 544_B_7 544_B_7 133 133 544_B 0 544_G_8 544 8 1 544_B_8 544_B_8 133 133 544_B 0 546_G_5 546 5 1 546_B_5 546_B_5 Yes 116 116 546_B 2 546_G_6 546 6 1 546_B_6 546_B_6 Yes 371 371 546_B 2 548_G_1 548 1 1 548_B_1 548_B_1 Yes 222 222 548_B 2 548_G_2 548 2 1 548_B_2 548_B_2 Yes 222 222 548_B 2 562_G_2 562 2 1 562_B_2 562_B_2 Yes 126 126 562_B 3 562_G_3 562 3 1 562_B_3 562_B_3 Yes 220 220 562_B 3 562_G_4 562 4 1 562_B_4 562_B_4 Yes 442 442 562_B 3 568_G_2 568 2 1 568_B_BHB2 568_B_BHB2 Yes 235 235 568_B 2 568_G_3 568 3 1 568_B_BHB3 568_B_BHB3 Yes 445 445 568_B 2 593_G_3 593 3 1 593_B_3 593_B_3 Yes 155 155 593_B 3 593_G_4 593 4 1 593_B_4 593_B_4 Yes 229 229 593_B 3 593_G_5 593 5 1 593_B_5 593_B_5 Yes 884 884 593_B 3 594_G_1 594 1 1 594_B_1 594_B_1 168 168 594_B 2 594_G_2 594 2 1 594_B_2 594_B_2 168 168 594_B 2 594_G_3 594 3 1 594_B_3 594_B_3 Yes 244 244 594_B 2 594_G_4 594 4 1 594_B_4 594_B_4 Yes 423 423 594_B 2 603_G_15 603 15 1 603_B_15 603_B_15 Yes 290 290 603_B 2 603_G_16 603 16 1 603_B_16 603_B_16 Yes 290 290 603_B 2 609_G_1 609 1 1 609_B_PCC1 609_B_PCC1 Yes 612 612 609_B 2 609_G_2 609 2 1 609_B_PCC2 609_B_PCC2 Yes 612 612 609_B 2

2005EIA767_InScopeAdj 242 of 505Unit Type EIA Gen 3_G_1 465_G_3 465_G_4 468_G_1 468_G_2 469_G_1 469_G_2 469_G_3 469_G_4 477_G_5 478_G_1 478_G_1 478_G_2 525_G_1 525_G_2 527_G_1 527_G_2 527_G_3 527_G_ST4 544_G_7 544_G_8 546_G_5 546_G_6 548_G_1 548_G_2 562_G_2 562_G_3 562_G_4 568_G_2 568_G_3 593_G_3 593_G_4 593_G_5 594_G_1 594_G_2 594_G_3 594_G_4 603_G_15 603_G_16 609_G_1 609_G_2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 2 FALSE 4 TRUE 2 FALSE 4 TRUE 2 FALSE 4 TRUE 2 FALSE 1 TRUE 1 TRUE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 2 FALSE 5 FALSE 2 FALSE 5 FALSE 2 TRUE 2 FALSE 2 TRUE 2 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 2 TRUE 1 TRUE 2 TRUE 1 TRUE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 4 FALSE 1 TRUE 4 FALSE 1 TRUE 4 FALSE 1 TRUE 4 FALSE 1 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE

2005EIA767_InScopeAdj 243 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

610_G_5 610 5 1 610_B_PCU5 610_B_PCU5 Yes 120 120 610_B 2 610_G_6 610 6 1 610_B_PCU6 610_B_PCU6 Yes 200 200 610_B 2 617_G_ST1 617 ST1 1 617_B_PPE1 617_B_PPE1 Yes 357 357 617_B 4 617_G_ST2 617 ST2 1 617_B_PPE2 617_B_PPE2 Yes 357 357 617_B 4 617_G_ST3 617 ST3 1 617_B_PPE3 617_B_PPE3 Yes 613 613 617_B 4 617_G_ST4 617 ST4 1 617_B_PPE4 617_B_PPE4 Yes 613 613 617_B 4 619_G_3 619 3 1 619_B_PRV3 619_B_PRV3 Yes 437 437 619_B 2 619_G_4 619 4 1 619_B_PRV4 619_B_PRV4 Yes 437 437 619_B 2 620_G_3 620 3 1 620_B_PSN3 620_B_PSN3 Yes 258 258 620_B 1 620_G_4 620 4 Yes 1 550 550 1 628_G_1 628 1 1 628_B_1 628_B_1 Yes 690 690 628_B 4 628_G_2 628 2 1 628_B_2 628_B_2 Yes 730 730 628_B 4 628_G_5 628 5 1 628_B_5 628_B_5 Yes 660 660 628_B 4 628_G_ST4 628 ST4 1 628_B_4 628_B_4 Yes 660 660 628_B 4 634_G_ST1 634 ST1 1 634_B_1 634_B_1 245 245 634_B 0 634_G_ST2 634 ST2 1 634_B_2 634_B_2 245 245 634_B 0 634_G_ST3 634 ST3 1 634_B_3 634_B_3 379 379 634_B 0 638_G_1 638 1 1 638_B_1 638_B_1 Yes 67 67 638_B 3 638_G_2 638 2 1 638_B_2 638_B_2 Yes 67 67 638_B 3 638_G_3 638 3 1 638_B_3 638_B_3 Yes 134 134 638_B 3 641_G_2 641 2 1 641_B_2 641_B_2 57 57 641_B 4 641_G_3 641 3 1 641_B_3 641_B_3 70 70 641_B 4 641_G_4 641 4 1 641_B_4 641_B_4 Yes 120 120 641_B 4 641_G_5 641 5 1 641_B_5 641_B_5 Yes 120 120 641_B 4 641_G_6 641 6 1 641_B_6 641_B_6 Yes 310 310 641_B 4 641_G_7 641 7 1 641_B_7 641_B_7 Yes 344 344 641_B 4 642_G_1 642 1 1 642_B_1 642_B_1 Yes 91 91 642_B 2 642_G_2 642 2 1 642_B_2 642_B_2 Yes 91 91 642_B 2 643_G_1 643 1 1 643_B_1 643_B_1 Yes 212 212 643_B 2 643_G_2 643 2 1 643_B_2 643_B_2 Yes 212 212 643_B 2 643_G_3S 643 3S Yes 2 6 3 2 643_G_3S 643 3S Yes 2 6 3 2 645_G_ST1 645 ST1 1 645_B_BB01 645_B_BB01 Yes 535 535 645_B 4 645_G_ST2 645 ST2 1 645_B_BB02 645_B_BB02 Yes 535 535 645_B 4 645_G_ST3 645 ST3 1 645_B_BB03 645_B_BB03 Yes 535 535 645_B 4 645_G_ST4 645 ST4 1 645_B_BB04 645_B_BB04 Yes 555 555 645_B 4 658_G_6 658 6 Yes 1 67 67 2 658_G_7 658 7 1 658_B_7 658_B_7 Yes 100 100 658_B 2 658_G_8 658 8 1 658_B_8 658_B_8 Yes 115 115 658_B 2 667_G_1 667 1 1 667_B_1 667_B_1 Yes 310 310 667_B 3

2005EIA767_InScopeAdj 244 of 505Unit Type EIA Gen 3_G_1 610_G_5 610_G_6 617_G_ST1 617_G_ST2 617_G_ST3 617_G_ST4 619_G_3 619_G_4 620_G_3 620_G_4 628_G_1 628_G_2 628_G_5 628_G_ST4 634_G_ST1 634_G_ST2 634_G_ST3 638_G_1 638_G_2 638_G_3 641_G_2 641_G_3 641_G_4 641_G_5 641_G_6 641_G_7 642_G_1 642_G_2 643_G_1 643_G_2 643_G_3S 643_G_3S 645_G_ST1 645_G_ST2 645_G_ST3 645_G_ST4 658_G_6 658_G_7 658_G_8 667_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 12 TRUE 4 TRUE 12 TRUE 4 TRUE 12 TRUE 4 TRUE 12 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 1 TRUE 10 TRUE 1 TRUE 10 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 3 FALSE 9 FALSE 3 FALSE 9 FALSE 3 FALSE 9 FALSE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 2 TRUE 5 FALSE 2 TRUE 5 FALSE 2 TRUE 5 FALSE 3 TRUE 4 FALSE

2005EIA767_InScopeAdj 245 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

667_G_2 667 2 1 667_B_2 667_B_2 Yes 309 309 667_B 3 667_G_ST3 667 ST3 1 667_B_3 667_B_3 Yes 600 600 667_B 3 675_G_6 675 6 1 675_B_6 675_B_6 675_B 1 675_G_7 675 7 1 675_B_7 675_B_7 Yes 675_B 1 676_G_3 676 3 1 676_B_3 676_B_3 Yes 322 322 676_B 3 676_G_ST1 676 ST1 1 676_B_1 676_B_1 Yes 178 178 676_B 3 676_G_ST2 676 ST2 1 676_B_2 676_B_2 Yes 156 156 676_B 3 689_G_7 689 7 1 689_B_7 689_B_7 94 94 689_B 0 693_G_1 693 1 1 693_B_1 693_B_1 Yes 56 56 693_B 3 693_G_2 693 2 Yes 1 67 67 3 693_G_3 693 3 1 693_B_3 693_B_3 Yes 100 100 693_B 3 693_G_4 693 4 1 693_B_4 693_B_4 Yes 120 120 693_B 3 703_G_1 703 1 1 703_B_1BLR 703_B_1BLR Yes 553 553 703_B 4 703_G_2 703 2 1 703_B_2BLR 703_B_2BLR Yes 553 553 703_B 4 703_G_3 703 3 1 703_B_3BLR 703_B_3BLR Yes 655 655 703_B 4 703_G_4 703 4 1 703_B_4BLR 703_B_4BLR Yes 655 655 703_B 4 708_G_1 708 1 1 708_B_1 708_B_1 Yes 148 148 708_B 4 708_G_2 708 2 1 708_B_2 708_B_2 Yes 148 148 708_B 4 708_G_3 708 3 1 708_B_3 708_B_3 Yes 148 148 708_B 4 708_G_4 708 4 1 708_B_4 708_B_4 Yes 403 403 708_B 4 709_G_1 709 1 1 709_B_1 709_B_1 Yes 307 307 709_B 4 709_G_2 709 2 1 709_B_2 709_B_2 Yes 391 391 709_B 4 709_G_3 709 3 1 709_B_3 709_B_3 Yes 532 532 709_B 4 709_G_4 709 4 1 709_B_4 709_B_4 Yes 538 538 709_B 4 710_G_1 710 1 1 710_B_MB1 710_B_MB1 Yes 304 304 710_B 2 710_G_2 710 2 1 710_B_MB2 710_B_MB2 Yes 304 304 710_B 2 715_G_1 715 1 1 715_B_1 715_B_1 Yes 98 98 715_B 2 715_G_2 715 2 1 715_B_2 715_B_2 Yes 118 118 715_B 2 727_G_3 727 3 1 727_B_3 727_B_3 Yes 200 200 727_B 1 728_G_1 728 1 1 728_B_Y1BR 728_B_Y1BR Yes 193 193 728_B 7 728_G_2 728 2 1 728_B_Y2BR 728_B_Y2BR Yes 193 193 728_B 7 728_G_3 728 3 1 728_B_Y3BR 728_B_Y3BR Yes 193 193 728_B 7 728_G_4 728 4 1 728_B_Y4BR 728_B_Y4BR Yes 180 180 728_B 7 728_G_5 728 5 1 728_B_Y5BR 728_B_Y5BR Yes 180 180 728_B 7 728_G_6 728 6 1 728_B_Y6BR 728_B_Y6BR Yes 296 296 728_B 7 728_G_7 728 7 1 728_B_Y7BR 728_B_Y7BR Yes 296 296 728_B 7 733_G_2 733 2 1 733_B_2 733_B_2 Yes 76 76 733_B 4 733_G_3 733 3 1 733_B_3 733_B_3 Yes 117 117 733_B 4 733_G_4 733 4 1 733_B_4 733_B_4 Yes 126 126 733_B 4 733_G_ST1 733 ST1 1 733_B_1 733_B_1 Yes 76 76 733_B 4

2005EIA767_InScopeAdj 246 of 505Unit Type EIA Gen 3_G_1 667_G_2 667_G_ST3 675_G_6 675_G_7 676_G_3 676_G_ST1 676_G_ST2 689_G_7 693_G_1 693_G_2 693_G_3 693_G_4 703_G_1 703_G_2 703_G_3 703_G_4 708_G_1 708_G_2 708_G_3 708_G_4 709_G_1 709_G_2 709_G_3 709_G_4 710_G_1 710_G_2 715_G_1 715_G_2 727_G_3 728_G_1 728_G_2 728_G_3 728_G_4 728_G_5 728_G_6 728_G_7 733_G_2 733_G_3 733_G_4 733_G_ST1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

3 TRUE 4 FALSE 3 TRUE 4 FALSE 2 FALSE 4 TRUE 2 FALSE 4 TRUE 3 TRUE 5 FALSE 3 TRUE 5 FALSE 3 TRUE 5 FALSE 1 FALSE 2 TRUE 3 TRUE 2 FALSE 3 TRUE 2 FALSE 3 TRUE 2 FALSE 3 TRUE 2 FALSE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 2 TRUE 2 TRUE 2 TRUE 2 TRUE 2 TRUE 10 TRUE 2 TRUE 10 TRUE 1 TRUE 3 TRUE 7 TRUE 0 TRUE 7 TRUE 0 TRUE 7 TRUE 0 TRUE 7 TRUE 0 TRUE 7 TRUE 0 TRUE 7 TRUE 0 TRUE 7 TRUE 0 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE

2005EIA767_InScopeAdj 247 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

734_G_4 734 4 0 40 40 0 734_G_5 734 5 0 27 27 0 734_G_6 734 6 1 54 54 0 734_G_7 734 7 1 54 54 0 734_G_8 734 8 1 62 62 0 753_G_1 753 1 1 753_B_ST 753_B_ST Yes 23 23 753_B 1 764_G_H8 764 H8 1 143 143 0 764_G_H9 764 H9 1 143 143 0 765_G_K1 765 K1 1 160 160 0 765_G_K2 765 K2 1 160 160 0 765_G_K3 765 K3 1 165 165 0 765_G_K4 765 K4 1 165 165 0 765_G_K5 765 K5 1 328 328 0 765_G_K6 765 K6 1 328 328 0 766_G_W3 766 W3 1 105 105 0 766_G_W4 766 W4 1 101 101 0 766_G_W5 766 W5 1 123 123 0 766_G_W6 766 W6 1 123 123 0 766_G_W7 766 W7 1 165 165 0 766_G_W8 766 W8 1 165 165 0 856_G_1 856 1 1 856_B_1 856_B_1 Yes 149 149 856_B 3 856_G_2 856 2 1 856_B_2 856_B_2 Yes 312 312 856_B 3 856_G_3 856 3 1 856_B_3 856_B_3 Yes 423 423 856_B 3 861_G_1 861 1 1 861_B_01 861_B_01 Yes 325 325 861_B 2 861_G_2 861 2 1 861_B_02 861_B_02 Yes 492 492 861_B 2 863_G_3 863 3 1 863_B_05 863_B_05 Yes 111 111 863_B 2 863_G_4 863 4 1 863_B_06 863_B_06 Yes 111 111 863_B 2 864_G_1 864 1 2 864_B_01 864_B_01 Yes 178 89 6 864_G_1 864 1 2 864_B_02 864_B_02 Yes 178 89 6 864_G_2 864 2 2 864_B_03 864_B_03 Yes 178 89 6 864_G_2 864 2 2 864_B_04 864_B_04 Yes 178 89 6 864_G_3 864 3 1 864_B_05 864_B_05 Yes 249 249 864_B 6 864_G_4 864 4 1 864_B_06 864_B_06 Yes 190 190 864_B 6 867_G_7 867 7 1 867_B_7 867_B_7 Yes 307 307 867_B 2 867_G_8 867 8 1 867_B_8 867_B_8 Yes 545 545 867_B 2 874_G_6 874 6 1 874_B_5 874_B_5 Yes 580 580 874_B 1 876_G_1 876 1 1 876_B_1 876_B_1 Yes 726 726 876_B 2 876_G_2 876 2 1 876_B_2 876_B_2 Yes 726 726 876_B 2 879_G_5 879 5 2 879_B_52 879_B_52 Yes 769 385 4 879_G_5 879 5 2 879_B_51 879_B_51 Yes 769 385 4

2005EIA767_InScopeAdj 248 of 505Unit Type EIA Gen 3_G_1 734_G_4 734_G_5 734_G_6 734_G_7 734_G_8 753_G_1 764_G_H8 764_G_H9 765_G_K1 765_G_K2 765_G_K3 765_G_K4 765_G_K5 765_G_K6 766_G_W3 766_G_W4 766_G_W5 766_G_W6 766_G_W7 766_G_W8 856_G_1 856_G_2 856_G_3 861_G_1 861_G_2 863_G_3 863_G_4 864_G_1 864_G_1 864_G_2 864_G_2 864_G_3 864_G_4 867_G_7 867_G_8 874_G_6 876_G_1 876_G_2 879_G_5 879_G_5 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 1 TRUE 1 TRUE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 1 TRUE 2 TRUE 1 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE

2005EIA767_InScopeAdj 249 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

879_G_6 879 6 2 879_B_62 879_B_62 Yes 769 385 4 879_G_6 879 6 2 879_B_61 879_B_61 Yes 769 385 4 883_G_6 883 6 1 883_B_17 883_B_17 Yes 250 250 883_B 3 883_G_7 883 7 1 883_B_7 883_B_7 Yes 570 570 883_B 3 883_G_8 883 8 1 883_B_8 883_B_8 Yes 490 490 883_B 3 884_G_1 884 1 1 884_B_1 884_B_1 Yes 333 333 884_B 4 884_G_2 884 2 1 884_B_2 884_B_2 Yes 333 333 884_B 4 884_G_3 884 3 1 884_B_3 884_B_3 Yes 454 454 884_B 4 884_G_4 884 4 1 884_B_4 884_B_4 Yes 880 880 884_B 4 886_G_19 886 19 1 886_B_19 886_B_19 Yes 470 470 886_B 1 887_G_1 887 1 1 887_B_1 887_B_1 Yes 152 152 887_B 6 887_G_2 887 2 1 887_B_2 887_B_2 Yes 152 152 887_B 6 887_G_3 887 3 1 887_B_3 887_B_3 Yes 152 152 887_B 6 887_G_4 887 4 1 887_B_4 887_B_4 Yes 152 152 887_B 6 887_G_5 887 5 1 887_B_5 887_B_5 Yes 152 152 887_B 6 887_G_6 887 6 1 887_B_6 887_B_6 Yes 152 152 887_B 6 889_G_1 889 1 1 889_B_1 889_B_1 Yes 720 720 889_B 3 889_G_2 889 2 1 889_B_2 889_B_2 Yes 720 720 889_B 3 889_G_3 889 3 1 889_B_3 889_B_3 Yes 720 720 889_B 3 891_G_1 891 1 8 891_B_1 891_B_1 Yes 144 18 9 891_G_1 891 1 8 891_B_2 891_B_2 Yes 144 18 9 891_G_1 891 1 8 891_B_3 891_B_3 Yes 144 18 9 891_G_1 891 1 8 891_B_4 891_B_4 Yes 144 18 9 891_G_1 891 1 8 891_B_5 891_B_5 Yes 144 18 9 891_G_1 891 1 8 891_B_8 891_B_8 Yes 144 18 9 891_G_1 891 1 8 891_B_7 891_B_7 Yes 144 18 9 891_G_1 891 1 8 891_B_6 891_B_6 Yes 144 18 9 891_G_2 891 2 8 891_B_1 891_B_1 Yes 144 18 9 891_G_2 891 2 8 891_B_3 891_B_3 Yes 144 18 9 891_G_2 891 2 8 891_B_8 891_B_8 Yes 144 18 9 891_G_2 891 2 8 891_B_7 891_B_7 Yes 144 18 9 891_G_2 891 2 8 891_B_5 891_B_5 Yes 144 18 9 891_G_2 891 2 8 891_B_6 891_B_6 Yes 144 18 9 891_G_2 891 2 8 891_B_4 891_B_4 Yes 144 18 9 891_G_2 891 2 8 891_B_2 891_B_2 Yes 144 18 9 891_G_3 891 3 8 891_B_1 891_B_1 Yes 144 18 9 891_G_3 891 3 8 891_B_8 891_B_8 Yes 144 18 9 891_G_3 891 3 8 891_B_7 891_B_7 Yes 144 18 9 891_G_3 891 3 8 891_B_6 891_B_6 Yes 144 18 9 891_G_3 891 3 8 891_B_5 891_B_5 Yes 144 18 9

2005EIA767_InScopeAdj 250 of 505Unit Type EIA Gen 3_G_1 879_G_6 879_G_6 883_G_6 883_G_7 883_G_8 884_G_1 884_G_2 884_G_3 884_G_4 886_G_19 887_G_1 887_G_2 887_G_3 887_G_4 887_G_5 887_G_6 889_G_1 889_G_2 889_G_3 891_G_1 891_G_1 891_G_1 891_G_1 891_G_1 891_G_1 891_G_1 891_G_1 891_G_2 891_G_2 891_G_2 891_G_2 891_G_2 891_G_2 891_G_2 891_G_2 891_G_3 891_G_3 891_G_3 891_G_3 891_G_3 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 FALSE 0 TRUE 0 FALSE 0 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 1 TRUE 8 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE

2005EIA767_InScopeAdj 251 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

891_G_3 891 3 8 891_B_4 891_B_4 Yes 144 18 9 891_G_3 891 3 8 891_B_3 891_B_3 Yes 144 18 9 891_G_3 891 3 8 891_B_2 891_B_2 Yes 144 18 9 891_G_4 891 4 8 891_B_1 891_B_1 Yes 144 18 9 891_G_4 891 4 8 891_B_2 891_B_2 Yes 144 18 9 891_G_4 891 4 8 891_B_3 891_B_3 Yes 144 18 9 891_G_4 891 4 8 891_B_5 891_B_5 Yes 144 18 9 891_G_4 891 4 8 891_B_8 891_B_8 Yes 144 18 9 891_G_4 891 4 8 891_B_7 891_B_7 Yes 144 18 9 891_G_4 891 4 8 891_B_6 891_B_6 Yes 144 18 9 891_G_4 891 4 8 891_B_4 891_B_4 Yes 144 18 9 891_G_5 891 5 8 891_B_8 891_B_8 Yes 144 18 9 891_G_5 891 5 8 891_B_2 891_B_2 Yes 144 18 9 891_G_5 891 5 8 891_B_1 891_B_1 Yes 144 18 9 891_G_5 891 5 8 891_B_5 891_B_5 Yes 144 18 9 891_G_5 891 5 8 891_B_4 891_B_4 Yes 144 18 9 891_G_5 891 5 8 891_B_3 891_B_3 Yes 144 18 9 891_G_5 891 5 8 891_B_7 891_B_7 Yes 144 18 9 891_G_5 891 5 8 891_B_6 891_B_6 Yes 144 18 9 891_G_6 891 6 1 891_B_9 891_B_9 Yes 344 344 891_B 9 892_G_1 892 1 1 892_B_1 892_B_1 Yes 106 106 892_B 2 892_G_2 892 2 1 892_B_2 892_B_2 Yes 249 249 892_B 2 897_G_2 897 2 1 897_B_2 897_B_2 Yes 158 158 897_B 2 897_G_ST1 897 ST1 1 897_B_1 897_B_1 Yes 109 109 897_B 2 898_G_1 898 1 3 898_B_1 898_B_1 Yes 151 50 5 898_G_1 898 1 3 898_B_2 898_B_2 Yes 151 50 5 898_G_1 898 1 3 898_B_3 898_B_3 Yes 151 50 5 898_G_2 898 2 3 898_B_1 898_B_1 Yes 151 50 5 898_G_2 898 2 3 898_B_3 898_B_3 Yes 151 50 5 898_G_2 898 2 3 898_B_2 898_B_2 Yes 151 50 5 898_G_3 898 3 3 898_B_1 898_B_1 Yes 151 50 5 898_G_3 898 3 3 898_B_3 898_B_3 Yes 151 50 5 898_G_3 898 3 3 898_B_2 898_B_2 Yes 151 50 5 898_G_4 898 4 1 898_B_4 898_B_4 Yes 148 148 898_B 5 898_G_5 898 5 1 898_B_5 898_B_5 Yes 311 311 898_B 5 963_G_1 963 1 1 963_B_31 963_B_31 Yes 137 137 963_B 4 963_G_2 963 2 1 963_B_32 963_B_32 Yes 137 137 963_B 4 963_G_3 963 3 1 963_B_33 963_B_33 Yes 272 272 963_B 4 964_G_6 964 6 1 964_B_7 964_B_7 4077 4077 964_B 0 964_G_7 964 7 1 964_B_8 964_B_8 4077 4077 964_B 0

2005EIA767_InScopeAdj 252 of 505Unit Type EIA Gen 3_G_1 891_G_3 891_G_3 891_G_3 891_G_4 891_G_4 891_G_4 891_G_4 891_G_4 891_G_4 891_G_4 891_G_4 891_G_5 891_G_5 891_G_5 891_G_5 891_G_5 891_G_5 891_G_5 891_G_5 891_G_6 892_G_1 892_G_2 897_G_2 897_G_ST1 898_G_1 898_G_1 898_G_1 898_G_2 898_G_2 898_G_2 898_G_3 898_G_3 898_G_3 898_G_4 898_G_5 963_G_1 963_G_2 963_G_3 964_G_6 964_G_7 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 3 FALSE 0 TRUE 3 FALSE 0 TRUE 3 FALSE 0 TRUE 2 FALSE 3 FALSE 2 FALSE 3 FALSE

2005EIA767_InScopeAdj 253 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

972_G_4 972 4 4 972_B_4 972_B_4 Yes 4 972_G_4 972 4 4 972_B_5 972_B_5 Yes 4 972_G_4 972 4 4 972_B_8 972_B_8 Yes 4 972_G_4 972 4 4 972_B_7 972_B_7 Yes 4 972_G_6 972 6 4 972_B_4 972_B_4 Yes 4 972_G_6 972 6 4 972_B_5 972_B_5 Yes 4 972_G_6 972 6 4 972_B_8 972_B_8 Yes 4 972_G_6 972 6 4 972_B_7 972_B_7 Yes 4 972_G_7 972 7 4 972_B_4 972_B_4 Yes 4 972_G_7 972 7 4 972_B_8 972_B_8 Yes 4 972_G_7 972 7 4 972_B_7 972_B_7 Yes 4 972_G_7 972 7 4 972_B_5 972_B_5 Yes 4 976_G_1 976 1 1 976_B_123 976_B_123 Yes 64 64 976_B 2 976_G_2 976 2 1 976_B_123 976_B_123 Yes 64 64 976_B 2 976_G_3 976 3 1 976_B_123 976_B_123 Yes 64 64 976_B 2 976_G_4 976 4 1 976_B_4 976_B_4 Yes 183 183 976_B 2 983_G_1 983 1 1 983_B_1 983_B_1 Yes 339 339 983_B 6 983_G_2 983 2 1 983_B_2 983_B_2 Yes 339 339 983_B 6 983_G_3 983 3 1 983_B_3 983_B_3 Yes 339 339 983_B 6 983_G_4 983 4 1 983_B_4 983_B_4 Yes 339 339 983_B 6 983_G_5 983 5 1 983_B_5 983_B_5 Yes 339 339 983_B 6 983_G_6 983 6 1 983_B_6 983_B_6 Yes 339 339 983_B 6 988_G_1 988 1 1 988_B_U1 988_B_U1 Yes 223 223 988_B 4 988_G_2 988 2 1 988_B_U2 988_B_U2 Yes 223 223 988_B 4 988_G_3 988 3 1 988_B_U3 988_B_U3 Yes 312 312 988_B 4 988_G_4 988 4 1 988_B_U4 988_B_U4 Yes 891 891 988_B 4 990_G_3 990 3 1 990_B_9 990_B_9 Yes 67 67 990_B 5 990_G_4 990 4 1 990_B_10 990_B_10 Yes 67 67 990_B 5 990_G_5 990 5 1 990_B_50 990_B_50 Yes 107 107 990_B 5 990_G_6 990 6 1 990_B_60 990_B_60 Yes 107 107 990_B 5 990_G_7 990 7 1 990_B_70 990_B_70 Yes 318 318 990_B 5 991_G_2 991 2 1 991_B_2 991_B_2 Yes 69 69 991_B 6 991_G_3 991 3 1 991_B_3 991_B_3 Yes 69 69 991_B 6 991_G_4 991 4 1 991_B_4 991_B_4 Yes 84 84 991_B 6 991_G_5 991 5 1 991_B_5 991_B_5 Yes 84 84 991_B 6 991_G_6 991 6 1 991_B_6 991_B_6 Yes 107 107 991_B 6 991_G_ST1 991 ST1 1 991_B_1 991_B_1 Yes 69 69 991_B 6 992_G_4 992 4 8 992_B_11 992_B_11 56 7 0 992_G_4 992 4 8 992_B_18 992_B_18 56 7 0 992_G_4 992 4 8 992_B_17 992_B_17 56 7 0

2005EIA767_InScopeAdj 254 of 505Unit Type EIA Gen 3_G_1 972_G_4 972_G_4 972_G_4 972_G_4 972_G_6 972_G_6 972_G_6 972_G_6 972_G_7 972_G_7 972_G_7 972_G_7 976_G_1 976_G_2 976_G_3 976_G_4 983_G_1 983_G_2 983_G_3 983_G_4 983_G_5 983_G_6 988_G_1 988_G_2 988_G_3 988_G_4 990_G_3 990_G_4 990_G_5 990_G_6 990_G_7 991_G_2 991_G_3 991_G_4 991_G_5 991_G_6 991_G_ST1 992_G_4 992_G_4 992_G_4 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 4 FALSE 2 TRUE 4 FALSE 2 TRUE 4 FALSE 2 TRUE 4 FALSE 2 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 5 TRUE 7 TRUE 5 TRUE 7 TRUE 5 TRUE 7 TRUE 5 TRUE 7 TRUE 5 TRUE 7 TRUE 6 TRUE 1 TRUE 6 TRUE 1 TRUE 6 TRUE 1 TRUE 6 TRUE 1 TRUE 6 TRUE 1 TRUE 6 TRUE 1 TRUE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE

2005EIA767_InScopeAdj 255 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

992_G_4 992 4 8 992_B_16 992_B_16 56 7 0 992_G_4 992 4 8 992_B_15 992_B_15 56 7 0 992_G_4 992 4 8 992_B_13 992_B_13 56 7 0 992_G_4 992 4 8 992_B_14 992_B_14 56 7 0 992_G_4 992 4 8 992_B_12 992_B_12 56 7 0 992_G_6 992 6 8 992_B_11 992_B_11 0 992_G_6 992 6 8 992_B_18 992_B_18 0 992_G_6 992 6 8 992_B_17 992_B_17 0 992_G_6 992 6 8 992_B_16 992_B_16 0 992_G_6 992 6 8 992_B_15 992_B_15 0 992_G_6 992 6 8 992_B_14 992_B_14 0 992_G_6 992 6 8 992_B_13 992_B_13 0 992_G_6 992 6 8 992_B_12 992_B_12 0 994_G_4 994 4 1 994_B_4 994_B_4 Yes 412 412 994_B 4 994_G_ST1 994 ST1 1 994_B_1 994_B_1 Yes 244 244 994_B 4 994_G_ST2 994 ST2 1 994_B_2 994_B_2 Yes 390 390 994_B 4 994_G_ST3 994 ST3 1 994_B_3 994_B_3 Yes 412 412 994_B 4 995_G_7 995 7 1 995_B_7 995_B_7 Yes 312 312 995_B 2 995_G_8 995 8 1 995_B_8 995_B_8 Yes 373 373 995_B 2 996_G_11 996 11 1 996_B_11 996_B_11 Yes 210 210 996_B 4 996_G_4 996 4 1 996_B_4 996_B_4 Yes 315 315 996_B 4 996_G_5 996 5 1 996_B_5 996_B_5 Yes 315 315 996_B 4 996_G_6 996 6 1 996_B_6 996_B_6 Yes 315 315 996_B 4 997_G_12 997 12 1 997_B_12 997_B_12 Yes 410 410 997_B 1 997_G_2 997 2 3 997_B_6 997_B_6 169 56 1 997_G_2 997 2 3 997_B_4 997_B_4 169 56 1 997_G_2 997 2 3 997_B_5 997_B_5 169 56 1 997_G_3 997 3 3 997_B_6 997_B_6 178 59 1 997_G_3 997 3 3 997_B_5 997_B_5 178 59 1 997_G_3 997 3 3 997_B_4 997_B_4 178 59 1 1001_G_1 1001 1 1 1001_B_1 1001_B_1 Yes 593 593 1001_B 2 1001_G_2 1001 2 1 1001_B_2 1001_B_2 Yes 593 593 1001_B 2 1004_G_6 1004 6 4 1004_B_8-1 1004_B_8-1 78 20 0 1004_G_6 1004 6 4 1004_B_7-2 1004_B_7-2 78 20 0 1004_G_6 1004 6 4 1004_B_6-1 1004_B_6-1 78 20 0 1004_G_6 1004 6 4 1004_B_7-1 1004_B_7-1 78 20 0 1004_G_7 1004 7 4 1004_B_8-1 1004_B_8-1 78 20 0 1004_G_7 1004 7 4 1004_B_7-2 1004_B_7-2 78 20 0 1004_G_7 1004 7 4 1004_B_7-1 1004_B_7-1 78 20 0 1004_G_7 1004 7 4 1004_B_6-1 1004_B_6-1 78 20 0

2005EIA767_InScopeAdj 256 of 505Unit Type EIA Gen 3_G_1 992_G_4 992_G_4 992_G_4 992_G_4 992_G_4 992_G_6 992_G_6 992_G_6 992_G_6 992_G_6 992_G_6 992_G_6 992_G_6 994_G_4 994_G_ST1 994_G_ST2 994_G_ST3 995_G_7 995_G_8 996_G_11 996_G_4 996_G_5 996_G_6 997_G_12 997_G_2 997_G_2 997_G_2 997_G_3 997_G_3 997_G_3 1001_G_1 1001_G_2 1004_G_6 1004_G_6 1004_G_6 1004_G_6 1004_G_7 1004_G_7 1004_G_7 1004_G_7 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 2 TRUE 1 TRUE 2 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 2 TRUE 5 TRUE 2 TRUE 5 TRUE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE

2005EIA767_InScopeAdj 257 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

1004_G_8 1004 8 4 1004_B_8-1 1004_B_8-1 133 33 0 1004_G_8 1004 8 4 1004_B_7-2 1004_B_7-2 133 33 0 1004_G_8 1004 8 4 1004_B_6-1 1004_B_6-1 133 33 0 1004_G_8 1004 8 4 1004_B_7-1 1004_B_7-1 133 33 0 1008_G_1 1008 1 1 1008_B_1 1008_B_1 Yes 150 150 1008_B 4 1008_G_2 1008 2 1 1008_B_2 1008_B_2 Yes 150 150 1008_B 4 1008_G_3 1008 3 1 1008_B_3 1008_B_3 Yes 150 150 1008_B 4 1008_G_4 1008 4 1 1008_B_4 1008_B_4 Yes 150 150 1008_B 4 1010_G_1 1010 1 Yes 1 138 138 5 1010_G_2 1010 2 1 1010_B_2 1010_B_2 Yes 138 138 1010_B 5 1010_G_3 1010 3 1 1010_B_3 1010_B_3 Yes 138 138 1010_B 5 1010_G_4 1010 4 1 1010_B_4 1010_B_4 Yes 138 138 1010_B 5 1010_G_5 1010 5 1 1010_B_5 1010_B_5 Yes 152 152 1010_B 5 1010_G_6 1010 6 1 1010_B_6 1010_B_6 Yes 329 329 1010_B 5 1012_G_1 1012 1 1 1012_B_1 1012_B_1 94 94 1012_B 2 1012_G_2 1012 2 1 1012_B_2 1012_B_2 Yes 167 167 1012_B 2 1012_G_3 1012 3 1 1012_B_3 1012_B_3 Yes 307 307 1012_B 2 1032_G_4 1032 4 1 1032_B_5 1032_B_5 Yes 33 33 1032_B 2 1032_G_5 1032 5 1 1032_B_6 1032_B_6 Yes 47 47 1032_B 2 1037_G_2 1037 2 1 1037_B_2 1037_B_2 Yes 1037_B 2 1037_G_3 1037 3 1 1037_B_5 1037_B_5 Yes 1037_B 2 1043_G_1 1043 1 1 1043_B_1SG1 1043_B_1SG1 Yes 158 158 1043_B 2 1043_G_2 1043 2 1 1043_B_2SG1 1043_B_2SG1 Yes 158 158 1043_B 2 1046_G_3 1046 3 1 1046_B_5 1046_B_5 Yes 1046_B 3 1046_G_4 1046 4 1 1046_B_1 1046_B_1 Yes 1046_B 3 1046_G_ST2 1046 ST2 1 1046_B_6 1046_B_6 Yes 1046_B 3 1047_G_1 1047 1 1 1047_B_1 1047_B_1 45 45 1047_B 3 1047_G_2 1047 2 1 1047_B_2 1047_B_2 Yes 30 30 1047_B 3 1047_G_3 1047 3 1 1047_B_3 1047_B_3 Yes 56 56 1047_B 3 1047_G_4 1047 4 1 1047_B_4 1047_B_4 Yes 312 312 1047_B 3 1048_G_1 1048 1 1 1048_B_1 1048_B_1 Yes 45 45 1048_B 2 1048_G_2 1048 2 1 1048_B_2 1048_B_2 Yes 218 218 1048_B 2 1058_G_1 1058 1 4 1058_B_4 1058_B_4 Yes 4 1058_G_1 1058 1 4 1058_B_3 1058_B_3 Yes 4 1058_G_1 1058 1 4 1058_B_2 1058_B_2 Yes 4 1058_G_1 1058 1 4 1058_B_5 1058_B_5 Yes 4 1058_G_2 1058 2 4 1058_B_3 1058_B_3 Yes 4 1058_G_2 1058 2 4 1058_B_4 1058_B_4 Yes 4 1058_G_2 1058 2 4 1058_B_2 1058_B_2 Yes 4 1058_G_2 1058 2 4 1058_B_5 1058_B_5 Yes 4

2005EIA767_InScopeAdj 258 of 505Unit Type EIA Gen 3_G_1 1004_G_8 1004_G_8 1004_G_8 1004_G_8 1008_G_1 1008_G_2 1008_G_3 1008_G_4 1010_G_1 1010_G_2 1010_G_3 1010_G_4 1010_G_5 1010_G_6 1012_G_1 1012_G_2 1012_G_3 1032_G_4 1032_G_5 1037_G_2 1037_G_3 1043_G_1 1043_G_2 1046_G_3 1046_G_4 1046_G_ST2 1047_G_1 1047_G_2 1047_G_3 1047_G_4 1048_G_1 1048_G_2 1058_G_1 1058_G_1 1058_G_1 1058_G_1 1058_G_2 1058_G_2 1058_G_2 1058_G_2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 5 TRUE 3 FALSE 0 TRUE 3 FALSE 0 TRUE 3 FALSE 0 TRUE 2 TRUE 1 TRUE 2 TRUE 1 TRUE 2 TRUE 1 TRUE 2 TRUE 1 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 3 TRUE 2 TRUE 3 TRUE 2 TRUE 3 TRUE 2 TRUE 4 FALSE 2 TRUE 4 FALSE 2 TRUE 4 FALSE 2 TRUE 4 FALSE 2 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE

2005EIA767_InScopeAdj 259 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

1058_G_4 1058 4 4 1058_B_5 1058_B_5 Yes 4 1058_G_4 1058 4 4 1058_B_2 1058_B_2 Yes 4 1058_G_4 1058 4 4 1058_B_3 1058_B_3 Yes 4 1058_G_4 1058 4 4 1058_B_4 1058_B_4 Yes 4 1058_G_6 1058 6 4 1058_B_5 1058_B_5 Yes 4 1058_G_6 1058 6 4 1058_B_4 1058_B_4 Yes 4 1058_G_6 1058 6 4 1058_B_2 1058_B_2 Yes 4 1058_G_6 1058 6 4 1058_B_3 1058_B_3 Yes 4 1058_G_7 1058 7 4 1058_B_5 1058_B_5 Yes 4 1058_G_7 1058 7 4 1058_B_2 1058_B_2 Yes 4 1058_G_7 1058 7 4 1058_B_3 1058_B_3 Yes 4 1058_G_7 1058 7 4 1058_B_4 1058_B_4 Yes 4 1058_G_8 1058 8 4 1058_B_5 1058_B_5 Yes 4 1058_G_8 1058 8 4 1058_B_4 1058_B_4 Yes 4 1058_G_8 1058 8 4 1058_B_2 1058_B_2 Yes 4 1058_G_8 1058 8 4 1058_B_3 1058_B_3 Yes 4 1073_G_1 1073 1 2 1073_B_2 1073_B_2 Yes 42 21 4 1073_G_1 1073 1 2 1073_B_1 1073_B_1 Yes 42 21 4 1073_G_2 1073 2 2 1073_B_2 1073_B_2 Yes 42 21 4 1073_G_2 1073 2 2 1073_B_1 1073_B_1 Yes 42 21 4 1073_G_3 1073 3 1 1073_B_3 1073_B_3 Yes 78 78 1073_B 4 1073_G_4 1073 4 1 1073_B_4 1073_B_4 Yes 157 157 1073_B 4 1081_G_3HS 1081 3HS 3 1081_B_7 1081_B_7 Yes 17 6 3 1081_G_3HS 1081 3HS 3 1081_B_6 1081_B_6 17 6 3 1081_G_3HS 1081 3HS 3 1081_B_8 1081_B_8 Yes 17 6 3 1081_G_5 1081 5 1 1081_B_9 1081_B_9 Yes 144 144 1081_B 3 1082_G_1 1082 1 1 1082_B_1 1082_B_1 Yes 73 73 1082_B 4 1082_G_2 1082 2 1 1082_B_2 1082_B_2 Yes 100 100 1082_B 4 1082_G_3 1082 3 1 1082_B_3 1082_B_3 Yes 806 806 1082_B 4 1082_G_4 1082 4 1 1082_B_4 1082_B_4 Yes 840 840 1082_B 4 1091_G_1 1091 1 1 1091_B_1 1091_B_1 Yes 159 159 1091_B 3 1091_G_2 1091 2 1 1091_B_2 1091_B_2 Yes 266 266 1091_B 3 1091_G_3 1091 3 1 1091_B_3 1091_B_3 Yes 613 613 1091_B 3 1104_G_1 1104 1 1 1104_B_1 1104_B_1 Yes 180 180 1104_B 1 1167_G_7 1167 7 1 1167_B_7 1167_B_7 Yes 82 82 1167_B 3 1167_G_8 1167 8 1 1167_B_8 1167_B_8 Yes 167 167 1167_B 3 1167_G_8A 1167 8A 1 1167_B_8 1167_B_8 Yes 1167_B 3 1167_G_9 1167 9 1 1167_B_9 1167_B_9 Yes 196 196 1167_B 3 1218_G_1 1218 1 1 1218_B_1 1218_B_1 Yes 46 46 1218_B 2 1218_G_2 1218 2 1 1218_B_2 1218_B_2 Yes 64 64 1218_B 2

2005EIA767_InScopeAdj 260 of 505Unit Type EIA Gen 3_G_1 1058_G_4 1058_G_4 1058_G_4 1058_G_4 1058_G_6 1058_G_6 1058_G_6 1058_G_6 1058_G_7 1058_G_7 1058_G_7 1058_G_7 1058_G_8 1058_G_8 1058_G_8 1058_G_8 1073_G_1 1073_G_1 1073_G_2 1073_G_2 1073_G_3 1073_G_4 1081_G_3HS 1081_G_3HS 1081_G_3HS 1081_G_5 1082_G_1 1082_G_2 1082_G_3 1082_G_4 1091_G_1 1091_G_2 1091_G_3 1104_G_1 1167_G_7 1167_G_8 1167_G_8A 1167_G_9 1218_G_1 1218_G_2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 1 TRUE 4 TRUE 4 FALSE 0 TRUE 4 FALSE 0 TRUE 4 FALSE 0 TRUE 4 FALSE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE

2005EIA767_InScopeAdj 261 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

1239_G_7 1239 7 1 1239_B_39 1239_B_39 Yes 67 67 1239_B 2 1239_G_8 1239 8 1 1239_B_40 1239_B_40 Yes 86 86 1239_B 2 1241_G_1 1241 1 1 1241_B_1 1241_B_1 Yes 1114 1114 1241_B 2 1241_G_2 1241 2 1 1241_B_2 1241_B_2 Yes 740 740 1241_B 2 1243_G_3 1243 3 1 1243_B_7 1243_B_7 Yes 119 119 1243_B 1 1250_G_3 1250 3 1 1250_B_3 1250_B_3 Yes 80 80 1250_B 3 1250_G_4 1250 4 1 1250_B_4 1250_B_4 Yes 194 194 1250_B 3 1250_G_5 1250 5 1 1250_B_5 1250_B_5 Yes 350 350 1250_B 3 1252_G_7 1252 7 1 1252_B_9 1252_B_9 Yes 135 135 1252_B 2 1252_G_8 1252 8 1 1252_B_10 1252_B_10 Yes 200 200 1252_B 2 1294_G_1 1294 1 1 89 89 0 1294_G_2 1294 2 1 89 89 0 1294_G_3 1294 3 1 89 89 0 1295_G_ST1 1295 ST1 1 1295_B_1 1295_B_1 Yes 116 116 1295_B 2 1295_G_ST2 1295 ST2 1 1295_B_2 1295_B_2 Yes 223 223 1295_B 2 1353_G_1 1353 1 1 1353_B_BSU1 1353_B_BSU1 Yes 267 267 1353_B 2 1353_G_2 1353 2 1 1353_B_BSU2 1353_B_BSU2 Yes 553 553 1353_B 2 1355_G_1 1355 1 1 1355_B_1 1355_B_1 Yes 152 152 1355_B 3 1355_G_2 1355 2 1 1355_B_2 1355_B_2 Yes 179 179 1355_B 3 1355_G_3 1355 3 1 1355_B_3 1355_B_3 Yes 385 385 1355_B 3 1356_G_1 1356 1 1 1356_B_1 1356_B_1 Yes 415 415 1356_B 4 1356_G_2 1356 2 1 1356_B_2 1356_B_2 Yes 394 394 1356_B 4 1356_G_3 1356 3 1 1356_B_3 1356_B_3 Yes 337 337 1356_B 4 1356_G_4 1356 4 1 1356_B_4 1356_B_4 Yes 337 337 1356_B 4 1357_G_3 1357 3 1 1357_B_4 1357_B_4 Yes 122 122 1357_B 2 1357_G_4 1357 4 1 1357_B_5 1357_B_5 Yes 151 151 1357_B 2 1361_G_1 1361 1 4 1361_B_1 1361_B_1 Yes 78 20 5 1361_G_1 1361 1 4 1361_B_2 1361_B_2 Yes 78 20 5 1361_G_1 1361 1 4 1361_B_4 1361_B_4 Yes 78 20 5 1361_G_1 1361 1 4 1361_B_3 1361_B_3 Yes 78 20 5 1361_G_2 1361 2 4 1361_B_1 1361_B_1 Yes 78 20 5 1361_G_2 1361 2 4 1361_B_2 1361_B_2 Yes 78 20 5 1361_G_2 1361 2 4 1361_B_3 1361_B_3 Yes 78 20 5 1361_G_2 1361 2 4 1361_B_4 1361_B_4 Yes 78 20 5 1361_G_3 1361 3 1 1361_B_5 1361_B_5 Yes 123 123 1361_B 5 1363_G_4 1363 4 1 1363_B_4 1363_B_4 Yes 214 214 1363_B 3 1363_G_5 1363 5 1 1363_B_5 1363_B_5 Yes 233 233 1363_B 3 1363_G_6 1363 6 1 1363_B_6 1363_B_6 Yes 303 303 1363_B 3 1364_G_1 1364 1 1 1364_B_1 1364_B_1 Yes 290 290 1364_B 4 1364_G_2 1364 2 1 1364_B_2 1364_B_2 Yes 290 290 1364_B 4

2005EIA767_InScopeAdj 262 of 505Unit Type EIA Gen 3_G_1 1239_G_7 1239_G_8 1241_G_1 1241_G_2 1243_G_3 1250_G_3 1250_G_4 1250_G_5 1252_G_7 1252_G_8 1294_G_1 1294_G_2 1294_G_3 1295_G_ST1 1295_G_ST2 1353_G_1 1353_G_2 1355_G_1 1355_G_2 1355_G_3 1356_G_1 1356_G_2 1356_G_3 1356_G_4 1357_G_3 1357_G_4 1361_G_1 1361_G_1 1361_G_1 1361_G_1 1361_G_2 1361_G_2 1361_G_2 1361_G_2 1361_G_3 1363_G_4 1363_G_5 1363_G_6 1364_G_1 1364_G_2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

2 TRUE 4 FALSE 2 TRUE 4 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 2 TRUE 2 FALSE 2 TRUE 2 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 2 TRUE 3 TRUE 2 TRUE 3 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 3 TRUE 7 TRUE 3 TRUE 7 TRUE 3 TRUE 7 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE

2005EIA767_InScopeAdj 263 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

1364_G_3 1364 3 1 1364_B_3 1364_B_3 Yes 388 388 1364_B 4 1364_G_4 1364 4 1 1364_B_4 1364_B_4 Yes 450 450 1364_B 4 1372_G_5 1372 5 1 1372_B_5 1372_B_5 Yes 29 29 1372_B 2 1372_G_6 1372 6 1 1372_B_6 1372_B_6 Yes 56 56 1372_B 2 1374_G_1 1374 1 1 1374_B_1 1374_B_1 Yes 180 180 1374_B 2 1374_G_2 1374 2 1 1374_B_2 1374_B_2 Yes 241 241 1374_B 2 1378_G_1 1378 1 1 1378_B_1 1378_B_1 Yes 504 504 1378_B 3 1378_G_2 1378 2 1 1378_B_2 1378_B_2 Yes 504 504 1378_B 3 1378_G_3 1378 3 1 1378_B_3 1378_B_3 Yes 713 713 1378_B 3 1379_G_1 1379 1 1 1379_B_1 1379_B_1 Yes 240 240 1379_B 10 1379_G_10 1379 10 1 1379_B_10 1379_B_10 Yes 240 240 1379_B 10 1379_G_2 1379 2 1 1379_B_2 1379_B_2 Yes 240 240 1379_B 10 1379_G_3 1379 3 1 1379_B_3 1379_B_3 Yes 240 240 1379_B 10 1379_G_4 1379 4 1 1379_B_4 1379_B_4 Yes 240 240 1379_B 10 1379_G_5 1379 5 1 1379_B_5 1379_B_5 Yes 240 240 1379_B 10 1379_G_6 1379 6 1 1379_B_6 1379_B_6 Yes 240 240 1379_B 10 1379_G_7 1379 7 1 1379_B_7 1379_B_7 Yes 240 240 1379_B 10 1379_G_8 1379 8 1 1379_B_8 1379_B_8 Yes 240 240 1379_B 10 1379_G_9 1379 9 1 1379_B_9 1379_B_9 Yes 240 240 1379_B 10 1381_G_1 1381 1 1 1381_B_C1 1381_B_C1 Yes 173 173 1381_B 3 1381_G_2 1381 2 1 1381_B_C2 1381_B_C2 Yes 173 173 1381_B 3 1381_G_3 1381 3 1 1381_B_C3 1381_B_C3 Yes 173 173 1381_B 3 1382_G_1 1382 1 1 1382_B_H1 1382_B_H1 Yes 147 147 1382_B 2 1382_G_2 1382 2 1 1382_B_H2 1382_B_H2 Yes 147 147 1382_B 2 1383_G_1 1383 1 1 1383_B_R1 1383_B_R1 Yes 137 137 1383_B 1 1384_G_1 1384 1 1 1384_B_1 1384_B_1 Yes 138 138 1384_B 2 1384_G_2 1384 2 1 1384_B_2 1384_B_2 Yes 184 184 1384_B 2 1385_G_1 1385 1 1 1385_B_1 1385_B_1 Yes 49 49 1385_B 4 1385_G_2 1385 2 1 1385_B_2 1385_B_2 Yes 49 49 1385_B 4 1385_G_3 1385 3 1 1385_B_3 1385_B_3 Yes 120 120 1385_B 4 1385_G_4 1385 4 1 1385_B_4 1385_B_4 Yes 120 120 1385_B 4 1394_G_1 1394 1 1 1394_B_1 1394_B_1 Yes 169 169 1394_B 5 1394_G_2 1394 2 1 1394_B_2 1394_B_2 Yes 211 211 1394_B 5 1394_G_3 1394 3 1 1394_B_3 1394_B_3 Yes 511 511 1394_B 5 1394_G_4 1394 4 1 1394_B_4 1394_B_4 Yes 512 512 1394_B 5 1394_G_5 1394 5 1 1394_B_5 1394_B_5 Yes 600 600 1394_B 5 1400_G_1 1400 1 1 1400_B_1 1400_B_1 Yes 47 47 1400_B 3 1400_G_2 1400 2 1 1400_B_2 1400_B_2 Yes 58 58 1400_B 3 1400_G_3 1400 3 1 1400_B_3 1400_B_3 Yes 299 299 1400_B 3 1402_G_1 1402 1 1 1402_B_1 1402_B_1 Yes 321 321 1402_B 3

2005EIA767_InScopeAdj 264 of 505Unit Type EIA Gen 3_G_1 1364_G_3 1364_G_4 1372_G_5 1372_G_6 1374_G_1 1374_G_2 1378_G_1 1378_G_2 1378_G_3 1379_G_1 1379_G_10 1379_G_2 1379_G_3 1379_G_4 1379_G_5 1379_G_6 1379_G_7 1379_G_8 1379_G_9 1381_G_1 1381_G_2 1381_G_3 1382_G_1 1382_G_2 1383_G_1 1384_G_1 1384_G_2 1385_G_1 1385_G_2 1385_G_3 1385_G_4 1394_G_1 1394_G_2 1394_G_3 1394_G_4 1394_G_5 1400_G_1 1400_G_2 1400_G_3 1402_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

4 TRUE 0 TRUE 4 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 10 TRUE 0 TRUE 10 TRUE 0 TRUE 10 TRUE 0 TRUE 10 TRUE 0 TRUE 10 TRUE 0 TRUE 10 TRUE 0 TRUE 10 TRUE 0 TRUE 10 TRUE 0 TRUE 10 TRUE 0 TRUE 10 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 1 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE

2005EIA767_InScopeAdj 265 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

1402_G_2 1402 2 1 1402_B_2 1402_B_2 Yes 477 477 1402_B 3 1402_G_3 1402 3 1 1402_B_3 1402_B_3 Yes 595 595 1402_B 3 1403_G_1 1403 1 1 1403_B_1 1403_B_1 Yes 109 109 1403_B 5 1403_G_2 1403 2 1 1403_B_2 1403_B_2 Yes 147 147 1403_B 5 1403_G_3 1403 3 1 1403_B_3 1403_B_3 Yes 170 170 1403_B 5 1403_G_5 1403 5 1 1403_B_5 1403_B_5 Yes 897 897 1403_B 5 1403_G_6(4) 1403 6(4) 1 1403_B_4 1403_B_4 Yes 897 897 1403_B 5 1404_G_6 1404 6 1 1404_B_10 1404_B_10 Yes 245 245 1404_B 1 1404_G_7C 1404 7C Yes 1 138 138 1 1407_G_3 1407 3 1 1407_B_3 1407_B_3 Yes 78 78 1407_B 1 1407_G_4 1407 4 1 1407_B_4 1407_B_4 134 134 1407_B 1 1409_G_1 1409 1 1 1409_B_1 1409_B_1 Yes 167 167 1409_B 3 1409_G_2 1409 2 1 1409_B_2 1409_B_2 Yes 318 318 1409_B 3 1409_G_3 1409 3 1 1409_B_3 1409_B_3 Yes 673 673 1409_B 3 1416_G_5 1416 5 1 1416_B_5A 1416_B_5A Yes 156 156 1416_B 1 1417_G_1 1417 1 1 1417_B_1 1417_B_1 Yes 78 78 1417_B 4 1417_G_2 1417 2 1 1417_B_2 1417_B_2 Yes 78 78 1417_B 4 1417_G_3 1417 3 1 1417_B_3 1417_B_3 Yes 130 130 1417_B 4 1417_G_4 1417 4 1 1417_B_4 1417_B_4 Yes 130 130 1417_B 4 1448_G_10 1448 10 1 1448_B_10 1448_B_10 Yes 38 38 1448_B 3 1448_G_11 1448 11 1 1448_B_11 1448_B_11 Yes 91 91 1448_B 3 1448_G_12 1448 12 1 1448_B_12 1448_B_12 Yes 121 121 1448_B 3 1507_G_1 1507 1 1 1507_B_1 1507_B_1 Yes 74 74 1507_B 4 1507_G_2 1507 2 1 1507_B_2 1507_B_2 Yes 74 74 1507_B 4 1507_G_3 1507 3 1 1507_B_3 1507_B_3 Yes 107 107 1507_B 4 1507_G_4 1507 4 1 1507_B_4 1507_B_4 Yes 510 510 1507_B 4 1552_G_1 1552 1 1 1552_B_1 1552_B_1 Yes 374 374 1552_B 2 1552_G_2 1552 2 1 1552_B_2 1552_B_2 Yes 374 374 1552_B 2 1554_G_1 1554 1 1 1554_B_1 1554_B_1 Yes 172 172 1554_B 4 1554_G_2 1554 2 1 1554_B_2 1554_B_2 Yes 172 172 1554_B 4 1554_G_3 1554 3 1 1554_B_3 1554_B_3 Yes 390 390 1554_B 4 1554_G_4 1554 4 1 1554_B_4 1554_B_4 Yes 798 798 1554_B 4 1559_G_4 1559 4 1 1559_B_4 1559_B_4 Yes 7 7 1559_B 1 1564_G_8 1564 8 1 1564_B_8 1564_B_8 Yes 147 147 1564_B 1 1570_G_11 1570 11 1 1570_B_11 1570_B_11 Yes 97 97 1570_B 2 1570_G_9 1570 9 1 1570_B_9 1570_B_9 Yes 66 66 1570_B 2 1571_G_3 1571 3 1 1571_B_3 1571_B_3 Yes 580 580 1571_B 4 1571_G_4 1571 4 1 1571_B_4 1571_B_4 Yes 580 580 1571_B 4 1571_G_ST1 1571 ST1 1 1571_B_1 1571_B_1 Yes 550 550 1571_B 4 1571_G_ST2 1571 ST2 1 1571_B_2 1571_B_2 Yes 550 550 1571_B 4

2005EIA767_InScopeAdj 266 of 505Unit Type EIA Gen 3_G_1 1402_G_2 1402_G_3 1403_G_1 1403_G_2 1403_G_3 1403_G_5 1403_G_6(4) 1404_G_6 1404_G_7C 1407_G_3 1407_G_4 1409_G_1 1409_G_2 1409_G_3 1416_G_5 1417_G_1 1417_G_2 1417_G_3 1417_G_4 1448_G_10 1448_G_11 1448_G_12 1507_G_1 1507_G_2 1507_G_3 1507_G_4 1552_G_1 1552_G_2 1554_G_1 1554_G_2 1554_G_3 1554_G_4 1559_G_4 1564_G_8 1570_G_11 1570_G_9 1571_G_3 1571_G_4 1571_G_ST1 1571_G_ST2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

3 TRUE 0 TRUE 3 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 1 TRUE 3 TRUE 1 TRUE 3 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 1 TRUE 3 FALSE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 2 TRUE 1 TRUE 2 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 1 TRUE 3 TRUE 1 TRUE 1 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 7 TRUE 4 TRUE 7 TRUE 4 TRUE 7 TRUE 4 TRUE 7 TRUE

2005EIA767_InScopeAdj 267 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

1572_G_2 1572 2 1 1572_B_2 1572_B_2 Yes 212 212 1572_B 3 1572_G_3 1572 3 1 1572_B_3 1572_B_3 Yes 212 212 1572_B 3 1572_G_ST1 1572 ST1 1 1572_B_1 1572_B_1 Yes 212 212 1572_B 3 1573_G_ST1 1573 ST1 1 1573_B_1 1573_B_1 Yes 1116 1116 1573_B 2 1573_G_ST2 1573 ST2 1 1573_B_2 1573_B_2 Yes 1116 1116 1573_B 2 1588_G_7 1588 7 1 1588_B_7 1588_B_7 Yes 646 646 1588_B 1 1588_G_ST85 1588 ST85 Yes 2 1 1588_G_ST85 1588 ST85 Yes 2 1 1588_G_ST96 1588 ST96 Yes 2 1 1588_G_ST96 1588 ST96 Yes 2 1 1589_G_1 1589 1 1 1589_B_1 1589_B_1 399 399 1589_B 0 1595_G_1 1595 1 Yes 4 122 122 0 1595_G_2 1595 2 Yes 4 122 122 0 1595_G_3 1595 3 Yes 4 122 122 0 1599_G_1 1599 1 1 1599_B_1 1599_B_1 Yes 350 350 1599_B 2 1599_G_2 1599 2 1 1599_B_2 1599_B_2 Yes 404 404 1599_B 2 1606_G_1 1606 1 1 1606_B_1 1606_B_1 Yes 207 207 1606_B 1 1613_G_5 1613 5 1 92 92 0 1613_G_6 1613 6 1 127 127 0 1619_G_1 1619 1 1 1619_B_1 1619_B_1 Yes 390 390 1619_B 4 1619_G_2 1619 2 1 1619_B_2 1619_B_2 Yes 390 390 1619_B 4 1619_G_3 1619 3 1 1619_B_3 1619_B_3 Yes 624 624 1619_B 4 1619_G_4 1619 4 1 1619_B_4 1619_B_4 Yes 580 580 1619_B 4 1626_G_1 1626 1 1 1626_B_1 1626_B_1 Yes 191 191 1626_B 4 1626_G_2 1626 2 1 1626_B_2 1626_B_2 Yes 191 191 1626_B 4 1626_G_3 1626 3 1 1626_B_3 1626_B_3 Yes 203 203 1626_B 4 1626_G_4 1626 4 1 1626_B_4 1626_B_4 Yes 352 352 1626_B 4 1682_G_8 1682 8 1 1682_B_8 1682_B_8 Yes 56 56 1682_B 1 1682_G_CA9 1682 CA9 Yes 1 89 89 1 1695_G_1 1695 1 3 1695_B_1 1695_B_1 Yes 122 41 5 1695_G_1 1695 1 3 1695_B_3 1695_B_3 Yes 122 41 5 1695_G_1 1695 1 3 1695_B_2 1695_B_2 Yes 122 41 5 1695_G_2 1695 2 3 1695_B_1 1695_B_1 Yes 122 41 5 1695_G_2 1695 2 3 1695_B_3 1695_B_3 Yes 122 41 5 1695_G_2 1695 2 3 1695_B_2 1695_B_2 Yes 122 41 5 1695_G_3 1695 3 3 1695_B_1 1695_B_1 Yes 122 41 5 1695_G_3 1695 3 3 1695_B_3 1695_B_3 Yes 122 41 5 1695_G_3 1695 3 3 1695_B_2 1695_B_2 Yes 122 41 5 1695_G_4 1695 4 1 1695_B_4 1695_B_4 Yes 267 267 1695_B 5 1695_G_5 1695 5 1 1695_B_5 1695_B_5 Yes 267 267 1695_B 5

2005EIA767_InScopeAdj 268 of 505Unit Type EIA Gen 3_G_1 1572_G_2 1572_G_3 1572_G_ST1 1573_G_ST1 1573_G_ST2 1588_G_7 1588_G_ST85 1588_G_ST85 1588_G_ST96 1588_G_ST96 1589_G_1 1595_G_1 1595_G_2 1595_G_3 1599_G_1 1599_G_2 1606_G_1 1613_G_5 1613_G_6 1619_G_1 1619_G_2 1619_G_3 1619_G_4 1626_G_1 1626_G_2 1626_G_3 1626_G_4 1682_G_8 1682_G_CA9 1695_G_1 1695_G_1 1695_G_1 1695_G_2 1695_G_2 1695_G_2 1695_G_3 1695_G_3 1695_G_3 1695_G_4 1695_G_5 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

3 TRUE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 2 TRUE 6 TRUE 2 TRUE 6 TRUE 1 TRUE 7 FALSE 1 TRUE 7 FALSE 1 TRUE 7 FALSE 1 TRUE 7 FALSE 1 TRUE 7 FALSE 1 FALSE 1 FALSE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 0 TRUE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 4 TRUE 3 FALSE 4 TRUE 3 FALSE 4 TRUE 3 FALSE 4 TRUE 3 FALSE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 1 TRUE 2 FALSE 1 TRUE 2 FALSE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE

2005EIA767_InScopeAdj 269 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

1702_G_1A 1702 1A 1 1702_B_1 1702_B_1 Yes 334 334 1702_B 4 1702_G_1B 1702 1B 1 1702_B_1 1702_B_1 Yes 334 334 1702_B 4 1702_G_2A 1702 2A 1 1702_B_2 1702_B_2 Yes 334 334 1702_B 4 1702_G_2B 1702 2B 1 1702_B_2 1702_B_2 Yes 334 334 1702_B 4 1702_G_3 1702 3 1 1702_B_3 1702_B_3 Yes 334 334 1702_B 4 1702_G_4 1702 4 1 1702_B_4 1702_B_4 Yes 334 334 1702_B 4 1710_G_1 1710 1 1 1710_B_1 1710_B_1 Yes 267 267 1710_B 3 1710_G_2 1710 2 1 1710_B_2 1710_B_2 Yes 401 401 1710_B 3 1710_G_3 1710 3 1 1710_B_3 1710_B_3 Yes 704 704 1710_B 3 1720_G_7 1720 7 1 1720_B_7 1720_B_7 Yes 267 267 1720_B 2 1720_G_8 1720 8 1 1720_B_8 1720_B_8 Yes 267 267 1720_B 2 1723_G_1 1723 1 1 1723_B_1 1723_B_1 Yes 134 134 1723_B 3 1723_G_2 1723 2 1 1723_B_2 1723_B_2 Yes 134 134 1723_B 3 1723_G_3 1723 3 1 1723_B_3 1723_B_3 Yes 209 209 1723_B 3 1726_G_15 1726 15 4 1726_B_15 1726_B_15 Yes 165 41 4 1726_G_15 1726 15 4 1726_B_16 1726_B_16 Yes 165 41 4 1726_G_15 1726 15 4 1726_B_18 1726_B_18 Yes 165 41 4 1726_G_15 1726 15 4 1726_B_17 1726_B_17 Yes 165 41 4 1726_G_16 1726 16 4 1726_B_15 1726_B_15 Yes 165 41 4 1726_G_16 1726 16 4 1726_B_16 1726_B_16 Yes 165 41 4 1726_G_16 1726 16 4 1726_B_18 1726_B_18 Yes 165 41 4 1726_G_16 1726 16 4 1726_B_17 1726_B_17 Yes 165 41 4 1731_G_1 1731 1 1 1731_B_1 1731_B_1 Yes 154 154 1731_B 1 1732_G_7 1732 7 4 1732_B_9 1732_B_9 Yes 145 36 4 1732_G_7 1732 7 4 1732_B_11 1732_B_11 Yes 145 36 4 1732_G_7 1732 7 4 1732_B_10 1732_B_10 Yes 145 36 4 1732_G_7 1732 7 4 1732_B_12 1732_B_12 Yes 145 36 4 1732_G_8 1732 8 4 1732_B_9 1732_B_9 Yes 145 36 4 1732_G_8 1732 8 4 1732_B_11 1732_B_11 Yes 145 36 4 1732_G_8 1732 8 4 1732_B_10 1732_B_10 Yes 145 36 4 1732_G_8 1732 8 4 1732_B_12 1732_B_12 Yes 145 36 4 1733_G_1 1733 1 1 1733_B_1 1733_B_1 Yes 779 779 1733_B 4 1733_G_2 1733 2 1 1733_B_2 1733_B_2 Yes 779 779 1733_B 4 1733_G_3 1733 3 1 1733_B_3 1733_B_3 Yes 779 779 1733_B 4 1733_G_4 1733 4 1 1733_B_4 1733_B_4 Yes 779 779 1733_B 4 1740_G_1 1740 1 1 1740_B_1 1740_B_1 Yes 324 324 1740_B 3 1740_G_2 1740 2 1 1740_B_2 1740_B_2 Yes 324 324 1740_B 3 1740_G_3 1740 3 1 1740_B_3 1740_B_3 Yes 355 355 1740_B 3 1743_G_1 1743 1 1 1743_B_1 1743_B_1 Yes 205 205 1743_B 6 1743_G_2 1743 2 1 1743_B_2 1743_B_2 Yes 205 205 1743_B 6

2005EIA767_InScopeAdj 270 of 505Unit Type EIA Gen 3_G_1 1702_G_1A 1702_G_1B 1702_G_2A 1702_G_2B 1702_G_3 1702_G_4 1710_G_1 1710_G_2 1710_G_3 1720_G_7 1720_G_8 1723_G_1 1723_G_2 1723_G_3 1726_G_15 1726_G_15 1726_G_15 1726_G_15 1726_G_16 1726_G_16 1726_G_16 1726_G_16 1731_G_1 1732_G_7 1732_G_7 1732_G_7 1732_G_7 1732_G_8 1732_G_8 1732_G_8 1732_G_8 1733_G_1 1733_G_2 1733_G_3 1733_G_4 1740_G_1 1740_G_2 1740_G_3 1743_G_1 1743_G_2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 2 TRUE 1 TRUE 2 TRUE 1 TRUE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 1 TRUE 2 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 4 TRUE 5 TRUE 4 TRUE 5 TRUE 4 TRUE 5 TRUE 4 TRUE 5 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 6 TRUE 3 TRUE 6 TRUE 3 TRUE

2005EIA767_InScopeAdj 271 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

1743_G_3 1743 3 1 1743_B_3 1743_B_3 Yes 205 205 1743_B 6 1743_G_4 1743 4 1 1743_B_4 1743_B_4 Yes 205 205 1743_B 6 1743_G_6 1743 6 1 1743_B_6 1743_B_6 Yes 354 354 1743_B 6 1743_G_7 1743 7 1 1743_B_7 1743_B_7 Yes 480 480 1743_B 6 1745_G_7 1745 7 4 1745_B_16 1745_B_16 Yes 165 41 5 1745_G_7 1745 7 4 1745_B_18 1745_B_18 Yes 165 41 5 1745_G_7 1745 7 4 1745_B_17 1745_B_17 Yes 165 41 5 1745_G_7 1745 7 4 1745_B_19 1745_B_19 Yes 165 41 5 1745_G_8 1745 8 4 1745_B_18 1745_B_18 Yes 165 41 5 1745_G_8 1745 8 4 1745_B_17 1745_B_17 Yes 165 41 5 1745_G_8 1745 8 4 1745_B_19 1745_B_19 Yes 165 41 5 1745_G_8 1745 8 4 1745_B_16 1745_B_16 Yes 165 41 5 1745_G_9 1745 9 1 1745_B_9A 1745_B_9A Yes 468 468 1745_B 5 1769_G_1 1769 1 1 1769_B_1 1769_B_1 30 30 1769_B 7 1769_G_2 1769 2 1 1769_B_2 1769_B_2 41 41 1769_B 7 1769_G_3 1769 3 1 1769_B_3 1769_B_3 Yes 50 50 1769_B 7 1769_G_4 1769 4 1 1769_B_4 1769_B_4 Yes 50 50 1769_B 7 1769_G_5 1769 5 1 1769_B_5 1769_B_5 Yes 95 95 1769_B 7 1769_G_6 1769 6 1 1769_B_6 1769_B_6 Yes 95 95 1769_B 7 1769_G_7 1769 7 1 1769_B_7 1769_B_7 Yes 95 95 1769_B 7 1769_G_8 1769 8 1 1769_B_8 1769_B_8 Yes 95 95 1769_B 7 1769_G_9 1769 9 1 1769_B_9 1769_B_9 Yes 95 95 1769_B 7 1771_G_1 1771 1 1 1771_B_1 1771_B_1 Yes 1771_B 2 1771_G_2 1771 2 1 1771_B_2 1771_B_2 Yes 1771_B 2 1822_G_5 1822 5 1 1822_B_5 1822_B_5 Yes 102 102 1822_B 3 1822_G_6 1822 6 1 1822_B_6 1822_B_6 Yes 107 107 1822_B 3 1822_G_7 1822 7 1 1822_B_7 1822_B_7 Yes 98 98 1822_B 3 1825_G_3 1825 3 1 1825_B_3 1825_B_3 Yes 93 93 1825_B 1 1830_G_3 1830 3 1 1830_B_3 1830_B_3 Yes 27 27 1830_B 3 1830_G_4 1830 4 1 1830_B_4 1830_B_4 Yes 45 45 1830_B 3 1830_G_5 1830 5 1 1830_B_5 1830_B_5 Yes 52 52 1830_B 3 1831_G_1 1831 1 1 1831_B_1 1831_B_1 Yes 67 67 1831_B 6 1831_G_2 1831 2 1 1831_B_2 1831_B_2 Yes 67 67 1831_B 6 1831_G_3 1831 3 1 1831_B_3 1831_B_3 Yes 67 67 1831_B 6 1831_G_4 1831 4 1 1831_B_4 1831_B_4 Yes 82 82 1831_B 6 1831_G_5 1831 5 1 1831_B_5 1831_B_5 Yes 82 82 1831_B 6 1831_G_6 1831 6 1 1831_B_6 1831_B_6 Yes 82 82 1831_B 6 1832_G_1 1832 1 1 1832_B_1 1832_B_1 Yes 148 148 1832_B 1 1843_G_1 1843 1 1 1843_B_1 1843_B_1 27 27 1843_B 2 1843_G_2 1843 2 1 1843_B_2 1843_B_2 Yes 34 34 1843_B 2

2005EIA767_InScopeAdj 272 of 505Unit Type EIA Gen 3_G_1 1743_G_3 1743_G_4 1743_G_6 1743_G_7 1745_G_7 1745_G_7 1745_G_7 1745_G_7 1745_G_8 1745_G_8 1745_G_8 1745_G_8 1745_G_9 1769_G_1 1769_G_2 1769_G_3 1769_G_4 1769_G_5 1769_G_6 1769_G_7 1769_G_8 1769_G_9 1771_G_1 1771_G_2 1822_G_5 1822_G_6 1822_G_7 1825_G_3 1830_G_3 1830_G_4 1830_G_5 1831_G_1 1831_G_2 1831_G_3 1831_G_4 1831_G_5 1831_G_6 1832_G_1 1843_G_1 1843_G_2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

6 TRUE 3 TRUE 6 TRUE 3 TRUE 6 TRUE 3 TRUE 6 TRUE 3 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 9 FALSE 0 FALSE 9 FALSE 0 FALSE 9 FALSE 0 FALSE 9 FALSE 0 FALSE 9 FALSE 0 FALSE 9 FALSE 0 FALSE 9 FALSE 0 FALSE 9 FALSE 0 FALSE 9 FALSE 0 FALSE 2 TRUE 2 FALSE 2 TRUE 2 FALSE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 1 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 1 TRUE 0 FALSE 3 FALSE 0 TRUE 3 FALSE 0 TRUE

2005EIA767_InScopeAdj 273 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

1843_G_3 1843 3 1 1843_B_3 1843_B_3 Yes 77 77 1843_B 2 1866_G_4 1866 4 3 1866_B_7 1866_B_7 Yes 31 10 3 1866_G_4 1866 4 3 1866_B_5 1866_B_5 Yes 31 10 3 1866_G_4 1866 4 3 1866_B_8 1866_B_8 Yes 31 10 3 1866_G_5 1866 5 3 1866_B_7 1866_B_7 Yes 46 15 3 1866_G_5 1866 5 3 1866_B_5 1866_B_5 Yes 46 15 3 1866_G_5 1866 5 3 1866_B_8 1866_B_8 Yes 46 15 3 1866_G_6 1866 6 3 1866_B_8 1866_B_8 Yes 23 8 3 1866_G_6 1866 6 3 1866_B_5 1866_B_5 Yes 23 8 3 1866_G_6 1866 6 3 1866_B_7 1866_B_7 Yes 23 8 3 1866_G_7 1866 7 3 1866_B_8 1866_B_8 Yes 73 24 3 1866_G_7 1866 7 3 1866_B_7 1866_B_7 Yes 73 24 3 1866_G_7 1866 7 3 1866_B_5 1866_B_5 Yes 73 24 3 1888_G_1 1888 1 1 1888_B_1 1888_B_1 Yes 29 29 1888_B 2 1888_G_2 1888 2 1 1888_B_2 1888_B_2 29 29 1888_B 2 1888_G_3 1888 3 1 1888_B_3 1888_B_3 Yes 89 89 1888_B 2 1891_G_1 1891 1 1 1891_B_1 1891_B_1 Yes 105 105 1891_B 2 1891_G_2 1891 2 1 1891_B_2 1891_B_2 Yes 105 105 1891_B 2 1893_G_1 1893 1 1 1893_B_1 1893_B_1 Yes 117 117 1893_B 4 1893_G_2 1893 2 1 1893_B_2 1893_B_2 Yes 117 117 1893_B 4 1893_G_3 1893 3 1 1893_B_3 1893_B_3 Yes 246 246 1893_B 4 1893_G_4 1893 4 1 1893_B_4 1893_B_4 Yes 303 303 1893_B 4 1897_G_3 1897 3 2 1897_B_3 1897_B_3 Yes 90 45 2 1897_G_3 1897 3 2 1897_B_4 1897_B_4 Yes 90 45 2 1897_G_4 1897 4 2 1897_B_4 1897_B_4 Yes 90 45 2 1897_G_4 1897 4 2 1897_B_3 1897_B_3 Yes 90 45 2 1904_G_2 1904 2 Yes 1 165 165 2 1904_G_3 1904 3 1 1904_B_3 1904_B_3 Yes 148 148 1904_B 2 1904_G_4 1904 4 1 1904_B_4 1904_B_4 Yes 206 206 1904_B 2 1912_G_5 1912 5 1 1912_B_5 1912_B_5 133 133 1912_B 0 1912_G_6 1912 6 1 1912_B_6 1912_B_6 168 168 1912_B 0 1915_G_1 1915 1 1 1915_B_1 1915_B_1 Yes 723 723 1915_B 1 1918_G_3 1918 3 1 1918_B_4 1918_B_4 Yes 1918_B 1 1926_G_1 1926 1 2 1926_B_1 1926_B_1 Yes 19 9 2 1926_G_1 1926 1 2 1926_B_2 1926_B_2 Yes 19 9 2 1926_G_2 1926 2 2 1926_B_1 1926_B_1 Yes 19 9 2 1926_G_2 1926 2 2 1926_B_2 1926_B_2 Yes 19 9 2 1927_G_8 1927 8 1 1927_B_8 1927_B_8 248 248 1927_B 0 1927_G_ST7 1927 ST7 2 127 127 0 1934_G_1 1934 1 2 1934_B_1 1934_B_1 Yes 26 13 2

2005EIA767_InScopeAdj 274 of 505Unit Type EIA Gen 3_G_1 1843_G_3 1866_G_4 1866_G_4 1866_G_4 1866_G_5 1866_G_5 1866_G_5 1866_G_6 1866_G_6 1866_G_6 1866_G_7 1866_G_7 1866_G_7 1888_G_1 1888_G_2 1888_G_3 1891_G_1 1891_G_2 1893_G_1 1893_G_2 1893_G_3 1893_G_4 1897_G_3 1897_G_3 1897_G_4 1897_G_4 1904_G_2 1904_G_3 1904_G_4 1912_G_5 1912_G_6 1915_G_1 1918_G_3 1926_G_1 1926_G_1 1926_G_2 1926_G_2 1927_G_8 1927_G_ST7 1934_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

3 FALSE 0 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 2 TRUE 2 TRUE 2 TRUE 2 TRUE 2 TRUE 2 TRUE 2 FALSE 2 TRUE 2 FALSE 2 TRUE 1 TRUE 0 TRUE 1 TRUE 0 FALSE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 0 FALSE 0 TRUE

2005EIA767_InScopeAdj 275 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

1934_G_1 1934 1 2 1934_B_2 1934_B_2 Yes 26 13 2 1934_G_2 1934 2 2 1934_B_1 1934_B_1 Yes 26 13 2 1934_G_2 1934 2 2 1934_B_2 1934_B_2 Yes 26 13 2 1943_G_1 1943 1 1 1943_B_1 1943_B_1 39 39 1943_B 2 1943_G_2 1943 2 1 1943_B_2 1943_B_2 Yes 60 60 1943_B 2 1943_G_3 1943 3 1 1943_B_3 1943_B_3 Yes 81 81 1943_B 2 1960_G_1 1960 1 3 1960_B_5 1960_B_5 Yes 4 1960_G_1 1960 1 3 1960_B_3 1960_B_3 Yes 4 1960_G_1 1960 1 3 1960_B_4 1960_B_4 Yes 4 1960_G_2 1960 2 3 1960_B_5 1960_B_5 Yes 11 4 4 1960_G_2 1960 2 3 1960_B_4 1960_B_4 Yes 11 4 4 1960_G_2 1960 2 3 1960_B_3 1960_B_3 Yes 11 4 4 1960_G_3 1960 3 3 1960_B_5 1960_B_5 Yes 7 2 4 1960_G_3 1960 3 3 1960_B_4 1960_B_4 Yes 7 2 4 1960_G_3 1960 3 3 1960_B_3 1960_B_3 Yes 7 2 4 1960_G_4 1960 4 1 1960_B_1 1960_B_1 Yes 26 26 1960_B 4 1973_G_3 1973 3 4 1973_B_1 1973_B_1 Yes 11 3 4 1973_G_3 1973 3 4 1973_B_2 1973_B_2 Yes 11 3 4 1973_G_3 1973 3 4 1973_B_4 1973_B_4 Yes 11 3 4 1973_G_3 1973 3 4 1973_B_3 1973_B_3 Yes 11 3 4 1973_G_4 1973 4 4 1973_B_1 1973_B_1 Yes 13 3 4 1973_G_4 1973 4 4 1973_B_2 1973_B_2 Yes 13 3 4 1973_G_4 1973 4 4 1973_B_4 1973_B_4 Yes 13 3 4 1973_G_4 1973 4 4 1973_B_3 1973_B_3 Yes 13 3 4 1973_G_5 1973 5 4 1973_B_1 1973_B_1 Yes 29 7 4 1973_G_5 1973 5 4 1973_B_2 1973_B_2 Yes 29 7 4 1973_G_5 1973 5 4 1973_B_4 1973_B_4 Yes 29 7 4 1973_G_5 1973 5 4 1973_B_3 1973_B_3 Yes 29 7 4 2008_G_1 2008 1 1 2008_B_1 2008_B_1 Yes 25 25 2008_B 4 2008_G_2 2008 2 1 2008_B_2 2008_B_2 Yes 32 32 2008_B 4 2008_G_3 2008 3 1 2008_B_3 2008_B_3 Yes 25 25 2008_B 4 2008_G_4 2008 4 1 2008_B_4 2008_B_4 Yes 56 56 2008_B 4 2018_G_1A 2018 1A 3 2018_B_9 2018_B_9 Yes 4 2018_G_1A 2018 1A 3 2018_B_7 2018_B_7 Yes 4 2018_G_1A 2018 1A 3 2018_B_10 2018_B_10 Yes 4 2018_G_5 2018 5 3 2018_B_10 2018_B_10 Yes 4 2018_G_5 2018 5 3 2018_B_9 2018_B_9 Yes 4 2018_G_5 2018 5 3 2018_B_7 2018_B_7 Yes 4 2018_G_6 2018 6 3 2018_B_10 2018_B_10 Yes 4 2018_G_6 2018 6 3 2018_B_7 2018_B_7 Yes 4

2005EIA767_InScopeAdj 276 of 505Unit Type EIA Gen 3_G_1 1934_G_1 1934_G_2 1934_G_2 1943_G_1 1943_G_2 1943_G_3 1960_G_1 1960_G_1 1960_G_1 1960_G_2 1960_G_2 1960_G_2 1960_G_3 1960_G_3 1960_G_3 1960_G_4 1973_G_3 1973_G_3 1973_G_3 1973_G_3 1973_G_4 1973_G_4 1973_G_4 1973_G_4 1973_G_5 1973_G_5 1973_G_5 1973_G_5 2008_G_1 2008_G_2 2008_G_3 2008_G_4 2018_G_1A 2018_G_1A 2018_G_1A 2018_G_5 2018_G_5 2018_G_5 2018_G_6 2018_G_6 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 3 FALSE 3 TRUE 3 FALSE 3 TRUE 3 FALSE 3 TRUE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 1 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE

2005EIA767_InScopeAdj 277 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

2018_G_6 2018 6 3 2018_B_9 2018_B_9 Yes 4 2039_G_1 2039 1 1 2039_B_1 2039_B_1 Yes 31 31 2039_B 3 2039_G_2 2039 2 1 2039_B_2 2039_B_2 Yes 31 31 2039_B 3 2039_G_3 2039 3 1 2039_B_3 2039_B_3 Yes 16 16 2039_B 3 2046_G_1 2046 1 1 2046_B_1 2046_B_1 Yes 2046_B 3 2046_G_2 2046 2 1 2046_B_2 2046_B_2 Yes 2046_B 3 2046_G_3 2046 3 1 2046_B_3 2046_B_3 Yes 2046_B 3 2049_G_1 2049 1 1 2049_B_1 2049_B_1 Yes 142 142 2049_B 5 2049_G_2 2049 2 1 2049_B_2 2049_B_2 Yes 142 142 2049_B 5 2049_G_3 2049 3 1 2049_B_3 2049_B_3 Yes 172 172 2049_B 5 2049_G_4 2049 4 1 2049_B_4 2049_B_4 Yes 271 271 2049_B 5 2049_G_5 2049 5 1 2049_B_5 2049_B_5 Yes 383 383 2049_B 5 2050_G_1 2050 1 1 2050_B_1 2050_B_1 Yes 375 375 2050_B 2 2050_G_2 2050 2 1 2050_B_2 2050_B_2 Yes 544 544 2050_B 2 2051_G_1 2051 1 1 2051_B_1 2051_B_1 Yes 154 154 2051_B 2 2051_G_2 2051 2 1 2051_B_2 2051_B_2 Yes 154 154 2051_B 2 2053_G_1 2053 1 2 2053_B_1A 2053_B_1A Yes 65 33 3 2053_G_1 2053 1 2 2053_B_1B 2053_B_1B 65 33 3 2053_G_3 2053 3 1 2053_B_3 2053_B_3 Yes 109 109 2053_B 3 2053_G_4 2053 4 1 2053_B_4 2053_B_4 Yes 267 267 2053_B 3 2079_G_5 2079 5 1 2079_B_5A 2079_B_5A Yes 374 374 2079_B 1 2079_G_9 2079 9 Yes 1 218 218 1 2080_G_1 2080 1 1 2080_B_1 2080_B_1 Yes 255 255 2080_B 3 2080_G_2 2080 2 1 2080_B_2 2080_B_2 Yes 255 255 2080_B 3 2080_G_3 2080 3 1 2080_B_3 2080_B_3 Yes 254 254 2080_B 3 2094_G_1 2094 1 1 2094_B_1 2094_B_1 Yes 262 262 2094_B 3 2094_G_2 2094 2 1 2094_B_2 2094_B_2 Yes 262 262 2094_B 3 2094_G_3 2094 3 1 2094_B_3 2094_B_3 Yes 418 418 2094_B 3 2098_G_1 2098 1 4 2098_B_1 2098_B_1 Yes 48 12 6 2098_G_1 2098 1 4 2098_B_2 2098_B_2 Yes 48 12 6 2098_G_1 2098 1 4 2098_B_4 2098_B_4 Yes 48 12 6 2098_G_1 2098 1 4 2098_B_5 2098_B_5 Yes 48 12 6 2098_G_2 2098 2 4 2098_B_1 2098_B_1 Yes 62 16 6 2098_G_2 2098 2 4 2098_B_2 2098_B_2 Yes 62 16 6 2098_G_2 2098 2 4 2098_B_5 2098_B_5 Yes 62 16 6 2098_G_2 2098 2 4 2098_B_4 2098_B_4 Yes 62 16 6 2098_G_3 2098 3 5 2098_B_1 2098_B_1 Yes 45 9 6 2098_G_3 2098 3 5 2098_B_3 2098_B_3 Yes 45 9 6 2098_G_3 2098 3 5 2098_B_5 2098_B_5 Yes 45 9 6 2098_G_3 2098 3 5 2098_B_4 2098_B_4 Yes 45 9 6

2005EIA767_InScopeAdj 278 of 505Unit Type EIA Gen 3_G_1 2018_G_6 2039_G_1 2039_G_2 2039_G_3 2046_G_1 2046_G_2 2046_G_3 2049_G_1 2049_G_2 2049_G_3 2049_G_4 2049_G_5 2050_G_1 2050_G_2 2051_G_1 2051_G_2 2053_G_1 2053_G_1 2053_G_3 2053_G_4 2079_G_5 2079_G_9 2080_G_1 2080_G_2 2080_G_3 2094_G_1 2094_G_2 2094_G_3 2098_G_1 2098_G_1 2098_G_1 2098_G_1 2098_G_2 2098_G_2 2098_G_2 2098_G_2 2098_G_3 2098_G_3 2098_G_3 2098_G_3 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 FALSE 0 FALSE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 FALSE 1 TRUE 2 FALSE 1 TRUE 2 FALSE 1 TRUE 2 FALSE 1 TRUE 1 TRUE 4 FALSE 1 TRUE 4 FALSE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 1 FALSE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 3 FALSE 1 FALSE 3 FALSE

2005EIA767_InScopeAdj 279 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

2098_G_3 2098 3 5 2098_B_2 2098_B_2 Yes 45 9 6 2098_G_4 2098 4 1 2098_B_6 2098_B_6 Yes 115 115 2098_B 6 2103_G_1 2103 1 1 2103_B_1 2103_B_1 Yes 419 419 2103_B 4 2103_G_2 2103 2 1 2103_B_2 2103_B_2 Yes 419 419 2103_B 4 2103_G_3 2103 3 1 2103_B_3 2103_B_3 Yes 419 419 2103_B 4 2103_G_4 2103 4 1 2103_B_4 2103_B_4 Yes 419 419 2103_B 4 2104_G_1 2104 1 1 2104_B_1 2104_B_1 Yes 178 178 2104_B 4 2104_G_2 2104 2 1 2104_B_2 2104_B_2 Yes 178 178 2104_B 4 2104_G_3 2104 3 1 2104_B_3 2104_B_3 Yes 258 258 2104_B 4 2104_G_4 2104 4 1 2104_B_4 2104_B_4 Yes 314 314 2104_B 4 2107_G_1 2107 1 1 2107_B_1 2107_B_1 Yes 438 438 2107_B 2 2107_G_2 2107 2 1 2107_B_2 2107_B_2 Yes 438 438 2107_B 2 2161_G_1 2161 1 1 2161_B_1 2161_B_1 Yes 44 44 2161_B 5 2161_G_2 2161 2 1 2161_B_2 2161_B_2 Yes 44 44 2161_B 5 2161_G_3 2161 3 1 2161_B_3 2161_B_3 Yes 86 86 2161_B 5 2161_G_4 2161 4 1 2161_B_4 2161_B_4 Yes 111 111 2161_B 5 2161_G_5 2161 5 1 2161_B_5 2161_B_5 Yes 167 167 2161_B 5 2167_G_1 2167 1 1 2167_B_1 2167_B_1 Yes 570 570 2167_B 2 2167_G_2 2167 2 1 2167_B_2 2167_B_2 Yes 570 570 2167_B 2 2168_G_1 2168 1 1 2168_B_MB1 2168_B_MB1 Yes 222 222 2168_B 3 2168_G_2 2168 2 1 2168_B_MB2 2168_B_MB2 Yes 312 312 2168_B 3 2168_G_3 2168 3 1 2168_B_MB3 2168_B_MB3 Yes 979 979 2168_B 3 2169_G_1 2169 1 1 2169_B_1 2169_B_1 Yes 15 15 2169_B 2 2169_G_2 2169 2 1 2169_B_2 2169_B_2 Yes 33 33 2169_B 2 2171_G_1 2171 1 1 2171_B_1 2171_B_1 Yes 56 56 2171_B 2 2171_G_2 2171 2 1 2171_B_2 2171_B_2 Yes 56 56 2171_B 2 2187_G_1 2187 1 1 2187_B_2 2187_B_2 Yes 116 116 2187_B 1 2226_G_1 2226 1 1 2226_B_1 2226_B_1 Yes 130 130 2226_B 1 2291_G_1 2291 1 1 2291_B_1 2291_B_1 Yes 109 109 2291_B 5 2291_G_2 2291 2 1 2291_B_2 2291_B_2 Yes 133 133 2291_B 5 2291_G_3 2291 3 1 2291_B_3 2291_B_3 Yes 133 133 2291_B 5 2291_G_4 2291 4 1 2291_B_4 2291_B_4 Yes 167 167 2291_B 5 2291_G_5 2291 5 1 2291_B_5 2291_B_5 Yes 254 254 2291_B 5 2330_G_1 2330 1 1 2330_B_1 2330_B_1 Yes 107 107 2330_B 2 2330_G_2 2330 2 1 2330_B_2 2330_B_2 Yes 107 107 2330_B 2 2364_G_1 2364 1 1 2364_B_1 2364_B_1 Yes 126 126 2364_B 2 2364_G_2 2364 2 1 2364_B_2 2364_B_2 Yes 289 289 2364_B 2 2367_G_4 2367 4 1 2367_B_4 2367_B_4 Yes 63 63 2367_B 3 2367_G_5 2367 5 1 2367_B_5 2367_B_5 Yes 63 63 2367_B 3 2367_G_6 2367 6 1 2367_B_6 2367_B_6 Yes 63 63 2367_B 3

2005EIA767_InScopeAdj 280 of 505Unit Type EIA Gen 3_G_1 2098_G_3 2098_G_4 2103_G_1 2103_G_2 2103_G_3 2103_G_4 2104_G_1 2104_G_2 2104_G_3 2104_G_4 2107_G_1 2107_G_2 2161_G_1 2161_G_2 2161_G_3 2161_G_4 2161_G_5 2167_G_1 2167_G_2 2168_G_1 2168_G_2 2168_G_3 2169_G_1 2169_G_2 2171_G_1 2171_G_2 2187_G_1 2226_G_1 2291_G_1 2291_G_2 2291_G_3 2291_G_4 2291_G_5 2330_G_1 2330_G_2 2364_G_1 2364_G_2 2367_G_4 2367_G_5 2367_G_6 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

1 FALSE 3 FALSE 1 FALSE 3 FALSE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 5 TRUE 2 TRUE 5 TRUE 2 TRUE 5 TRUE 2 TRUE 5 TRUE 2 TRUE 5 TRUE 2 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 1 TRUE 0 TRUE 1 TRUE 0 FALSE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 2 TRUE 2 TRUE 2 TRUE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 3 TRUE 1 TRUE

2005EIA767_InScopeAdj 281 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

2378_G_1 2378 1 1 2378_B_1 2378_B_1 Yes 196 196 2378_B 3 2378_G_2 2378 2 1 2378_B_2 2378_B_2 Yes 236 236 2378_B 3 2378_G_3 2378 3 1 2378_B_3 2378_B_3 Yes 141 141 2378_B 3 2384_G_1 2384 1 1 2384_B_1 2384_B_1 Yes 156 156 2384_B 2 2384_G_6 2384 6 1 2384_B_8 2384_B_8 Yes 150 150 2384_B 2 2390_G_4 2390 4 0 150 150 0 2390_G_5 2390 5 0 150 150 0 2403_G_1 2403 1 1 2403_B_1 2403_B_1 Yes 594 594 2403_B 2 2403_G_2 2403 2 1 2403_B_2 2403_B_2 Yes 748 748 2403_B 2 2404_G_7 2404 7 1 2404_B_7 2404_B_7 220 220 2404_B 0 2404_G_8 2404 8 1 2404_B_8 2404_B_8 220 220 2404_B 0 2406_G_1 2406 1 2 298 298 0 2406_G_2 2406 2 2 298 298 0 2408_G_1 2408 1 1 2408_B_1 2408_B_1 Yes 528 528 2408_B 2 2408_G_2 2408 2 1 2408_B_2 2408_B_2 Yes 528 528 2408_B 2 2411_G_1 2411 1 1 2411_B_1 2411_B_1 Yes 183 183 2411_B 4 2411_G_2 2411 2 1 2411_B_2 2411_B_2 Yes 183 183 2411_B 4 2411_G_3 2411 3 1 2411_B_3 2411_B_3 Yes 183 183 2411_B 4 2411_G_4 2411 4 1 2411_B_4 2411_B_4 Yes 185 185 2411_B 4 2442_G_1 2442 1 1 2442_B_1 2442_B_1 Yes 199 199 2442_B 5 2442_G_2 2442 2 1 2442_B_2 2442_B_2 Yes 199 199 2442_B 5 2442_G_3 2442 3 1 2442_B_3 2442_B_3 Yes 270 270 2442_B 5 2442_G_4 2442 4 1 2442_B_4 2442_B_4 Yes 911 911 2442_B 5 2442_G_5 2442 5 1 2442_B_5 2442_B_5 Yes 911 911 2442_B 5 2451_G_1 2451 1 1 2451_B_1 2451_B_1 Yes 329 329 2451_B 4 2451_G_2 2451 2 1 2451_B_2 2451_B_2 Yes 320 320 2451_B 4 2451_G_3 2451 3 1 2451_B_3 2451_B_3 Yes 410 410 2451_B 4 2451_G_4 2451 4 1 2451_B_4 2451_B_4 Yes 410 410 2451_B 4 2465_G_3 2465 3 Yes 1 21 21 0 2465_G_ST4 2465 ST4 Yes 1 34 34 0 2480_G_1 2480 1 1 2480_B_1 2480_B_1 Yes 94 94 2480_B 4 2480_G_2 2480 2 1 2480_B_2 2480_B_2 Yes 94 94 2480_B 4 2480_G_3 2480 3 1 2480_B_3 2480_B_3 Yes 183 183 2480_B 4 2480_G_4 2480 4 1 2480_B_4 2480_B_4 Yes 334 334 2480_B 4 2491_G_6 2491 6 1 2491_B_001 2491_B_001 Yes 1170 1170 2491_B 1 2493_G_6 2493 6 1 2493_B_60 2493_B_60 Yes 264 264 2493_B 2 2493_G_7 2493 7 1 2493_B_70 2493_B_70 Yes 306 306 2493_B 2 2500_G_1 2500 1 1 2500_B_10 2500_B_10 Yes 477 477 2500_B 3 2500_G_2 2500 2 1 2500_B_20 2500_B_20 Yes 477 477 2500_B 3 2500_G_3 2500 3 1 2500_B_30 2500_B_30 Yes 1195 1195 2500_B 3

2005EIA767_InScopeAdj 282 of 505Unit Type EIA Gen 3_G_1 2378_G_1 2378_G_2 2378_G_3 2384_G_1 2384_G_6 2390_G_4 2390_G_5 2403_G_1 2403_G_2 2404_G_7 2404_G_8 2406_G_1 2406_G_2 2408_G_1 2408_G_2 2411_G_1 2411_G_2 2411_G_3 2411_G_4 2442_G_1 2442_G_2 2442_G_3 2442_G_4 2442_G_5 2451_G_1 2451_G_2 2451_G_3 2451_G_4 2465_G_3 2465_G_ST4 2480_G_1 2480_G_2 2480_G_3 2480_G_4 2491_G_6 2493_G_6 2493_G_7 2500_G_1 2500_G_2 2500_G_3 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 0 TRUE 4 FALSE 0 TRUE 4 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 FALSE 7 FALSE 2 FALSE 7 FALSE 0 TRUE 11 FALSE 0 TRUE 11 FALSE 2 TRUE 1 TRUE 2 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 1 TRUE 0 TRUE 2 TRUE 2 FALSE 2 TRUE 2 FALSE 3 TRUE 18 TRUE 3 TRUE 18 TRUE 3 TRUE 18 TRUE

2005EIA767_InScopeAdj 283 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

2502_G_6 2502 6 2 0 2502_G_8 2502 8 1 0 2502_G_9 2502 9 1 0 2511_G_ST1 2511 ST1 1 2511_B_10 2511_B_10 Yes 217 217 2511_B 2 2511_G_ST2 2511 ST2 1 2511_B_20 2511_B_20 Yes 217 217 2511_B 2 2513_G_4 2513 4 1 2513_B_40 2513_B_40 Yes 127 127 2513_B 1 2514_G_4 2514 4 1 2514_B_40 2514_B_40 Yes 136 136 2514_B 2 2514_G_5 2514 5 1 2514_B_50 2514_B_50 Yes 136 136 2514_B 2 2516_G_2 2516 2 1 2516_B_2 2516_B_2 Yes 330 330 2516_B 4 2516_G_3 2516 3 1 2516_B_3 2516_B_3 Yes 330 330 2516_B 4 2516_G_4 2516 4 1 2516_B_4 2516_B_4 Yes 330 330 2516_B 4 2516_G_ST1 2516 ST1 1 2516_B_1 2516_B_1 Yes 330 330 2516_B 4 2517_G_2 2517 2 1 2517_B_2 2517_B_2 89 89 2517_B 2 2517_G_3 2517 3 1 2517_B_3 2517_B_3 Yes 227 227 2517_B 2 2517_G_4 2517 4 1 2517_B_4 2517_B_4 Yes 227 227 2517_B 2 2517_G_ST1 2517 ST1 1 2517_B_1 2517_B_1 89 89 2517_B 2 2526_G_7 2526 7 2 2526_B_11 2526_B_11 Yes 59 30 3 2526_G_7 2526 7 2 2526_B_12 2526_B_12 Yes 59 30 3 2526_G_8 2526 8 1 2526_B_13 2526_B_13 Yes 91 91 2526_B 3 2529_G_1 2529 1 2 0 2529_G_2 2529 2 2 0 2535_G_1 2535 1 1 2535_B_1 2535_B_1 Yes 188 188 2535_B 2 2535_G_2 2535 2 1 2535_B_2 2535_B_2 Yes 188 188 2535_B 2 2539_G_1 2539 1 1 2539_B_1 2539_B_1 196 196 2539_B 0 2539_G_2 2539 2 1 2539_B_2 2539_B_2 196 196 2539_B 0 2539_G_3 2539 3 1 2539_B_3 2539_B_3 196 196 2539_B 0 2539_G_4 2539 4 1 2539_B_4 2539_B_4 196 196 2539_B 0 2549_G_63 2549 63 1 2549_B_63 2549_B_63 186 186 2549_B 2 2549_G_64 2549 64 1 2549_B_64 2549_B_64 186 186 2549_B 2 2549_G_65 2549 65 1 2549_B_65 2549_B_65 192 192 2549_B 2 2549_G_66 2549 66 1 2549_B_66 2549_B_66 192 192 2549_B 2 2549_G_67 2549 67 1 2549_B_67 2549_B_67 Yes 268 268 2549_B 2 2549_G_S68 2549 S68 1 2549_B_68 2549_B_68 Yes 268 268 2549_B 2 2554_G_1 2554 1 1 2554_B_1 2554_B_1 Yes 178 178 2554_B 4 2554_G_2 2554 2 1 2554_B_2 2554_B_2 Yes 178 178 2554_B 4 2554_G_3 2554 3 1 2554_B_3 2554_B_3 Yes 268 268 2554_B 4 2554_G_ST4 2554 ST4 1 2554_B_4 2554_B_4 Yes 268 268 2554_B 4 2594_G_ST5 2594 ST5 1 2594_B_5 2594_B_5 Yes 548 548 2594_B 2 2594_G_ST6 2594 ST6 1 2594_B_6 2594_B_6 Yes 548 548 2594_B 2 2625_G_1 2625 1 1 2625_B_1 2625_B_1 Yes 856 856 2625_B 2

2005EIA767_InScopeAdj 284 of 505Unit Type EIA Gen 3_G_1 2502_G_6 2502_G_8 2502_G_9 2511_G_ST1 2511_G_ST2 2513_G_4 2514_G_4 2514_G_5 2516_G_2 2516_G_3 2516_G_4 2516_G_ST1 2517_G_2 2517_G_3 2517_G_4 2517_G_ST1 2526_G_7 2526_G_7 2526_G_8 2529_G_1 2529_G_2 2535_G_1 2535_G_2 2539_G_1 2539_G_2 2539_G_3 2539_G_4 2549_G_63 2549_G_64 2549_G_65 2549_G_66 2549_G_67 2549_G_S68 2554_G_1 2554_G_2 2554_G_3 2554_G_ST4 2594_G_ST5 2594_G_ST6 2625_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 2 TRUE 12 FALSE 2 TRUE 12 FALSE 1 TRUE 0 TRUE 2 TRUE 2 FALSE 2 TRUE 2 FALSE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 FALSE 3 FALSE 4 FALSE 3 FALSE 4 FALSE 3 FALSE 4 FALSE 3 FALSE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 FALSE 4 FALSE 4 FALSE 4 FALSE 4 FALSE 4 FALSE 4 FALSE 4 FALSE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 TRUE

2005EIA767_InScopeAdj 285 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

2625_G_2 2625 2 1 2625_B_2 2625_B_2 Yes 856 856 2625_B 2 2629_G_3 2629 3 1 94 94 0 2629_G_4 2629 4 1 232 232 0 2629_G_5 2629 5 1 267 267 0 2642_G_1 2642 1 1 2642_B_1 2642_B_1 Yes 54 54 2642_B 4 2642_G_2 2642 2 1 2642_B_2 2642_B_2 Yes 64 64 2642_B 4 2642_G_3 2642 3 1 2642_B_3 2642_B_3 Yes 64 64 2642_B 4 2642_G_4 2642 4 1 2642_B_4 2642_B_4 Yes 72 72 2642_B 4 2706_G_1 2706 1 1 2706_B_1 2706_B_1 Yes 200 200 2706_B 2 2706_G_2 2706 2 1 2706_B_2 2706_B_2 Yes 256 256 2706_B 2 2708_G_5 2708 5 1 2708_B_5 2708_B_5 Yes 181 181 2708_B 2 2708_G_6 2708 6 1 2708_B_6 2708_B_6 Yes 214 214 2708_B 2 2709_G_1 2709 1 1 2709_B_1 2709_B_1 Yes 133 133 2709_B 3 2709_G_2 2709 2 1 2709_B_2 2709_B_2 Yes 133 133 2709_B 3 2709_G_3 2709 3 1 2709_B_3 2709_B_3 Yes 239 239 2709_B 3 2712_G_1 2712 1 1 2712_B_1 2712_B_1 Yes 368 368 2712_B 6 2712_G_2 2712 2 1 2712_B_2 2712_B_2 Yes 502 502 2712_B 6 2712_G_3 2712 3 2 2712_B_3B 2712_B_3B Yes 712 356 6 2712_G_3 2712 3 2 2712_B_3A 2712_B_3A Yes 712 356 6 2712_G_4 2712 4 2 2712_B_4B 2712_B_4B Yes 713 357 6 2712_G_4 2712 4 2 2712_B_4A 2712_B_4A Yes 713 357 6 2713_G_1 2713 1 1 2713_B_1 2713_B_1 Yes 134 134 2713_B 3 2713_G_2 2713 2 1 2713_B_2 2713_B_2 Yes 136 136 2713_B 3 2713_G_3 2713 3 1 2713_B_3 2713_B_3 Yes 594 594 2713_B 3 2716_G_1 2716 1 1 2716_B_1 2716_B_1 Yes 82 82 2716_B 3 2716_G_2 2716 2 1 2716_B_2 2716_B_2 Yes 82 82 2716_B 3 2716_G_3 2716 3 1 2716_B_3 2716_B_3 Yes 105 105 2716_B 3 2718_G_1 2718 1 1 2718_B_1 2718_B_1 Yes 186 186 2718_B 5 2718_G_2 2718 2 1 2718_B_2 2718_B_2 Yes 186 186 2718_B 5 2718_G_3 2718 3 1 2718_B_3 2718_B_3 Yes 281 281 2718_B 5 2718_G_4 2718 4 1 2718_B_4 2718_B_4 Yes 281 281 2718_B 5 2718_G_5 2718 5 1 2718_B_5 2718_B_5 Yes 281 281 2718_B 5 2720_G_3 2720 3 2 2720_B_5 2720_B_5 Yes 158 79 5 2720_G_3 2720 3 2 2720_B_6 2720_B_6 Yes 158 79 5 2720_G_4 2720 4 1 2720_B_7 2720_B_7 Yes 82 82 2720_B 5 2720_G_5 2720 5 1 2720_B_8 2720_B_8 Yes 185 185 2720_B 5 2720_G_6 2720 6 1 2720_B_9 2720_B_9 Yes 185 185 2720_B 5 2721_G_1 2721 1 1 2721_B_1 2721_B_1 82 82 2721_B 2 2721_G_2 2721 2 1 2721_B_2 2721_B_2 82 82 2721_B 2 2721_G_3 2721 3 1 2721_B_3 2721_B_3 121 121 2721_B 2

2005EIA767_InScopeAdj 286 of 505Unit Type EIA Gen 3_G_1 2625_G_2 2629_G_3 2629_G_4 2629_G_5 2642_G_1 2642_G_2 2642_G_3 2642_G_4 2706_G_1 2706_G_2 2708_G_5 2708_G_6 2709_G_1 2709_G_2 2709_G_3 2712_G_1 2712_G_2 2712_G_3 2712_G_3 2712_G_4 2712_G_4 2713_G_1 2713_G_2 2713_G_3 2716_G_1 2716_G_2 2716_G_3 2718_G_1 2718_G_2 2718_G_3 2718_G_4 2718_G_5 2720_G_3 2720_G_3 2720_G_4 2720_G_5 2720_G_6 2721_G_1 2721_G_2 2721_G_3 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

2 TRUE 0 TRUE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 2 TRUE 2 TRUE 2 TRUE 2 TRUE 2 TRUE 6 FALSE 2 TRUE 6 FALSE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 4 FALSE 3 TRUE 4 FALSE 3 TRUE 4 FALSE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 3 FALSE 0 FALSE 3 FALSE 0 FALSE 3 FALSE 0 FALSE 3 FALSE 0 FALSE 3 FALSE 0 FALSE 5 FALSE 0 TRUE 5 FALSE 0 TRUE 5 FALSE 0 TRUE

2005EIA767_InScopeAdj 287 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

2721_G_4 2721 4 1 2721_B_4 2721_B_4 121 121 2721_B 2 2721_G_5 2721 5 1 2721_B_5 2721_B_5 Yes 541 541 2721_B 2 2723_G_1 2723 1 1 2723_B_1 2723_B_1 Yes 125 125 2723_B 3 2723_G_2 2723 2 1 2723_B_2 2723_B_2 Yes 125 125 2723_B 3 2723_G_3 2723 3 1 2723_B_3 2723_B_3 Yes 183 183 2723_B 3 2727_G_1 2727 1 1 2727_B_1 2727_B_1 Yes 370 370 2727_B 4 2727_G_2 2727 2 1 2727_B_2 2727_B_2 Yes 370 370 2727_B 4 2727_G_3 2727 3 1 2727_B_3 2727_B_3 Yes 709 709 2727_B 4 2727_G_4 2727 4 1 2727_B_4 2727_B_4 Yes 709 709 2727_B 4 2732_G_4 2732 4 1 2732_B_7 2732_B_7 Yes 149 149 2732_B 4 2732_G_5 2732 5 1 2732_B_8 2732_B_8 Yes 149 149 2732_B 4 2732_G_6 2732 6 1 2732_B_9 2732_B_9 Yes 172 172 2732_B 4 2732_G_7 2732 7 1 2732_B_10 2732_B_10 Yes 172 172 2732_B 4 2790_G_1 2790 1 1 2790_B_B1 2790_B_B1 Yes 31 31 2790_B 2 2790_G_2 2790 2 1 2790_B_B2 2790_B_B2 Yes 68 68 2790_B 2 2817_G_1 2817 1 1 2817_B_1 2817_B_1 Yes 163 163 2817_B 2 2817_G_2 2817 2 1 2817_B_2 2817_B_2 Yes 348 348 2817_B 2 2823_G_1 2823 1 1 2823_B_B1 2823_B_B1 Yes 263 263 2823_B 2 2823_G_2 2823 2 1 2823_B_B2 2823_B_B2 Yes 557 557 2823_B 2 2824_G_1 2824 1 2 2824_B_10 2824_B_10 Yes 218 109 2 2824_G_1 2824 1 2 2824_B_1 2824_B_1 Yes 218 109 2 2828_G_1 2828 1 1 2828_B_1 2828_B_1 Yes 810 810 2828_B 3 2828_G_2 2828 2 1 2828_B_2 2828_B_2 Yes 810 810 2828_B 3 2828_G_3 2828 3 1 2828_B_3 2828_B_3 Yes 563 563 2828_B 3 2830_G_1 2830 1 1 2830_B_1 2830_B_1 Yes 108 108 2830_B 6 2830_G_2 2830 2 1 2830_B_2 2830_B_2 Yes 124 124 2830_B 6 2830_G_3 2830 3 1 2830_B_3 2830_B_3 Yes 147 147 2830_B 6 2830_G_4 2830 4 1 2830_B_4 2830_B_4 Yes 169 169 2830_B 6 2830_G_5 2830 5 1 2830_B_5 2830_B_5 Yes 240 240 2830_B 6 2830_G_6 2830 6 1 2830_B_6 2830_B_6 Yes 358 358 2830_B 6 2832_G_5 2832 5 2 2832_B_5-1 2832_B_5-1 Yes 154 77 5 2832_G_5 2832 5 2 2832_B_5-2 2832_B_5-2 Yes 154 77 5 2832_G_6 2832 6 1 2832_B_6 2832_B_6 Yes 200 200 2832_B 5 2832_G_7 2832 7 1 2832_B_7 2832_B_7 Yes 429 429 2832_B 5 2832_G_8 2832 8 1 2832_B_8 2832_B_8 Yes 429 429 2832_B 5 2835_G_5 2835 5 1 2835_B_7 2835_B_7 Yes 374 374 2835_B 1 2835_G_6 2835 6 3 2835_B_10 2835_B_10 66 22 1 2835_G_6 2835 6 3 2835_B_11 2835_B_11 66 22 1 2835_G_6 2835 6 3 2835_B_8 2835_B_8 66 22 1 2835_G_7 2835 7 3 2835_B_10 2835_B_10 66 22 1

2005EIA767_InScopeAdj 288 of 505Unit Type EIA Gen 3_G_1 2721_G_4 2721_G_5 2723_G_1 2723_G_2 2723_G_3 2727_G_1 2727_G_2 2727_G_3 2727_G_4 2732_G_4 2732_G_5 2732_G_6 2732_G_7 2790_G_1 2790_G_2 2817_G_1 2817_G_2 2823_G_1 2823_G_2 2824_G_1 2824_G_1 2828_G_1 2828_G_2 2828_G_3 2830_G_1 2830_G_2 2830_G_3 2830_G_4 2830_G_5 2830_G_6 2832_G_5 2832_G_5 2832_G_6 2832_G_7 2832_G_8 2835_G_5 2835_G_6 2835_G_6 2835_G_6 2835_G_7 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

5 FALSE 0 TRUE 5 FALSE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 6 TRUE 4 TRUE 6 TRUE 4 TRUE 6 TRUE 4 TRUE 6 TRUE 4 TRUE 6 TRUE 4 TRUE 6 TRUE 4 TRUE 3 FALSE 4 TRUE 3 FALSE 4 TRUE 3 FALSE 4 TRUE 3 FALSE 4 TRUE 3 FALSE 4 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE

2005EIA767_InScopeAdj 289 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

2835_G_7 2835 7 3 2835_B_11 2835_B_11 66 22 1 2835_G_7 2835 7 3 2835_B_8 2835_B_8 66 22 1 2835_G_8 2835 8 3 2835_B_10 2835_B_10 66 22 1 2835_G_8 2835 8 3 2835_B_11 2835_B_11 66 22 1 2835_G_8 2835 8 3 2835_B_8 2835_B_8 66 22 1 2835_G_9 2835 9 3 2835_B_10 2835_B_10 66 22 1 2835_G_9 2835 9 3 2835_B_11 2835_B_11 66 22 1 2835_G_9 2835 9 3 2835_B_8 2835_B_8 66 22 1 2836_G_7 2836 7 1 2836_B_10 2836_B_10 Yes 231 231 2836_B 2 2836_G_9 2836 9 1 2836_B_12 2836_B_12 Yes 726 726 2836_B 2 2837_G_1 2837 1 1 2837_B_1 2837_B_1 Yes 231 231 2837_B 5 2837_G_2 2837 2 1 2837_B_2 2837_B_2 Yes 231 231 2837_B 5 2837_G_3 2837 3 1 2837_B_3 2837_B_3 Yes 231 231 2837_B 5 2837_G_4 2837 4 1 2837_B_4 2837_B_4 Yes 374 374 2837_B 5 2837_G_5 2837 5 1 2837_B_5 2837_B_5 Yes 726 726 2837_B 5 2838_G_18 2838 18 1 2838_B_18 2838_B_18 Yes 330 330 2838_B 1 2840_G_1 2840 1 1 2840_B_1 2840_B_1 155 155 2840_B 3 2840_G_2 2840 2 1 2840_B_2 2840_B_2 155 155 2840_B 3 2840_G_3 2840 3 1 2840_B_3 2840_B_3 155 155 2840_B 3 2840_G_4 2840 4 1 2840_B_4 2840_B_4 Yes 635 635 2840_B 3 2840_G_5 2840 5 1 2840_B_5 2840_B_5 Yes 357 357 2840_B 3 2840_G_6 2840 6 1 2840_B_6 2840_B_6 Yes 357 357 2840_B 3 2843_G_5 2843 5 1 2843_B_9 2843_B_9 Yes 155 155 2843_B 1 2848_G_1 2848 1 1 2848_B_H-1 2848_B_H-1 Yes 97 97 2848_B 6 2848_G_2 2848 2 1 2848_B_H-2 2848_B_H-2 Yes 97 97 2848_B 6 2848_G_3 2848 3 1 2848_B_H-3 2848_B_H-3 Yes 97 97 2848_B 6 2848_G_4 2848 4 1 2848_B_H-4 2848_B_H-4 Yes 97 97 2848_B 6 2848_G_5 2848 5 1 2848_B_H-5 2848_B_H-5 Yes 97 97 2848_B 6 2848_G_6 2848 6 1 2848_B_H-6 2848_B_H-6 Yes 97 97 2848_B 6 2850_G_1 2850 1 1 2850_B_1 2850_B_1 Yes 481 481 2850_B 4 2850_G_2 2850 2 1 2850_B_2 2850_B_2 Yes 481 481 2850_B 4 2850_G_3 2850 3 1 2850_B_3 2850_B_3 Yes 481 481 2850_B 4 2850_G_4 2850 4 1 2850_B_4 2850_B_4 Yes 481 481 2850_B 4 2861_G_1 2861 1 1 2861_B_1 2861_B_1 Yes 156 156 2861_B 2 2861_G_2 2861 2 1 2861_B_2 2861_B_2 Yes 156 156 2861_B 2 2864_G_3 2864 3 2 2864_B_6 2864_B_6 Yes 171 86 4 2864_G_3 2864 3 2 2864_B_5 2864_B_5 Yes 171 86 4 2864_G_4 2864 4 1 2864_B_7 2864_B_7 Yes 164 164 2864_B 4 2864_G_5 2864 5 1 2864_B_8 2864_B_8 Yes 164 164 2864_B 4 2866_G_1 2866 1 1 2866_B_1 2866_B_1 Yes 212 212 2866_B 7

2005EIA767_InScopeAdj 290 of 505Unit Type EIA Gen 3_G_1 2835_G_7 2835_G_7 2835_G_8 2835_G_8 2835_G_8 2835_G_9 2835_G_9 2835_G_9 2836_G_7 2836_G_9 2837_G_1 2837_G_2 2837_G_3 2837_G_4 2837_G_5 2838_G_18 2840_G_1 2840_G_2 2840_G_3 2840_G_4 2840_G_5 2840_G_6 2843_G_5 2848_G_1 2848_G_2 2848_G_3 2848_G_4 2848_G_5 2848_G_6 2850_G_1 2850_G_2 2850_G_3 2850_G_4 2861_G_1 2861_G_2 2864_G_3 2864_G_3 2864_G_4 2864_G_5 2866_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 5 TRUE 1 TRUE 1 TRUE 2 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 0 TRUE 1 TRUE 0 TRUE 6 TRUE 1 FALSE 6 TRUE 1 FALSE 6 TRUE 1 FALSE 6 TRUE 1 FALSE 6 TRUE 1 FALSE 6 TRUE 1 FALSE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 2 TRUE 1 TRUE 2 TRUE 1 TRUE 2 FALSE 3 TRUE 2 FALSE 3 TRUE 2 FALSE 3 TRUE 2 FALSE 3 TRUE 7 TRUE 5 TRUE

2005EIA767_InScopeAdj 291 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

2866_G_2 2866 2 1 2866_B_2 2866_B_2 Yes 212 212 2866_B 7 2866_G_3 2866 3 1 2866_B_3 2866_B_3 Yes 212 212 2866_B 7 2866_G_4 2866 4 1 2866_B_4 2866_B_4 Yes 212 212 2866_B 7 2866_G_5 2866 5 1 2866_B_5 2866_B_5 Yes 403 403 2866_B 7 2866_G_6 2866 6 1 2866_B_6 2866_B_6 Yes 677 677 2866_B 7 2866_G_7 2866 7 1 2866_B_7 2866_B_7 Yes 862 862 2866_B 7 2872_G_1 2872 1 1 2872_B_1 2872_B_1 Yes 304 304 2872_B 5 2872_G_2 2872 2 1 2872_B_2 2872_B_2 Yes 304 304 2872_B 5 2872_G_3 2872 3 1 2872_B_3 2872_B_3 Yes 339 339 2872_B 5 2872_G_4 2872 4 1 2872_B_4 2872_B_4 Yes 339 339 2872_B 5 2872_G_5 2872 5 1 2872_B_5 2872_B_5 Yes 468 468 2872_B 5 2876_G_1 2876 1 1 2876_B_1 2876_B_1 Yes 339 339 2876_B 5 2876_G_2 2876 2 1 2876_B_2 2876_B_2 Yes 339 339 2876_B 5 2876_G_3 2876 3 1 2876_B_3 2876_B_3 Yes 339 339 2876_B 5 2876_G_4 2876 4 1 2876_B_4 2876_B_4 Yes 339 339 2876_B 5 2876_G_5 2876 5 1 2876_B_5 2876_B_5 Yes 339 339 2876_B 5 2878_G_1 2878 1 1 2878_B_1 2878_B_1 Yes 285 285 2878_B 4 2878_G_2 2878 2 1 2878_B_2 2878_B_2 Yes 285 285 2878_B 4 2878_G_3 2878 3 1 2878_B_3 2878_B_3 Yes 285 285 2878_B 4 2878_G_4 2878 4 1 2878_B_4 2878_B_4 Yes 294 294 2878_B 4 2914_G_4 2914 4 1 2914_B_4 2914_B_4 Yes 27 27 2914_B 1 2917_G_5 2917 5 4 2917_B_8 2917_B_8 Yes 29 7 4 2917_G_5 2917 5 4 2917_B_7 2917_B_7 Yes 29 7 4 2917_G_5 2917 5 4 2917_B_1 2917_B_1 Yes 29 7 4 2917_G_5 2917 5 4 2917_B_HRB 2917_B_HRB 29 7 4 2917_G_7 2917 7 2 2917_B_8 2917_B_8 Yes 50 25 4 2917_G_7 2917 7 2 2917_B_7 2917_B_7 Yes 50 25 4 2917_G_8 2917 8 2 2917_B_7 2917_B_7 Yes 51 26 4 2917_G_8 2917 8 2 2917_B_8 2917_B_8 Yes 51 26 4 2917_G_9 2917 9 1 2917_B_9 2917_B_9 Yes 96 96 2917_B 4 2937_G_10 2937 10 2 2937_B_4 2937_B_4 Yes 3 2937_G_10 2937 10 2 2937_B_5 2937_B_5 Yes 3 2937_G_3 2937 3 2 2937_B_4 2937_B_4 Yes 3 2937_G_3 2937 3 2 2937_B_5 2937_B_5 Yes 3 2937_G_4 2937 4 2 2937_B_4 2937_B_4 Yes 3 2937_G_4 2937 4 2 2937_B_5 2937_B_5 Yes 3 2937_G_6 2937 6 2 2937_B_4 2937_B_4 Yes 3 2937_G_6 2937 6 2 2937_B_5 2937_B_5 Yes 3 2937_G_7 2937 7 1 2937_B_6 2937_B_6 Yes 2937_B 3 2942_G_5 2942 5 1 2942_B_5 2942_B_5 Yes 15 15 2942_B 2

2005EIA767_InScopeAdj 292 of 505Unit Type EIA Gen 3_G_1 2866_G_2 2866_G_3 2866_G_4 2866_G_5 2866_G_6 2866_G_7 2872_G_1 2872_G_2 2872_G_3 2872_G_4 2872_G_5 2876_G_1 2876_G_2 2876_G_3 2876_G_4 2876_G_5 2878_G_1 2878_G_2 2878_G_3 2878_G_4 2914_G_4 2917_G_5 2917_G_5 2917_G_5 2917_G_5 2917_G_7 2917_G_7 2917_G_8 2917_G_8 2917_G_9 2937_G_10 2937_G_10 2937_G_3 2937_G_3 2937_G_4 2937_G_4 2937_G_6 2937_G_6 2937_G_7 2942_G_5 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

7 TRUE 5 TRUE 7 TRUE 5 TRUE 7 TRUE 5 TRUE 7 TRUE 5 TRUE 7 TRUE 5 TRUE 7 TRUE 5 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 4 TRUE 1 TRUE 1 TRUE 4 FALSE 1 FALSE 2 FALSE 1 FALSE 2 FALSE 1 FALSE 2 FALSE 1 FALSE 2 FALSE 1 FALSE 2 FALSE 1 FALSE 2 FALSE 1 FALSE 2 FALSE 1 FALSE 2 FALSE 1 FALSE 2 FALSE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 2 TRUE 2 FALSE

2005EIA767_InScopeAdj 293 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

2942_G_6 2942 6 1 2942_B_6 2942_B_6 Yes 19 19 2942_B 2 2951_G_6 2951 6 1 2951_B_6 2951_B_6 Yes 296 296 2951_B 2 2951_G_8 2951 8 1 2951_B_8 2951_B_8 Yes 439 439 2951_B 2 2951_G_ST7 2951 ST7 Yes 1 341 341 2 2952_G_3 2952 3 1 2952_B_3 2952_B_3 Yes 159 159 2952_B 4 2952_G_4 2952 4 1 2952_B_4 2952_B_4 Yes 468 468 2952_B 4 2952_G_5 2952 5 1 2952_B_5 2952_B_5 Yes 468 468 2952_B 4 2952_G_6 2952 6 1 2952_B_6 2952_B_6 Yes 470 470 2952_B 4 2953_G_1 2953 1 1 2953_B_1 2953_B_1 Yes 100 100 2953_B 4 2953_G_2 2953 2 1 2953_B_2 2953_B_2 Yes 100 100 2953_B 4 2953_G_3 2953 3 1 2953_B_3 2953_B_3 Yes 149 149 2953_B 4 2953_G_4 2953 4 1 2953_B_4 2953_B_4 Yes 218 218 2953_B 4 2956_G_1 2956 1 1 2956_B_1 2956_B_1 Yes 707 707 2956_B 3 2956_G_2 2956 2 1 2956_B_2 2956_B_2 Yes 707 707 2956_B 3 2956_G_3 2956 3 1 2956_B_3 2956_B_3 Yes 707 707 2956_B 3 2964_G_1 2964 1 2 2964_B_801N 2964_B_801N Yes 134 67 4 2964_G_1 2964 1 2 2964_B_801S 2964_B_801S Yes 134 67 4 2964_G_2 2964 2 1 2964_B_8002 2964_B_8002 Yes 134 134 2964_B 4 2964_G_3 2964 3 1 2964_B_8003 2964_B_8003 Yes 281 281 2964_B 4 2965_G_2 2965 2 1 2965_B_1402 2965_B_1402 Yes 271 271 2965_B 3 2965_G_3 2965 3 1 2965_B_1403 2965_B_1403 Yes 107 107 2965_B 3 2965_G_4 2965 4 1 2965_B_1404 2965_B_1404 Yes 271 271 2965_B 3 3000_G_1 3000 1 2 3000_B_1 3000_B_1 Yes 27 13 2 3000_G_1 3000 1 2 3000_B_2 3000_B_2 Yes 27 13 2 3000_G_2 3000 2 2 3000_B_1 3000_B_1 Yes 32 16 2 3000_G_2 3000 2 2 3000_B_2 3000_B_2 Yes 32 16 2 3098_G_1 3098 1 1 3098_B_1 3098_B_1 Yes 200 200 3098_B 4 3098_G_2 3098 2 1 3098_B_2 3098_B_2 Yes 200 200 3098_B 4 3098_G_3 3098 3 1 3098_B_3 3098_B_3 Yes 200 200 3098_B 4 3098_G_4 3098 4 1 3098_B_4 3098_B_4 Yes 185 185 3098_B 4 3113_G_1 3113 1 1 3113_B_1 3113_B_1 Yes 211 211 3113_B 2 3113_G_2 3113 2 1 3113_B_2 3113_B_2 Yes 256 256 3113_B 2 3115_G_1 3115 1 1 3115_B_1 3115_B_1 Yes 84 84 3115_B 3 3115_G_2 3115 2 1 3115_B_2 3115_B_2 Yes 84 84 3115_B 3 3115_G_3 3115 3 1 3115_B_3 3115_B_3 Yes 84 84 3115_B 3 3118_G_1 3118 1 1 3118_B_1 3118_B_1 Yes 625 625 3118_B 2 3118_G_2 3118 2 1 3118_B_2 3118_B_2 Yes 625 625 3118_B 2 3122_G_1 3122 1 1 3122_B_1 3122_B_1 Yes 397 397 3122_B 3 3122_G_2 3122 2 1 3122_B_2 3122_B_2 Yes 397 397 3122_B 3 3122_G_3 3122 3 1 3122_B_3 3122_B_3 Yes 432 432 3122_B 3

2005EIA767_InScopeAdj 294 of 505Unit Type EIA Gen 3_G_1 2942_G_6 2951_G_6 2951_G_8 2951_G_ST7 2952_G_3 2952_G_4 2952_G_5 2952_G_6 2953_G_1 2953_G_2 2953_G_3 2953_G_4 2956_G_1 2956_G_2 2956_G_3 2964_G_1 2964_G_1 2964_G_2 2964_G_3 2965_G_2 2965_G_3 2965_G_4 3000_G_1 3000_G_1 3000_G_2 3000_G_2 3098_G_1 3098_G_2 3098_G_3 3098_G_4 3113_G_1 3113_G_2 3115_G_1 3115_G_2 3115_G_3 3118_G_1 3118_G_2 3122_G_1 3122_G_2 3122_G_3 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

2 TRUE 2 FALSE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 2 FALSE 4 TRUE 2 FALSE 4 TRUE 2 FALSE 4 TRUE 2 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 2 FALSE 3 FALSE 2 FALSE 3 FALSE 2 FALSE 3 FALSE 2 FALSE 3 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 2 TRUE 3 TRUE 2 TRUE 3 TRUE 3 TRUE 2 TRUE 3 TRUE 2 TRUE 3 TRUE 2 TRUE 2 TRUE 4 FALSE 2 TRUE 4 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE

2005EIA767_InScopeAdj 295 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

3130_G_FB1 3130 FB1 2 3130_B_1 3130_B_1 Yes 520 260 2 3130_G_FB1 3130 FB1 2 3130_B_2 3130_B_2 Yes 520 260 2 3131_G_1 3131 1 1 3131_B_1 3131_B_1 Yes 152 152 3131_B 4 3131_G_2 3131 2 1 3131_B_2 3131_B_2 Yes 152 152 3131_B 4 3131_G_3 3131 3 1 3131_B_3 3131_B_3 Yes 193 193 3131_B 4 3131_G_4 3131 4 1 3131_B_4 3131_B_4 Yes 193 193 3131_B 4 3136_G_1 3136 1 1 3136_B_1 3136_B_1 Yes 625 625 3136_B 2 3136_G_2 3136 2 1 3136_B_2 3136_B_2 Yes 625 625 3136_B 2 3138_G_3 3138 3 1 3138_B_3 3138_B_3 Yes 134 134 3138_B 3 3138_G_4 3138 4 1 3138_B_4 3138_B_4 Yes 134 134 3138_B 3 3138_G_5 3138 5 1 3138_B_5 3138_B_5 Yes 167 167 3138_B 3 3140_G_1 3140 1 1 3140_B_1 3140_B_1 Yes 222 222 3140_B 3 3140_G_2 3140 2 1 3140_B_2 3140_B_2 Yes 250 250 3140_B 3 3140_G_3 3140 3 1 3140_B_3 3140_B_3 Yes 617 617 3140_B 3 3148_G_1 3148 1 1 3148_B_1 3148_B_1 120 120 3148_B 2 3148_G_2 3148 2 1 3148_B_2 3148_B_2 120 120 3148_B 2 3148_G_3 3148 3 1 3148_B_3 3148_B_3 Yes 602 602 3148_B 2 3148_G_4 3148 4 1 3148_B_4 3148_B_4 Yes 602 602 3148_B 2 3149_G_1 3149 1 1 3149_B_1 3149_B_1 Yes 500 500 3149_B 2 3149_G_11 3149 11 1 3149_B_1 3149_B_1 Yes 48 48 3149_B 2 3149_G_2 3149 2 1 3149_B_2 3149_B_2 Yes 500 500 3149_B 2 3152_G_1 3152 1 5 3152_B_1A 3152_B_1A Yes 96 19 6 3152_G_1 3152 1 5 3152_B_3 3152_B_3 Yes 96 19 6 3152_G_1 3152 1 5 3152_B_2B 3152_B_2B Yes 96 19 6 3152_G_1 3152 1 5 3152_B_1B 3152_B_1B Yes 96 19 6 3152_G_1 3152 1 5 3152_B_2A 3152_B_2A Yes 96 19 6 3152_G_2 3152 2 5 3152_B_1A 3152_B_1A Yes 96 19 6 3152_G_2 3152 2 5 3152_B_3 3152_B_3 Yes 96 19 6 3152_G_2 3152 2 5 3152_B_1B 3152_B_1B Yes 96 19 6 3152_G_2 3152 2 5 3152_B_2B 3152_B_2B Yes 96 19 6 3152_G_2 3152 2 5 3152_B_2A 3152_B_2A Yes 96 19 6 3152_G_3 3152 3 5 3152_B_1A 3152_B_1A Yes 128 26 6 3152_G_3 3152 3 5 3152_B_2B 3152_B_2B Yes 128 26 6 3152_G_3 3152 3 5 3152_B_1B 3152_B_1B Yes 128 26 6 3152_G_3 3152 3 5 3152_B_3 3152_B_3 Yes 128 26 6 3152_G_3 3152 3 5 3152_B_2A 3152_B_2A Yes 128 26 6 3152_G_4 3152 4 1 3152_B_4 3152_B_4 Yes 138 138 3152_B 6 3159_G_1 3159 1 3 3159_B_1 3159_B_1 Yes 220 73 2 3159_G_1 3159 1 3 3159_B_FB1 3159_B_FB1 220 73 2 3159_G_1 3159 1 3 3159_B_FB2 3159_B_FB2 220 73 2

2005EIA767_InScopeAdj 296 of 505Unit Type EIA Gen 3_G_1 3130_G_FB1 3130_G_FB1 3131_G_1 3131_G_2 3131_G_3 3131_G_4 3136_G_1 3136_G_2 3138_G_3 3138_G_4 3138_G_5 3140_G_1 3140_G_2 3140_G_3 3148_G_1 3148_G_2 3148_G_3 3148_G_4 3149_G_1 3149_G_11 3149_G_2 3152_G_1 3152_G_1 3152_G_1 3152_G_1 3152_G_1 3152_G_2 3152_G_2 3152_G_2 3152_G_2 3152_G_2 3152_G_3 3152_G_3 3152_G_3 3152_G_3 3152_G_3 3152_G_4 3159_G_1 3159_G_1 3159_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 FALSE 0 TRUE 0 FALSE 0 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 4 TRUE 3 TRUE 2 TRUE 4 FALSE 2 TRUE 4 FALSE 3 TRUE 2 TRUE 3 TRUE 2 TRUE 3 TRUE 2 TRUE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 3 TRUE 4 FALSE 6 FALSE 4 FALSE 6 FALSE 4 FALSE 6 FALSE 4 FALSE 6 FALSE 3 FALSE 0 TRUE 3 FALSE 0 TRUE 3 FALSE 0 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 1 TRUE 1 FALSE 1 TRUE 1 FALSE 1 TRUE

2005EIA767_InScopeAdj 297 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

3159_G_2 3159 2 1 3159_B_2 3159_B_2 Yes 270 270 3159_B 2 3160_G_7 3160 7 0 190 190 0 3160_G_8 3160 8 0 190 190 0 3161_G_1 3161 1 1 3161_B_1 3161_B_1 Yes 445 445 3161_B 4 3161_G_2 3161 2 1 3161_B_2 3161_B_2 Yes 445 445 3161_B 4 3161_G_3 3161 3 1 3161_B_3 3161_B_3 Yes 612 612 3161_B 4 3161_G_4 3161 4 1 3161_B_4 3161_B_4 Yes 612 612 3161_B 4 3169_G_1 3169 1 1 3169_B_1 3169_B_1 Yes 218 218 3169_B 1 3176_G_3 3176 3 1 76 76 0 3178_G_1 3178 1 1 3178_B_1 3178_B_1 Yes 138 138 3178_B 2 3178_G_2 3178 2 1 3178_B_2 3178_B_2 Yes 138 138 3178_B 2 3179_G_1 3179 1 1 3179_B_1 3179_B_1 Yes 601 601 3179_B 3 3179_G_2 3179 2 1 3179_B_2 3179_B_2 Yes 601 601 3179_B 3 3179_G_3 3179 3 1 3179_B_3 3179_B_3 Yes 601 601 3179_B 3 3181_G_2 3181 2 3 3181_B_1 3181_B_1 Yes 189 63 4 3181_G_2 3181 2 3 3181_B_3 3181_B_3 Yes 189 63 4 3181_G_2 3181 2 3 3181_B_2 3181_B_2 Yes 189 63 4 3181_G_3 3181 3 1 3181_B_33 3181_B_33 Yes 270 270 3181_B 4 3251_G_1 3251 1 1 3251_B_1 3251_B_1 Yes 179 179 3251_B 1 3264_G_1 3264 1 1 3264_B_1 3264_B_1 Yes 149 149 3264_B 3 3264_G_2 3264 2 1 3264_B_2 3264_B_2 Yes 149 149 3264_B 3 3264_G_3 3264 3 1 3264_B_3 3264_B_3 Yes 196 196 3264_B 3 3280_G_1 3280 1 1 3280_B_CAN1 3280_B_CAN1 Yes 134 134 3280_B 3 3280_G_2 3280 2 1 3280_B_CAN2 3280_B_CAN2 Yes 134 134 3280_B 3 3280_G_3 3280 3 1 3280_B_CAN3 3280_B_CAN3 Yes 232 232 3280_B 3 3287_G_1 3287 1 1 3287_B_MCM1 3287_B_MCM1 Yes 126 126 3287_B 2 3287_G_2 3287 2 1 3287_B_MCM2 3287_B_MCM2 Yes 126 126 3287_B 2 3295_G_3 3295 3 1 3295_B_URQ3 3295_B_URQ3 Yes 117 117 3295_B 1 3297_G_1 3297 1 1 3297_B_WAT1 3297_B_WAT1 Yes 332 332 3297_B 2 3297_G_2 3297 2 1 3297_B_WAT2 3297_B_WAT2 Yes 332 332 3297_B 2 3298_G_ST1 3298 ST1 1 3298_B_WIL1 3298_B_WIL1 Yes 716 716 3298_B 1 3317_G_1 3317 1 1 3317_B_1 3317_B_1 Yes 90 90 3317_B 2 3317_G_2 3317 2 1 3317_B_2 3317_B_2 Yes 90 90 3317_B 2 3319_G_1 3319 1 1 3319_B_1 3319_B_1 Yes 110 110 3319_B 4 3319_G_2 3319 2 1 3319_B_2 3319_B_2 Yes 110 110 3319_B 4 3319_G_3 3319 3 1 3319_B_3 3319_B_3 Yes 180 180 3319_B 4 3319_G_4 3319 4 1 3319_B_4 3319_B_4 Yes 180 180 3319_B 4 3393_G_1 3393 1 1 3393_B_1 3393_B_1 Yes 256 256 3393_B 3 3393_G_2 3393 2 1 3393_B_2 3393_B_2 Yes 256 256 3393_B 3 3393_G_3 3393 3 1 3393_B_3 3393_B_3 Yes 256 256 3393_B 3

2005EIA767_InScopeAdj 298 of 505Unit Type EIA Gen 3_G_1 3159_G_2 3160_G_7 3160_G_8 3161_G_1 3161_G_2 3161_G_3 3161_G_4 3169_G_1 3176_G_3 3178_G_1 3178_G_2 3179_G_1 3179_G_2 3179_G_3 3181_G_2 3181_G_2 3181_G_2 3181_G_3 3251_G_1 3264_G_1 3264_G_2 3264_G_3 3280_G_1 3280_G_2 3280_G_3 3287_G_1 3287_G_2 3295_G_3 3297_G_1 3297_G_2 3298_G_ST1 3317_G_1 3317_G_2 3319_G_1 3319_G_2 3319_G_3 3319_G_4 3393_G_1 3393_G_2 3393_G_3 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

1 FALSE 1 TRUE 0 TRUE 4 FALSE 0 TRUE 4 FALSE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 1 TRUE 3 TRUE 0 TRUE 0 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 TRUE 2 TRUE 3 TRUE 2 TRUE 3 TRUE 2 TRUE 3 TRUE 2 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 1 TRUE 8 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 2 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 5 FALSE 4 TRUE 5 FALSE 4 TRUE 5 FALSE 4 TRUE 5 FALSE 3 TRUE 20 TRUE 3 TRUE 20 TRUE 3 TRUE 20 TRUE

2005EIA767_InScopeAdj 299 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

3396_G_1 3396 1 1 3396_B_1 3396_B_1 Yes 886 886 3396_B 1 3399_G_1 3399 1 1 3399_B_1 3399_B_1 Yes 1800 1800 3399_B 2 3399_G_2 3399 2 1 3399_B_2 3399_B_2 Yes 1800 1800 3399_B 2 3403_G_1 3403 1 1 3403_B_1 3403_B_1 Yes 321 321 3403_B 4 3403_G_2 3403 2 1 3403_B_2 3403_B_2 Yes 321 321 3403_B 4 3403_G_3 3403 3 1 3403_B_3 3403_B_3 Yes 321 321 3403_B 4 3403_G_4 3403 4 1 3403_B_4 3403_B_4 Yes 321 321 3403_B 4 3405_G_1 3405 1 1 3405_B_1 3405_B_1 Yes 253 253 3405_B 4 3405_G_2 3405 2 1 3405_B_2 3405_B_2 Yes 253 253 3405_B 4 3405_G_3 3405 3 1 3405_B_3 3405_B_3 Yes 253 253 3405_B 4 3405_G_4 3405 4 1 3405_B_4 3405_B_4 Yes 253 253 3405_B 4 3406_G_1 3406 1 1 3406_B_1 3406_B_1 Yes 235 235 3406_B 10 3406_G_10 3406 10 1 3406_B_10 3406_B_10 Yes 221 221 3406_B 10 3406_G_2 3406 2 1 3406_B_2 3406_B_2 Yes 235 235 3406_B 10 3406_G_3 3406 3 1 3406_B_3 3406_B_3 Yes 235 235 3406_B 10 3406_G_4 3406 4 1 3406_B_4 3406_B_4 Yes 235 235 3406_B 10 3406_G_5 3406 5 1 3406_B_5 3406_B_5 Yes 235 235 3406_B 10 3406_G_6 3406 6 1 3406_B_6 3406_B_6 Yes 235 235 3406_B 10 3406_G_7 3406 7 1 3406_B_7 3406_B_7 Yes 221 221 3406_B 10 3406_G_8 3406 8 1 3406_B_8 3406_B_8 Yes 221 221 3406_B 10 3406_G_9 3406 9 1 3406_B_9 3406_B_9 Yes 221 221 3406_B 10 3407_G_1 3407 1 1 3407_B_1 3407_B_1 Yes 201 201 3407_B 9 3407_G_2 3407 2 1 3407_B_2 3407_B_2 Yes 201 201 3407_B 9 3407_G_3 3407 3 1 3407_B_3 3407_B_3 Yes 201 201 3407_B 9 3407_G_4 3407 4 1 3407_B_4 3407_B_4 Yes 201 201 3407_B 9 3407_G_5 3407 5 1 3407_B_5 3407_B_5 Yes 271 271 3407_B 9 3407_G_6 3407 6 1 3407_B_6 3407_B_6 Yes 271 271 3407_B 9 3407_G_7 3407 7 1 3407_B_7 3407_B_7 Yes 271 271 3407_B 9 3407_G_8 3407 8 1 3407_B_8 3407_B_8 Yes 271 271 3407_B 9 3407_G_9 3407 9 1 3407_B_9 3407_B_9 Yes 271 271 3407_B 9 3438_G_1 3438 1 1 3438_B_1 3438_B_1 Yes 129 129 3438_B 2 3438_G_2 3438 2 1 3438_B_2 3438_B_2 Yes 139 139 3438_B 2 3439_G_1 3439 1 1 3439_B_1 3439_B_1 Yes 60 60 3439_B 3 3439_G_2 3439 2 1 3439_B_2 3439_B_2 Yes 60 60 3439_B 3 3439_G_3 3439 3 1 3439_B_3 3439_B_3 Yes 114 114 3439_B 3 3441_G_5 3441 5 1 63 63 0 3441_G_6 3441 6 1 223 223 0 3441_G_7 3441 7 1 463 463 0 3442_G_4 3442 4 1 3442_B_5 3442_B_5 Yes 55 55 3442_B 3 3442_G_5 3442 5 1 3442_B_6 3442_B_6 Yes 55 55 3442_B 3

2005EIA767_InScopeAdj 300 of 505Unit Type EIA Gen 3_G_1 3396_G_1 3399_G_1 3399_G_2 3403_G_1 3403_G_2 3403_G_3 3403_G_4 3405_G_1 3405_G_2 3405_G_3 3405_G_4 3406_G_1 3406_G_10 3406_G_2 3406_G_3 3406_G_4 3406_G_5 3406_G_6 3406_G_7 3406_G_8 3406_G_9 3407_G_1 3407_G_2 3407_G_3 3407_G_4 3407_G_5 3407_G_6 3407_G_7 3407_G_8 3407_G_9 3438_G_1 3438_G_2 3439_G_1 3439_G_2 3439_G_3 3441_G_5 3441_G_6 3441_G_7 3442_G_4 3442_G_5 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

1 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 8 TRUE 4 TRUE 8 TRUE 4 TRUE 8 TRUE 4 TRUE 8 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 10 TRUE 20 TRUE 10 TRUE 20 TRUE 10 TRUE 20 TRUE 10 TRUE 20 TRUE 10 TRUE 20 TRUE 10 TRUE 20 TRUE 10 TRUE 20 TRUE 10 TRUE 20 TRUE 10 TRUE 20 TRUE 10 TRUE 20 TRUE 9 TRUE 0 TRUE 9 TRUE 0 TRUE 9 TRUE 0 TRUE 9 TRUE 0 TRUE 9 TRUE 0 TRUE 9 TRUE 0 TRUE 9 TRUE 0 TRUE 9 TRUE 0 TRUE 9 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE

2005EIA767_InScopeAdj 301 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

3442_G_6 3442 6 1 3442_B_7 3442_B_7 Yes 213 213 3442_B 3 3443_G_4 3443 4 1 129 129 0 3443_G_5 3443 5 1 156 156 0 3443_G_6 3443 6 1 272 272 0 3452_G_1 3452 1 1 3452_B_1 3452_B_1 Yes 496 496 3452_B 2 3452_G_2 3452 2 1 3452_B_2 3452_B_2 Yes 713 713 3452_B 2 3453_G_2 3453 2 1 3453_B_2 3453_B_2 Yes 107 107 3453_B 6 3453_G_3 3453 3 1 3453_B_3A 3453_B_3A Yes 206 103 3453_B 6 3453_G_3 3453 3 1 3453_B_3A 3453_B_3A Yes 206 103 3453_B 6 3453_G_6 3453 6 1 3453_B_6 3453_B_6 Yes 245 245 3453_B 6 3453_G_7 3453 7 1 3453_B_7 3453_B_7 Yes 245 245 3453_B 6 3453_G_8 3453 8 1 3453_B_8 3453_B_8 Yes 568 568 3453_B 6 3454_G_1 3454 1 1 3454_B_1 3454_B_1 Yes 254 254 3454_B 3 3454_G_2 3454 2 1 3454_B_2 3454_B_2 Yes 263 263 3454_B 3 3454_G_3 3454 3 1 3454_B_3 3454_B_3 Yes 386 386 3454_B 3 3455_G_1 3455 1 0 124 124 0 3455_G_2 3455 2 0 154 154 0 3455_G_3 3455 3 0 154 154 0 3457_G_1 3457 1 1 3457_B_1 3457_B_1 Yes 399 399 3457_B 2 3457_G_2 3457 2 1 3457_B_2 3457_B_2 Yes 399 399 3457_B 2 3459_G_1 3459 1 1 3459_B_1 3459_B_1 Yes 374 374 3459_B 5 3459_G_2 3459 2 1 3459_B_2 3459_B_2 Yes 374 374 3459_B 5 3459_G_3 3459 3 1 3459_B_3 3459_B_3 Yes 562 562 3459_B 5 3459_G_4 3459 4 1 3459_B_4 3459_B_4 Yes 636 636 3459_B 5 3459_G_5 3459 5 1 3459_B_5 3459_B_5 Yes 568 568 3459_B 5 3460_G_1 3460 1 1 3460_B_CBY1 3460_B_CBY1 Yes 753 753 3460_B 2 3460_G_2 3460 2 1 3460_B_CBY2 3460_B_CBY2 Yes 753 753 3460_B 2 3460_G_3 3460 3 1 3460_B_CBY3 3460_B_CBY3 753 753 3460_B 2 3461_G_7 3461 7 1 97 97 0 3464_G_5 3464 5 1 3464_B_GBY5 3464_B_GBY5 Yes 251 251 3464_B 1 3466_G_1 3466 1 1 3466_B_PHR1 3466_B_PHR1 Yes 544 544 3466_B 3 3466_G_2 3466 2 1 3466_B_PHR2 3466_B_PHR2 Yes 544 544 3466_B 3 3466_G_3 3466 3 1 3466_B_PHR3 3466_B_PHR3 655 655 3466_B 3 3466_G_4 3466 4 1 3466_B_PHR4 3466_B_PHR4 Yes 865 865 3466_B 3 3468_G_3 3468 3 1 3468_B_SRB3 3468_B_SRB3 Yes 314 314 3468_B 4 3468_G_4 3468 4 1 3468_B_SRB4 3468_B_SRB4 Yes 314 314 3468_B 4 3468_G_ST1 3468 ST1 1 3468_B_SRB1 3468_B_SRB1 Yes 258 258 3468_B 4 3468_G_ST2 3468 ST2 1 3468_B_SRB2 3468_B_SRB2 Yes 256 256 3468_B 4 3470_G_1 3470 1 1 3470_B_WAP1 3470_B_WAP1 Yes 258 258 3470_B 8 3470_G_2 3470 2 1 3470_B_WAP2 3470_B_WAP2 Yes 258 258 3470_B 8

2005EIA767_InScopeAdj 302 of 505Unit Type EIA Gen 3_G_1 3442_G_6 3443_G_4 3443_G_5 3443_G_6 3452_G_1 3452_G_2 3453_G_2 3453_G_3 3453_G_3 3453_G_6 3453_G_7 3453_G_8 3454_G_1 3454_G_2 3454_G_3 3455_G_1 3455_G_2 3455_G_3 3457_G_1 3457_G_2 3459_G_1 3459_G_2 3459_G_3 3459_G_4 3459_G_5 3460_G_1 3460_G_2 3460_G_3 3461_G_7 3464_G_5 3466_G_1 3466_G_2 3466_G_3 3466_G_4 3468_G_3 3468_G_4 3468_G_ST1 3468_G_ST2 3470_G_1 3470_G_2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

3 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 3 FALSE 2 FALSE 3 FALSE 2 FALSE 3 FALSE 2 FALSE 0 TRUE 0 FALSE 1 TRUE 6 FALSE 4 FALSE 0 TRUE 4 FALSE 0 TRUE 4 FALSE 0 TRUE 4 FALSE 0 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 8 TRUE 1 TRUE 8 TRUE 1 TRUE

2005EIA767_InScopeAdj 303 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

3470_G_3 3470 3 1 3470_B_WAP3 3470_B_WAP3 Yes 405 405 3470_B 8 3470_G_4 3470 4 1 3470_B_WAP4 3470_B_WAP4 Yes 742 742 3470_B 8 3470_G_5 3470 5 1 3470_B_WAP5 3470_B_WAP5 Yes 714 714 3470_B 8 3470_G_6 3470 6 1 3470_B_WAP6 3470_B_WAP6 Yes 714 714 3470_B 8 3470_G_7 3470 7 1 3470_B_WAP7 3470_B_WAP7 Yes 452 452 3470_B 8 3470_G_8 3470 8 1 3470_B_WAP8 3470_B_WAP8 Yes 466 466 3470_B 8 3471_G_3 3471 3 1 450 450 0 3476_G_2 3476 2 1 3476_B_2 3476_B_2 Yes 100 100 3476_B 4 3476_G_3 3476 3 1 3476_B_3 3476_B_3 Yes 100 100 3476_B 4 3476_G_4 3476 4 1 3476_B_4 3476_B_4 Yes 134 134 3476_B 4 3476_G_5 3476 5 1 3476_B_5 3476_B_5 Yes 547 547 3476_B 4 3477_G_1 3477 1 1 3477_B_1 3477_B_1 Yes 123 123 3477_B 1 3478_G_1 3478 1 1 3478_B_1 3478_B_1 Yes 156 156 3478_B 3 3478_G_2 3478 2 1 3478_B_2 3478_B_2 Yes 310 310 3478_B 3 3478_G_3 3478 3 1 3478_B_3 3478_B_3 Yes 310 310 3478_B 3 3489_G_1 3489 1 1 3489_B_1 3489_B_1 Yes 145 145 3489_B 3 3489_G_2 3489 2 1 3489_B_2 3489_B_2 Yes 178 178 3489_B 3 3489_G_3 3489 3 1 3489_B_3 3489_B_3 Yes 352 352 3489_B 3 3490_G_1 3490 1 1 3490_B_1 3490_B_1 Yes 360 360 3490_B 2 3490_G_2 3490 2 1 3490_B_2 3490_B_2 Yes 394 394 3490_B 2 3491_G_1 3491 1 2 3491_B_1A 3491_B_1A Yes 83 42 6 3491_G_1 3491 1 2 3491_B_1B 3491_B_1B Yes 83 42 6 3491_G_2 3491 2 1 3491_B_2 3491_B_2 Yes 160 160 3491_B 6 3491_G_3 3491 3 1 3491_B_3 3491_B_3 Yes 512 512 3491_B 6 3491_G_4 3491 4 1 3491_B_4 3491_B_4 Yes 579 579 3491_B 6 3491_G_5 3491 5 1 3491_B_5 3491_B_5 Yes 579 579 3491_B 6 3492_G_5 3492 5 1 3492_B_5 3492_B_5 Yes 312 312 3492_B 2 3492_G_6 3492 6 1 3492_B_6 3492_B_6 Yes 535 535 3492_B 2 3493_G_4 3493 4 0 0 3497_G_1 3497 1 1 3497_B_1 3497_B_1 Yes 757 757 3497_B 2 3497_G_2 3497 2 1 3497_B_2 3497_B_2 Yes 757 757 3497_B 2 3502_G_ST1 3502 ST1 1 3502_B_1 3502_B_1 Yes 124 124 3502_B 2 3502_G_ST2 3502 ST2 1 3502_B_2 3502_B_2 Yes 432 432 3502_B 2 3503_G_1 3503 1 0 307 307 0 3504_G_ST1 3504 ST1 1 3504_B_1 3504_B_1 Yes 257 257 3504_B 2 3504_G_ST2 3504 ST2 1 3504_B_2 3504_B_2 Yes 611 611 3504_B 2 3506_G_1 3506 1 1 3506_B_1 3506_B_1 Yes 580 580 3506_B 2 3506_G_2 3506 2 1 3506_B_2 3506_B_2 Yes 935 935 3506_B 2 3507_G_6 3507 6 1 3507_B_9 3507_B_9 Yes 442 442 3507_B 1 3508_G_1 3508 1 1 3508_B_1 3508_B_1 Yes 238 238 3508_B 3

2005EIA767_InScopeAdj 304 of 505Unit Type EIA Gen 3_G_1 3470_G_3 3470_G_4 3470_G_5 3470_G_6 3470_G_7 3470_G_8 3471_G_3 3476_G_2 3476_G_3 3476_G_4 3476_G_5 3477_G_1 3478_G_1 3478_G_2 3478_G_3 3489_G_1 3489_G_2 3489_G_3 3490_G_1 3490_G_2 3491_G_1 3491_G_1 3491_G_2 3491_G_3 3491_G_4 3491_G_5 3492_G_5 3492_G_6 3493_G_4 3497_G_1 3497_G_2 3502_G_ST1 3502_G_ST2 3503_G_1 3504_G_ST1 3504_G_ST2 3506_G_1 3506_G_2 3507_G_6 3508_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

8 TRUE 1 TRUE 8 TRUE 1 TRUE 8 TRUE 1 TRUE 8 TRUE 1 TRUE 8 TRUE 1 TRUE 8 TRUE 1 TRUE 0 TRUE 0 FALSE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 1 TRUE 0 TRUE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 FALSE 0 TRUE 4 FALSE 0 TRUE 4 FALSE 0 TRUE 4 FALSE 0 TRUE 4 FALSE 0 TRUE 4 FALSE 0 TRUE 2 TRUE 6 TRUE 2 TRUE 6 TRUE 0 TRUE 0 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 3 TRUE 2 TRUE 3 TRUE 0 TRUE 0 FALSE 2 TRUE 5 TRUE 2 TRUE 5 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 1 TRUE 2 TRUE 3 TRUE 0 FALSE

2005EIA767_InScopeAdj 305 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

3508_G_2 3508 2 1 3508_B_2 3508_B_2 Yes 585 585 3508_B 3 3508_G_3 3508 3 1 3508_B_3 3508_B_3 Yes 472 472 3508_B 3 3521_G_1 3521 1 3 0 3521_G_2 3521 2 1 0 3523_G_1 3523 1 1 0 3524_G_1 3524 1 1 62 62 0 3524_G_2 3524 2 1 62 62 0 3524_G_3 3524 3 1 58 58 0 3524_G_4 3524 4 1 120 120 0 3527_G_2 3527 2 1 174 174 0 3548_G_1 3548 1 1 3548_B_1 3548_B_1 Yes 517 517 3548_B 2 3548_G_2 3548 2 1 3548_B_2 3548_B_2 Yes 526 526 3548_B 2 3549_G_1 3549 1 1 145 145 0 3549_G_2 3549 2 1 145 145 0 3549_G_3 3549 3 1 310 310 0 3549_G_4 3549 4 1 312 312 0 3576_G_1 3576 1 1 3576_B_CE1 3576_B_CE1 Yes 134 134 3576_B 3 3576_G_2 3576 2 1 3576_B_BW2 3576_B_BW2 Yes 156 156 3576_B 3 3576_G_3 3576 3 1 3576_B_BW3 3576_B_BW3 Yes 240 240 3576_B 3 3601_G_1 3601 1 1 3601_B_1 3601_B_1 Yes 276 276 3601_B 3 3601_G_2 3601 2 1 3601_B_2 3601_B_2 Yes 223 223 3601_B 3 3601_G_3 3601 3 1 3601_B_3 3601_B_3 Yes 475 475 3601_B 3 3611_G_1 3611 1 1 3611_B_1 3611_B_1 Yes 504 504 3611_B 2 3611_G_2 3611 2 1 3611_B_2 3611_B_2 Yes 504 504 3611_B 2 3612_G_1 3612 1 1 3612_B_1 3612_B_1 Yes 444 444 3612_B 3 3612_G_2 3612 2 1 3612_B_2 3612_B_2 Yes 444 444 3612_B 3 3612_G_3 3612 3 1 3612_B_3 3612_B_3 Yes 503 503 3612_B 3 3627_G_1 3627 1 1 3627_B_1 3627_B_1 Yes 38 38 3627_B 3 3627_G_2 3627 2 1 3627_B_2 3627_B_2 Yes 38 38 3627_B 3 3627_G_3 3627 3 1 3627_B_3 3627_B_3 Yes 72 72 3627_B 3 3628_G_1 3628 1 1 3628_B_1 3628_B_1 Yes 114 114 3628_B 3 3628_G_2 3628 2 1 3628_B_2 3628_B_2 Yes 178 178 3628_B 3 3628_G_3 3628 3 1 3628_B_3 3628_B_3 Yes 321 321 3628_B 3 3631_G_3 3631 3 1 3631_B_3 3631_B_3 Yes 50 50 3631_B 1 3644_G_1 3644 1 1 3644_B_1 3644_B_1 Yes 87 87 3644_B 2 3644_G_2 3644 2 1 3644_B_2 3644_B_2 Yes 129 129 3644_B 2 3648_G_1 3648 1 1 3648_B_1 3648_B_1 Yes 156 156 3648_B 3 3648_G_2 3648 2 1 3648_B_2 3648_B_2 Yes 156 156 3648_B 3 3648_G_3 3648 3 1 3648_B_3 3648_B_3 Yes 183 183 3648_B 3 3775_G_1 3775 1 1 3775_B_1 3775_B_1 Yes 220 220 3775_B 3

2005EIA767_InScopeAdj 306 of 505Unit Type EIA Gen 3_G_1 3508_G_2 3508_G_3 3521_G_1 3521_G_2 3523_G_1 3524_G_1 3524_G_2 3524_G_3 3524_G_4 3527_G_2 3548_G_1 3548_G_2 3549_G_1 3549_G_2 3549_G_3 3549_G_4 3576_G_1 3576_G_2 3576_G_3 3601_G_1 3601_G_2 3601_G_3 3611_G_1 3611_G_2 3612_G_1 3612_G_2 3612_G_3 3627_G_1 3627_G_2 3627_G_3 3628_G_1 3628_G_2 3628_G_3 3631_G_3 3644_G_1 3644_G_2 3648_G_1 3648_G_2 3648_G_3 3775_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

3 TRUE 0 FALSE 3 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 1 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 2 FALSE 3 TRUE 2 FALSE 3 TRUE 2 FALSE 1 TRUE 8 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 3 TRUE 3 FALSE 3 TRUE 3 FALSE 3 TRUE 3 FALSE 3 TRUE 0 FALSE

2005EIA767_InScopeAdj 307 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

3775_G_2 3775 2 1 3775_B_2 3775_B_2 Yes 220 220 3775_B 3 3775_G_3 3775 3 1 3775_B_3 3775_B_3 Yes 220 220 3775_B 3 3776_G_5 3776 5 2 3776_B_51 3776_B_51 Yes 192 96 3 3776_G_5 3776 5 2 3776_B_52 3776_B_52 Yes 192 96 3 3776_G_6 3776 6 1 3776_B_6 3776_B_6 Yes 343 343 3776_B 3 3788_G_1 3788 1 1 3788_B_1 3788_B_1 Yes 149 149 3788_B 5 3788_G_2 3788 2 1 3788_B_2 3788_B_2 Yes 149 149 3788_B 5 3788_G_3 3788 3 1 3788_B_3 3788_B_3 Yes 133 133 3788_B 5 3788_G_4 3788 4 1 3788_B_4 3788_B_4 Yes 133 133 3788_B 5 3788_G_5 3788 5 1 3788_B_5 3788_B_5 Yes 133 133 3788_B 5 3796_G_3 3796 3 1 3796_B_3 3796_B_3 Yes 91 91 3796_B 2 3796_G_4 3796 4 1 3796_B_4 3796_B_4 Yes 169 169 3796_B 2 3797_G_3 3797 3 1 3797_B_3 3797_B_3 Yes 138 138 3797_B 4 3797_G_4 3797 4 1 3797_B_4 3797_B_4 Yes 178 178 3797_B 4 3797_G_5 3797 5 1 3797_B_5 3797_B_5 Yes 325 325 3797_B 4 3797_G_6 3797 6 1 3797_B_6 3797_B_6 Yes 669 669 3797_B 4 3803_G_3 3803 3 1 3803_B_3 3803_B_3 Yes 223 223 3803_B 4 3803_G_ST1 3803 ST1 1 3803_B_1 3803_B_1 Yes 126 126 3803_B 4 3803_G_ST2 3803 ST2 1 3803_B_2 3803_B_2 Yes 126 126 3803_B 4 3803_G_ST4 3803 ST4 1 3803_B_4 3803_B_4 Yes 320 320 3803_B 4 3804_G_3 3804 3 1 3804_B_3 3804_B_3 Yes 126 126 3804_B 3 3804_G_4 3804 4 1 3804_B_4 3804_B_4 Yes 221 221 3804_B 3 3804_G_5 3804 5 1 3804_B_5 3804_B_5 Yes 668 668 3804_B 3 3809_G_1 3809 1 1 3809_B_1 3809_B_1 Yes 223 223 3809_B 3 3809_G_2 3809 2 1 3809_B_2 3809_B_2 Yes 223 223 3809_B 3 3809_G_3 3809 3 1 3809_B_3 3809_B_3 Yes 1604 1604 3809_B 3 3845_G_1 3845 1 1 3845_B_BW21 3845_B_BW21 Yes 480 480 3845_B 2 3845_G_2 3845 2 1 3845_B_BW22 3845_B_BW22 Yes 480 480 3845_B 2 3845_G_70 3845 70 Yes 4 127 127 2 3935_G_1 3935 1 1 3935_B_1 3935_B_1 Yes 519 519 3935_B 3 3935_G_2 3935 2 1 3935_B_2 3935_B_2 Yes 519 519 3935_B 3 3935_G_3 3935 3 1 3935_B_3 3935_B_3 Yes 1125 1125 3935_B 3 3936_G_1 3936 1 1 3936_B_1 3936_B_1 Yes 304 304 3936_B 2 3936_G_2 3936 2 1 3936_B_2 3936_B_2 Yes 304 304 3936_B 2 3938_G_1 3938 1 1 3938_B_11 3938_B_11 Yes 223 223 3938_B 4 3938_G_2 3938 2 1 3938_B_21 3938_B_21 Yes 223 223 3938_B 4 3938_G_3 3938 3 1 3938_B_31 3938_B_31 Yes 223 223 3938_B 4 3938_G_4 3938 4 1 3938_B_41 3938_B_41 Yes 223 223 3938_B 4 3938_G_5 3938 5 1 3938_B_51 3938_B_51 715 715 3938_B 4 3942_G_1 3942 1 1 3942_B_1 3942_B_1 Yes 104 104 3942_B 3

2005EIA767_InScopeAdj 308 of 505Unit Type EIA Gen 3_G_1 3775_G_2 3775_G_3 3776_G_5 3776_G_5 3776_G_6 3788_G_1 3788_G_2 3788_G_3 3788_G_4 3788_G_5 3796_G_3 3796_G_4 3797_G_3 3797_G_4 3797_G_5 3797_G_6 3803_G_3 3803_G_ST1 3803_G_ST2 3803_G_ST4 3804_G_3 3804_G_4 3804_G_5 3809_G_1 3809_G_2 3809_G_3 3845_G_1 3845_G_2 3845_G_70 3935_G_1 3935_G_2 3935_G_3 3936_G_1 3936_G_2 3938_G_1 3938_G_2 3938_G_3 3938_G_4 3938_G_5 3942_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

3 TRUE 0 FALSE 3 TRUE 0 FALSE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 1 FALSE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 5 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 4 TRUE 8 TRUE 4 TRUE 8 TRUE 4 TRUE 8 TRUE 4 TRUE 8 TRUE 3 TRUE 9 TRUE 3 TRUE 9 TRUE 3 TRUE 9 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 5 FALSE 2 TRUE 5 FALSE 2 TRUE 5 FALSE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 5 FALSE 0 TRUE 5 FALSE 0 TRUE 5 FALSE 0 TRUE 5 FALSE 0 TRUE 5 FALSE 0 TRUE 3 TRUE 0 TRUE

2005EIA767_InScopeAdj 309 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

3942_G_2 3942 2 1 3942_B_2 3942_B_2 Yes 104 104 3942_B 3 3942_G_3 3942 3 1 3942_B_3 3942_B_3 Yes 144 144 3942_B 3 3943_G_1 3943 1 1 3943_B_1 3943_B_1 Yes 557 557 3943_B 2 3943_G_2 3943 2 1 3943_B_2 3943_B_2 Yes 557 557 3943_B 2 3944_G_1 3944 1 1 3944_B_1 3944_B_1 Yes 401 401 3944_B 3 3944_G_2 3944 2 1 3944_B_2 3944_B_2 Yes 401 401 3944_B 3 3944_G_3 3944 3 1 3944_B_3 3944_B_3 Yes 401 401 3944_B 3 3945_G_5 3945 5 1 3945_B_7 3945_B_7 Yes 15 15 3945_B 2 3945_G_6 3945 6 1 3945_B_8 3945_B_8 Yes 111 111 3945_B 2 3946_G_1 3946 1 1 3946_B_1 3946_B_1 Yes 104 104 3946_B 2 3946_G_2 3946 2 1 3946_B_2 3946_B_2 Yes 167 167 3946_B 2 3947_G_1 3947 1 1 3947_B_1 3947_B_1 Yes 339 339 3947_B 3 3947_G_2 3947 2 1 3947_B_2 3947_B_2 Yes 339 339 3947_B 3 3947_G_3 3947 3 1 3947_B_3 3947_B_3 Yes 339 339 3947_B 3 3948_G_1 3948 1 1 3948_B_1 3948_B_1 Yes 519 519 3948_B 2 3948_G_2 3948 2 1 3948_B_2 3948_B_2 Yes 519 519 3948_B 2 3954_G_1 3954 1 1 3954_B_1 3954_B_1 Yes 563 563 3954_B 3 3954_G_2 3954 2 1 3954_B_2 3954_B_2 Yes 563 563 3954_B 3 3954_G_3 3954 3 1 3954_B_3 3954_B_3 Yes 608 608 3954_B 3 3982_G_4 3982 4 3 3982_B_1 3982_B_1 Yes 29 10 3 3982_G_4 3982 4 3 3982_B_5 3982_B_5 Yes 29 10 3 3982_G_4 3982 4 3 3982_B_2 3982_B_2 Yes 29 10 3 3982_G_5 3982 5 3 3982_B_1 3982_B_1 Yes 29 10 3 3982_G_5 3982 5 3 3982_B_5 3982_B_5 Yes 29 10 3 3982_G_5 3982 5 3 3982_B_2 3982_B_2 Yes 29 10 3 3982_G_6 3982 6 3 3982_B_1 3982_B_1 Yes 38 13 3 3982_G_6 3982 6 3 3982_B_2 3982_B_2 Yes 38 13 3 3982_G_6 3982 6 3 3982_B_5 3982_B_5 Yes 38 13 3 3992_G_1 3992 1 2 3992_B_1 3992_B_1 Yes 40 20 9 3992_G_1 3992 1 2 3992_B_2 3992_B_2 Yes 40 20 9 3992_G_3 3992 3 5 3992_B_5 3992_B_5 Yes 34 7 9 3992_G_3 3992 3 5 3992_B_3 3992_B_3 Yes 34 7 9 3992_G_3 3992 3 5 3992_B_7 3992_B_7 Yes 34 7 9 3992_G_3 3992 3 5 3992_B_11 3992_B_11 Yes 34 7 9 3992_G_3 3992 3 5 3992_B_6 3992_B_6 Yes 34 7 9 3992_G_4 3992 4 5 3992_B_5 3992_B_5 Yes 43 9 9 3992_G_4 3992 4 5 3992_B_7 3992_B_7 Yes 43 9 9 3992_G_4 3992 4 5 3992_B_3 3992_B_3 Yes 43 9 9 3992_G_4 3992 4 5 3992_B_11 3992_B_11 Yes 43 9 9 3992_G_4 3992 4 5 3992_B_6 3992_B_6 Yes 43 9 9

2005EIA767_InScopeAdj 310 of 505Unit Type EIA Gen 3_G_1 3942_G_2 3942_G_3 3943_G_1 3943_G_2 3944_G_1 3944_G_2 3944_G_3 3945_G_5 3945_G_6 3946_G_1 3946_G_2 3947_G_1 3947_G_2 3947_G_3 3948_G_1 3948_G_2 3954_G_1 3954_G_2 3954_G_3 3982_G_4 3982_G_4 3982_G_4 3982_G_5 3982_G_5 3982_G_5 3982_G_6 3982_G_6 3982_G_6 3992_G_1 3992_G_1 3992_G_3 3992_G_3 3992_G_3 3992_G_3 3992_G_3 3992_G_4 3992_G_4 3992_G_4 3992_G_4 3992_G_4 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 3 TRUE 1 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE

2005EIA767_InScopeAdj 311 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

3992_G_5 3992 5 5 3992_B_5 3992_B_5 Yes 43 9 9 3992_G_5 3992 5 5 3992_B_7 3992_B_7 Yes 43 9 9 3992_G_5 3992 5 5 3992_B_3 3992_B_3 Yes 43 9 9 3992_G_5 3992 5 5 3992_B_11 3992_B_11 Yes 43 9 9 3992_G_5 3992 5 5 3992_B_6 3992_B_6 Yes 43 9 9 3992_G_6 3992 6 1 3992_B_8 3992_B_8 3992_B_8 Yes 49 49 3992_B 9 3992_G_7 3992 7 1 3992_B_9 3992_B_9 Yes 49 49 3992_B 9 4005_G_1 4005 1 2 4005_B_1 4005_B_1 Yes 76 38 2 4005_G_1 4005 1 2 4005_B_2 4005_B_2 Yes 76 38 2 4005_G_2 4005 2 2 4005_B_1 4005_B_1 Yes 76 38 2 4005_G_2 4005 2 2 4005_B_2 4005_B_2 Yes 76 38 2 4040_G_ST1 4040 ST1 Yes 2 245 245 0 4040_G_ST2 4040 ST2 Yes 2 245 245 0 4041_G_5 4041 5 1 4041_B_5 4041_B_5 Yes 440 440 4041_B 4 4041_G_6 4041 6 1 4041_B_6 4041_B_6 Yes 440 440 4041_B 4 4041_G_7 4041 7 1 4041_B_7 4041_B_7 Yes 440 440 4041_B 4 4041_G_8 4041 8 1 4041_B_8 4041_B_8 Yes 440 440 4041_B 4 4042_G_1 4042 1 2 4042_B_2 4042_B_2 Yes 125 63 4 4042_G_1 4042 1 2 4042_B_1 4042_B_1 Yes 125 63 4 4042_G_2 4042 2 2 4042_B_4 4042_B_4 Yes 125 63 4 4042_G_2 4042 2 2 4042_B_3 4042_B_3 Yes 125 63 4 4048_G_3 4048 3 2 4048_B_3 4048_B_3 Yes 2 4048_G_3 4048 3 2 4048_B_4 4048_B_4 Yes 2 4048_G_4 4048 4 2 4048_B_3 4048_B_3 Yes 2 4048_G_4 4048 4 2 4048_B_4 4048_B_4 Yes 2 4050_G_3 4050 3 1 4050_B_3 4050_B_3 Yes 100 100 4050_B 3 4050_G_4 4050 4 1 4050_B_4 4050_B_4 Yes 254 254 4050_B 3 4050_G_5 4050 5 1 4050_B_5 4050_B_5 Yes 276 276 4050_B 3 4054_G_1 4054 1 1 4054_B_1 4054_B_1 Yes 111 111 4054_B 2 4054_G_2 4054 2 1 4054_B_2 4054_B_2 Yes 111 111 4054_B 2 4057_G_1 4057 1 1 4057_B_1 4057_B_1 Yes 384 384 4057_B 2 4057_G_2 4057 2 1 4057_B_2 4057_B_2 Yes 384 384 4057_B 2 4072_G_3 4072 3 1 4072_B_3 4072_B_3 Yes 80 80 4072_B 6 4072_G_4 4072 4 1 4072_B_4 4072_B_4 Yes 75 75 4072_B 6 4072_G_5 4072 5 1 4072_B_5 4072_B_5 Yes 119 119 4072_B 6 4072_G_6 4072 6 1 4072_B_6 4072_B_6 Yes 169 169 4072_B 6 4072_G_7 4072 7 1 4072_B_7 4072_B_7 Yes 145 145 4072_B 6 4072_G_8 4072 8 1 4072_B_8 4072_B_8 Yes 220 220 4072_B 6 4078_G_1 4078 1 1 4078_B_1 4078_B_1 Yes 95 95 4078_B 4 4078_G_2 4078 2 1 4078_B_2 4078_B_2 Yes 88 88 4078_B 4

2005EIA767_InScopeAdj 312 of 505Unit Type EIA Gen 3_G_1 3992_G_5 3992_G_5 3992_G_5 3992_G_5 3992_G_5 3992_G_6 3992_G_7 4005_G_1 4005_G_1 4005_G_2 4005_G_2 4040_G_ST1 4040_G_ST2 4041_G_5 4041_G_6 4041_G_7 4041_G_8 4042_G_1 4042_G_1 4042_G_2 4042_G_2 4048_G_3 4048_G_3 4048_G_4 4048_G_4 4050_G_3 4050_G_4 4050_G_5 4054_G_1 4054_G_2 4057_G_1 4057_G_2 4072_G_3 4072_G_4 4072_G_5 4072_G_6 4072_G_7 4072_G_8 4078_G_1 4078_G_2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 FALSE 2 FALSE 0 TRUE 6 TRUE 0 TRUE 6 TRUE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 0 FALSE 1 TRUE 0 FALSE 1 TRUE 0 FALSE 1 TRUE 0 FALSE 1 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 6 TRUE 1 FALSE 6 TRUE 1 FALSE 6 TRUE 1 FALSE 6 TRUE 1 FALSE 6 TRUE 1 FALSE 6 TRUE 1 FALSE 4 TRUE 2 TRUE 4 TRUE 2 TRUE

2005EIA767_InScopeAdj 313 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

4078_G_3 4078 3 1 4078_B_3 4078_B_3 Yes 334 334 4078_B 4 4078_G_4 4078 4 1 4078_B_4 4078_B_4 Yes 0 0 4078_B 4 4125_G_4 4125 4 4 4125_B_5 4125_B_5 Yes 20 5 5 4125_G_4 4125 4 4 4125_B_8 4125_B_8 Yes 20 5 5 4125_G_4 4125 4 4 4125_B_7 4125_B_7 Yes 20 5 5 4125_G_4 4125 4 4 4125_B_6 4125_B_6 Yes 20 5 5 4125_G_5 4125 5 3 4125_B_8 4125_B_8 Yes 39 13 5 4125_G_5 4125 5 3 4125_B_7 4125_B_7 Yes 39 13 5 4125_G_5 4125 5 3 4125_B_6 4125_B_6 Yes 39 13 5 4125_G_6 4125 6 3 4125_B_6 4125_B_6 Yes 66 22 5 4125_G_6 4125 6 3 4125_B_8 4125_B_8 Yes 66 22 5 4125_G_6 4125 6 3 4125_B_7 4125_B_7 Yes 66 22 5 4125_G_9 4125 9 1 4125_B_9 4125_B_9 Yes 81 81 4125_B 5 4127_G_3 4127 3 1 4127_B_B23 4127_B_B23 18 18 4127_B 1 4127_G_4 4127 4 1 4127_B_B24 4127_B_B24 28 28 4127_B 1 4140_G_1 4140 1 3 4140_B_B1 4140_B_B1 Yes 33 11 5 4140_G_1 4140 1 3 4140_B_B2 4140_B_B2 Yes 33 11 5 4140_G_1 4140 1 3 4140_B_B3 4140_B_B3 Yes 33 11 5 4140_G_2 4140 2 3 4140_B_B1 4140_B_B1 Yes 33 11 5 4140_G_2 4140 2 3 4140_B_B3 4140_B_B3 Yes 33 11 5 4140_G_2 4140 2 3 4140_B_B2 4140_B_B2 Yes 33 11 5 4140_G_3 4140 3 3 4140_B_B1 4140_B_B1 Yes 33 11 5 4140_G_3 4140 3 3 4140_B_B2 4140_B_B2 Yes 33 11 5 4140_G_3 4140 3 3 4140_B_B3 4140_B_B3 Yes 33 11 5 4140_G_4 4140 4 1 4140_B_B4 4140_B_B4 Yes 75 75 4140_B 5 4140_G_5 4140 5 1 4140_B_B5 4140_B_B5 Yes 107 107 4140_B 5 4143_G_ST3 4143 ST3 1 4143_B_1 4143_B_1 Yes 362 362 4143_B 1 4158_G_1 4158 1 1 4158_B_BW41 4158_B_BW41 Yes 88 88 4158_B 4 4158_G_2 4158 2 1 4158_B_BW42 4158_B_BW42 Yes 88 88 4158_B 4 4158_G_3 4158 3 1 4158_B_BW43 4158_B_BW43 Yes 142 142 4158_B 4 4158_G_4 4158 4 1 4158_B_BW44 4158_B_BW44 Yes 254 254 4158_B 4 4162_G_1 4162 1 1 4162_B_1 4162_B_1 Yes 126 126 4162_B 3 4162_G_2 4162 2 1 4162_B_2 4162_B_2 Yes 170 170 4162_B 3 4162_G_3 4162 3 1 4162_B_3 4162_B_3 Yes 213 213 4162_B 3 4195_G_ST1 4195 ST1 1 4195_B_1 4195_B_1 Yes 4195_B 3 4195_G_ST2 4195 ST2 1 4195_B_2 4195_B_2 Yes 4195_B 3 4195_G_ST3 4195 ST3 1 4195_B_3 4195_B_3 Yes 4195_B 3 4271_G_1 4271 1 1 4271_B_B1 4271_B_B1 Yes 500 500 4271_B 1 4937_G_1 4937 1 1 4937_B_1 4937_B_1 Yes 615 615 4937_B 1 4938_G_1 4938 1 1 241 241 0

2005EIA767_InScopeAdj 314 of 505Unit Type EIA Gen 3_G_1 4078_G_3 4078_G_4 4125_G_4 4125_G_4 4125_G_4 4125_G_4 4125_G_5 4125_G_5 4125_G_5 4125_G_6 4125_G_6 4125_G_6 4125_G_9 4127_G_3 4127_G_4 4140_G_1 4140_G_1 4140_G_1 4140_G_2 4140_G_2 4140_G_2 4140_G_3 4140_G_3 4140_G_3 4140_G_4 4140_G_5 4143_G_ST3 4158_G_1 4158_G_2 4158_G_3 4158_G_4 4162_G_1 4162_G_2 4162_G_3 4195_G_ST1 4195_G_ST2 4195_G_ST3 4271_G_1 4937_G_1 4938_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

4 TRUE 2 TRUE 4 TRUE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 2 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 2 FALSE 0 TRUE 1 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 0 TRUE 0 FALSE

2005EIA767_InScopeAdj 315 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

4938_G_2 4938 2 1 321 321 0 4939_G_1 4939 1 1 4939_B_1 4939_B_1 Yes 361 361 4939_B 2 4939_G_2 4939 2 1 4939_B_2 4939_B_2 Yes 361 361 4939_B 2 4940_G_1 4940 1 1 4940_B_1501 4940_B_1501 Yes 486 486 4940_B 2 4940_G_2 4940 2 1 4940_B_1502 4940_B_1502 Yes 486 486 4940_B 2 4941_G_NAV1 4941 NAV1 1 4941_B_1 4941_B_1 Yes 578 578 4941_B 3 4941_G_NAV2 4941 NAV2 1 4941_B_2 4941_B_2 Yes 578 578 4941_B 3 4941_G_NAV3 4941 NAV3 1 4941_B_3 4941_B_3 Yes 578 578 4941_B 3 6002_G_1 6002 1 1 6002_B_1 6002_B_1 Yes 460 460 6002_B 4 6002_G_2 6002 2 1 6002_B_2 6002_B_2 Yes 460 460 6002_B 4 6002_G_3 6002 3 1 6002_B_3 6002_B_3 Yes 460 460 6002_B 4 6002_G_4 6002 4 1 6002_B_4 6002_B_4 Yes 460 460 6002_B 4 6004_G_1 6004 1 1 6004_B_1 6004_B_1 Yes 579 579 6004_B 2 6004_G_2 6004 2 1 6004_B_2 6004_B_2 Yes 579 579 6004_B 2 6009_G_1 6009 1 1 6009_B_1 6009_B_1 Yes 650 650 6009_B 2 6009_G_2 6009 2 1 6009_B_2 6009_B_2 Yes 735 735 6009_B 2 6016_G_1 6016 1 1 6016_B_1 6016_B_1 Yes 468 468 6016_B 1 6017_G_1 6017 1 1 6017_B_1 6017_B_1 Yes 492 492 6017_B 2 6017_G_2 6017 2 1 6017_B_2 6017_B_2 Yes 492 492 6017_B 2 6018_G_2 6018 2 1 6018_B_2 6018_B_2 Yes 538 538 6018_B 1 6019_G_ST1 6019 ST1 1 6019_B_1 6019_B_1 Yes 998 998 6019_B 1 6021_G_1 6021 1 1 6021_B_C1 6021_B_C1 Yes 316 316 6021_B 3 6021_G_2 6021 2 1 6021_B_C2 6021_B_C2 Yes 316 316 6021_B 3 6021_G_3 6021 3 1 6021_B_C3 6021_B_C3 Yes 317 317 6021_B 3 6025_G_1 6025 1 1 412 412 0 6025_G_2 6025 2 1 412 412 0 6025_G_3 6025 3 1 412 412 0 6025_G_4 6025 4 1 412 412 0 6025_G_5 6025 5 1 412 412 0 6031_G_2 6031 2 1 6031_B_2 6031_B_2 Yes 486 486 6031_B 1 6034_G_ST1 6034 ST1 1 6034_B_1 6034_B_1 Yes 660 660 6034_B 2 6034_G_ST2 6034 ST2 1 6034_B_2 6034_B_2 Yes 660 660 6034_B 2 6041_G_1 6041 1 1 6041_B_1 6041_B_1 Yes 345 345 6041_B 4 6041_G_2 6041 2 1 6041_B_2 6041_B_2 Yes 468 468 6041_B 4 6041_G_3 6041 3 1 6041_B_3 6041_B_3 Yes 6041_B 4 6041_G_4 6041 4 1 6041_B_4 6041_B_4 Yes 6041_B 4 6042_G_1 6042 1 1 6042_B_PMT1 6042_B_PMT1 Yes 891 891 6042_B 2 6042_G_2 6042 2 1 6042_B_PMT2 6042_B_PMT2 Yes 891 891 6042_B 2 6043_G_1 6043 1 1 6043_B_PMR1 6043_B_PMR1 Yes 891 891 6043_B 2 6043_G_2 6043 2 1 6043_B_PMR2 6043_B_PMR2 Yes 891 891 6043_B 2

2005EIA767_InScopeAdj 316 of 505Unit Type EIA Gen 3_G_1 4938_G_2 4939_G_1 4939_G_2 4940_G_1 4940_G_2 4941_G_NAV1 4941_G_NAV2 4941_G_NAV3 6002_G_1 6002_G_2 6002_G_3 6002_G_4 6004_G_1 6004_G_2 6009_G_1 6009_G_2 6016_G_1 6017_G_1 6017_G_2 6018_G_2 6019_G_ST1 6021_G_1 6021_G_2 6021_G_3 6025_G_1 6025_G_2 6025_G_3 6025_G_4 6025_G_5 6031_G_2 6034_G_ST1 6034_G_ST2 6041_G_1 6041_G_2 6041_G_3 6041_G_4 6042_G_1 6042_G_2 6043_G_1 6043_G_2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 TRUE 0 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 3 FALSE 2 TRUE 3 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 1 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 0 FALSE 1 TRUE 0 TRUE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 1 TRUE 1 FALSE 2 TRUE 8 TRUE 2 TRUE 8 TRUE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 2 TRUE 5 FALSE 2 TRUE 5 FALSE 2 TRUE 9 TRUE 2 TRUE 9 TRUE

2005EIA767_InScopeAdj 317 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

6052_G_1 6052 1 1 6052_B_1 6052_B_1 Yes 751 751 6052_B 2 6052_G_2 6052 2 1 6052_B_2 6052_B_2 Yes 751 751 6052_B 2 6055_G_1 6055 1 1 6055_B_2B1 6055_B_2B1 Yes 473 473 6055_B 3 6055_G_2 6055 2 1 6055_B_2B2 6055_B_2B2 Yes 460 460 6055_B 3 6055_G_3 6055 3 1 6055_B_2B3 6055_B_2B3 Yes 645 645 6055_B 3 6064_G_1 6064 1 1 6064_B_N1 6064_B_N1 Yes 310 310 6064_B 1 6065_G_1 6065 1 1 6065_B_1 6065_B_1 Yes 829 829 6065_B 1 6068_G_1 6068 1 1 6068_B_1 6068_B_1 Yes 740 740 6068_B 3 6068_G_2 6068 2 1 6068_B_2 6068_B_2 Yes 740 740 6068_B 3 6068_G_3 6068 3 1 6068_B_3 6068_B_3 Yes 740 740 6068_B 3 6071_G_1 6071 1 1 6071_B_1 6071_B_1 Yes 405 405 6071_B 1 6077_G_1 6077 1 1 6077_B_1 6077_B_1 Yes 586 586 6077_B 2 6077_G_2 6077 2 1 6077_B_2 6077_B_2 Yes 590 590 6077_B 2 6082_G_1 6082 1 1 6082_B_1 6082_B_1 Yes 424 424 6082_B 1 6085_G_14 6085 14 1 6085_B_14 6085_B_14 Yes 520 520 6085_B 4 6085_G_15 6085 15 1 6085_B_15 6085_B_15 Yes 359 359 6085_B 4 6085_G_17 6085 17 1 6085_B_17 6085_B_17 Yes 368 368 6085_B 4 6085_G_18 6085 18 1 6085_B_18 6085_B_18 Yes 368 368 6085_B 4 6089_G_1 6089 1 1 6089_B_B1 6089_B_B1 Yes 49 49 6089_B 1 6090_G_1 6090 1 1 6090_B_1 6090_B_1 Yes 490 490 6090_B 3 6090_G_2 6090 2 1 6090_B_2 6090_B_2 Yes 490 490 6090_B 3 6090_G_3 6090 3 1 6090_B_3 6090_B_3 Yes 673 673 6090_B 3 6094_G_1 6094 1 1 6094_B_1 6094_B_1 Yes 668 668 6094_B 3 6094_G_2 6094 2 1 6094_B_2 6094_B_2 Yes 668 668 6094_B 3 6094_G_3 6094 3 1 6094_B_3 6094_B_3 Yes 668 668 6094_B 3 6095_G_1 6095 1 1 6095_B_1 6095_B_1 Yes 571 571 6095_B 2 6095_G_2 6095 2 1 6095_B_2 6095_B_2 Yes 571 571 6095_B 2 6096_G_1 6096 1 1 6096_B_1 6096_B_1 Yes 666 666 6096_B 1 6098_G_1 6098 1 1 6098_B_1 6098_B_1 Yes 303 303 6098_B 1 6112_G_1 6112 1 Yes 3 348 348 0 6124_G_1 6124 1 1 6124_B_1 6124_B_1 Yes 139 139 6124_B 1 6136_G_1 6136 1 1 6136_B_1 6136_B_1 Yes 646 646 6136_B 1 6137_G_1 6137 1 1 6137_B_1 6137_B_1 Yes 276 276 6137_B 2 6137_G_2 6137 2 1 6137_B_2 6137_B_2 Yes 276 276 6137_B 2 6138_G_1 6138 1 1 6138_B_1 6138_B_1 Yes 538 538 6138_B 1 6139_G_1 6139 1 1 6139_B_1 6139_B_1 Yes 538 538 6139_B 3 6139_G_2 6139 2 1 6139_B_2 6139_B_2 Yes 538 538 6139_B 3 6139_G_3 6139 3 1 6139_B_3 6139_B_3 Yes 538 538 6139_B 3 6146_G_1 6146 1 1 6146_B_1 6146_B_1 Yes 1136 1136 6146_B 3 6146_G_2 6146 2 1 6146_B_2 6146_B_2 Yes 1136 1136 6146_B 3

2005EIA767_InScopeAdj 318 of 505Unit Type EIA Gen 3_G_1 6052_G_1 6052_G_2 6055_G_1 6055_G_2 6055_G_3 6064_G_1 6065_G_1 6068_G_1 6068_G_2 6068_G_3 6071_G_1 6077_G_1 6077_G_2 6082_G_1 6085_G_14 6085_G_15 6085_G_17 6085_G_18 6089_G_1 6090_G_1 6090_G_2 6090_G_3 6094_G_1 6094_G_2 6094_G_3 6095_G_1 6095_G_2 6096_G_1 6098_G_1 6112_G_1 6124_G_1 6136_G_1 6137_G_1 6137_G_2 6138_G_1 6139_G_1 6139_G_2 6139_G_3 6146_G_1 6146_G_2 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

2 TRUE 1 TRUE 2 TRUE 1 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 1 TRUE 1 TRUE 1 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 1 TRUE 6 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 0 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 4 TRUE 2 TRUE 1 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 1 TRUE 0 TRUE 6 TRUE 1 TRUE 8 TRUE 1 TRUE 0 TRUE 2 TRUE 2 FALSE 2 TRUE 2 FALSE 1 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE

2005EIA767_InScopeAdj 319 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

6146_G_3 6146 3 1 6146_B_3 6146_B_3 Yes 1136 1136 6146_B 3 6147_G_1 6147 1 1 6147_B_1 6147_B_1 Yes 751 751 6147_B 3 6147_G_2 6147 2 1 6147_B_2 6147_B_2 Yes 751 751 6147_B 3 6147_G_3 6147 3 1 6147_B_3 6147_B_3 Yes 1101 1101 6147_B 3 6155_G_1 6155 1 1 6155_B_1 6155_B_1 Yes 615 615 6155_B 2 6155_G_2 6155 2 1 6155_B_2 6155_B_2 Yes 615 615 6155_B 2 6156_G_1 6156 1 1 6156_B_NHB1 6156_B_NHB1 Yes 625 625 6156_B 1 6165_G_1 6165 1 1 6165_B_1 6165_B_1 Yes 299 299 6165_B 3 6165_G_2 6165 2 1 6165_B_2 6165_B_2 Yes 299 299 6165_B 3 6165_G_3 6165 3 1 6165_B_3 6165_B_3 Yes 283 283 6165_B 3 6166_G_1 6166 1 1 6166_B_MB1 6166_B_MB1 Yes 1125 1125 6166_B 2 6166_G_2 6166 2 1 6166_B_MB2 6166_B_MB2 Yes 1125 1125 6166_B 2 6170_G_1 6170 1 1 6170_B_1 6170_B_1 Yes 446 446 6170_B 2 6170_G_2 6170 2 1 6170_B_2 6170_B_2 Yes 446 446 6170_B 2 6178_G_1 6178 1 1 6178_B_1 6178_B_1 Yes 802 802 6178_B 1 6179_G_1 6179 1 1 6179_B_1 6179_B_1 Yes 598 598 6179_B 3 6179_G_2 6179 2 1 6179_B_2 6179_B_2 Yes 598 598 6179_B 3 6179_G_3 6179 3 1 6179_B_3 6179_B_3 Yes 532 532 6179_B 3 6181_G_1 6181 1 1 6181_B_1 6181_B_1 Yes 504 504 6181_B 2 6181_G_2 6181 2 1 6181_B_2 6181_B_2 Yes 504 504 6181_B 2 6190_G_1 6190 1 1 6190_B_1 6190_B_1 Yes 428 428 6190_B 4 6190_G_2 6190 2 1 6190_B_2 6190_B_2 Yes 515 515 6190_B 4 6190_G_3 6190 3 1 6190_B_3 6190_B_3 0 0 6190_B 4 6190_G_3 6190 3 1 6190_B_3 6190_B_3 0 0 6190_B 4 6213_G_1 6213 1 1 6213_B_1SG1 6213_B_1SG1 Yes 378 378 6213_B 2 6213_G_2 6213 2 1 6213_B_2SG1 6213_B_2SG1 Yes 378 378 6213_B 2 6238_G_1 6238 1 1 6238_B_1A 6238_B_1A Yes 46 46 6238_B 1 6243_G_1 6243 1 1 6243_B_1 6243_B_1 Yes 241 241 6243_B 1 6246_G_1ST 6246 1ST Yes 2 171 171 0 6246_G_2ST 6246 2ST Yes 2 171 171 0 6249_G_1 6249 1 1 6249_B_1 6249_B_1 Yes 438 438 6249_B 4 6249_G_2 6249 2 1 6249_B_2 6249_B_2 Yes 256 256 6249_B 4 6249_G_3 6249 3 1 6249_B_3 6249_B_3 Yes 256 256 6249_B 4 6249_G_4 6249 4 1 6249_B_4 6249_B_4 Yes 256 256 6249_B 4 6250_G_1 6250 1 2 6250_B_1A 6250_B_1A Yes 543 272 2 6250_G_1 6250 1 2 6250_B_1B 6250_B_1B Yes 543 272 2 6254_G_1 6254 1 1 6254_B_1 6254_B_1 Yes 533 533 6254_B 1 6257_G_1 6257 1 1 6257_B_1 6257_B_1 Yes 581 581 6257_B 4 6257_G_2 6257 2 1 6257_B_2 6257_B_2 Yes 581 581 6257_B 4 6257_G_3 6257 3 1 6257_B_3 6257_B_3 Yes 581 581 6257_B 4

2005EIA767_InScopeAdj 320 of 505Unit Type EIA Gen 3_G_1 6146_G_3 6147_G_1 6147_G_2 6147_G_3 6155_G_1 6155_G_2 6156_G_1 6165_G_1 6165_G_2 6165_G_3 6166_G_1 6166_G_2 6170_G_1 6170_G_2 6178_G_1 6179_G_1 6179_G_2 6179_G_3 6181_G_1 6181_G_2 6190_G_1 6190_G_2 6190_G_3 6190_G_3 6213_G_1 6213_G_2 6238_G_1 6243_G_1 6246_G_1ST 6246_G_2ST 6249_G_1 6249_G_2 6249_G_3 6249_G_4 6250_G_1 6250_G_1 6254_G_1 6257_G_1 6257_G_2 6257_G_3 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 1 FALSE 2 TRUE 1 FALSE 1 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 3 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 1 FALSE 1 TRUE 1 FALSE 0 TRUE 6 FALSE 0 TRUE 6 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 1 TRUE 0 FALSE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE

2005EIA767_InScopeAdj 321 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

6257_G_4 6257 4 1 6257_B_4 6257_B_4 Yes 581 581 6257_B 4 6264_G_1 6264 1 1 6264_B_1 6264_B_1 Yes 1125 1125 6264_B 1 6288_G_1 6288 1 1 31 31 0 6639_G_1 6639 1 1 6639_B_G1 6639_B_G1 Yes 225 225 6639_B 2 6639_G_2 6639 2 1 6639_B_G2 6639_B_G2 Yes 225 225 6639_B 2 6641_G_1 6641 1 1 6641_B_1 6641_B_1 Yes 650 650 6641_B 2 6641_G_2 6641 2 1 6641_B_2 6641_B_2 Yes 650 650 6641_B 2 6705_G_1 6705 1 1 6705_B_1 6705_B_1 Yes 145 145 6705_B 4 6705_G_2 6705 2 1 6705_B_2 6705_B_2 Yes 145 145 6705_B 4 6705_G_3 6705 3 1 6705_B_3 6705_B_3 Yes 145 145 6705_B 4 6705_G_4 6705 4 1 6705_B_4 6705_B_4 Yes 237 237 6705_B 4 6772_G_1 6772 1 1 6772_B_1 6772_B_1 Yes 379 379 6772_B 1 6823_G_1 6823 1 1 6823_B_W1 6823_B_W1 Yes 340 340 6823_B 1 7097_G_1 7097 1 1 7097_B_BLR1 7097_B_BLR1 Yes 802 802 7097_B 2 7210_G_ST1 7210 ST1 1 7210_B_COP1 7210_B_COP1 Yes 334 334 7210_B 1 7213_G_1 7213 1 1 7213_B_1 7213_B_1 Yes 443 443 7213_B 2 7213_G_2 7213 2 1 7213_B_2 7213_B_2 Yes 443 443 7213_B 2 7286_G_1 7286 1 2 7286_B_2 7286_B_2 Yes 67 34 4 7286_G_1 7286 1 2 7286_B_1 7286_B_1 Yes 67 34 4 7286_G_2 7286 2 2 7286_B_2 7286_B_2 Yes 67 34 4 7286_G_2 7286 2 2 7286_B_1 7286_B_1 Yes 67 34 4 7286_G_3 7286 3 2 7286_B_4 7286_B_4 Yes 67 34 4 7286_G_3 7286 3 2 7286_B_3 7286_B_3 Yes 67 34 4 7286_G_4 7286 4 2 7286_B_4 7286_B_4 Yes 67 34 4 7286_G_4 7286 4 2 7286_B_3 7286_B_3 Yes 67 34 4 7343_G_4 7343 4 1 7343_B_4 7343_B_4 Yes 707 707 7343_B 1 7652_G_HP-1 7652 HP-1 4 7652_B_D-4 7652_B_D-4 Yes 4 7652_G_HP-1 7652 HP-1 4 7652_B_D-2 7652_B_D-2 Yes 4 7652_G_HP-1 7652 HP-1 4 7652_B_D-1 7652_B_D-1 Yes 4 7652_G_HP-1 7652 HP-1 4 7652_B_D-3 7652_B_D-3 Yes 4 7652_G_HP-2 7652 HP-2 4 7652_B_D-4 7652_B_D-4 Yes 4 7652_G_HP-2 7652 HP-2 4 7652_B_D-2 7652_B_D-2 Yes 4 7652_G_HP-2 7652 HP-2 4 7652_B_D-1 7652_B_D-1 Yes 4 7652_G_HP-2 7652 HP-2 4 7652_B_D-3 7652_B_D-3 Yes 4 7652_G_HP-3 7652 HP-3 4 7652_B_D-4 7652_B_D-4 Yes 4 7652_G_HP-3 7652 HP-3 4 7652_B_D-1 7652_B_D-1 Yes 4 7652_G_HP-3 7652 HP-3 4 7652_B_D-2 7652_B_D-2 Yes 4 7652_G_HP-3 7652 HP-3 4 7652_B_D-3 7652_B_D-3 Yes 4 7652_G_LP-1 7652 LP-1 4 7652_B_D-4 7652_B_D-4 Yes 4 7652_G_LP-1 7652 LP-1 4 7652_B_D-3 7652_B_D-3 Yes 4

2005EIA767_InScopeAdj 322 of 505Unit Type EIA Gen 3_G_1 6257_G_4 6264_G_1 6288_G_1 6639_G_1 6639_G_2 6641_G_1 6641_G_2 6705_G_1 6705_G_2 6705_G_3 6705_G_4 6772_G_1 6823_G_1 7097_G_1 7210_G_ST1 7213_G_1 7213_G_2 7286_G_1 7286_G_1 7286_G_2 7286_G_2 7286_G_3 7286_G_3 7286_G_4 7286_G_4 7343_G_4 7652_G_HP-1 7652_G_HP-1 7652_G_HP-1 7652_G_HP-1 7652_G_HP-2 7652_G_HP-2 7652_G_HP-2 7652_G_HP-2 7652_G_HP-3 7652_G_HP-3 7652_G_HP-3 7652_G_HP-3 7652_G_LP1 7652_G_LP1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

4 TRUE 0 TRUE 1 TRUE 0 FALSE 0 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 4 TRUE 0 TRUE 1 TRUE 0 FALSE 1 TRUE 0 FALSE 1 FALSE 0 TRUE 1 TRUE 0 TRUE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 1 TRUE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE

2005EIA767_InScopeAdj 323 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

7652_G_LP-1 7652 LP-1 4 7652_B_D-2 7652_B_D-2 Yes 4 7652_G_LP-1 7652 LP-1 4 7652_B_D-1 7652_B_D-1 Yes 4 7652_G_LP-2 7652 LP-2 4 7652_B_D-4 7652_B_D-4 Yes 4 7652_G_LP-2 7652 LP-2 4 7652_B_D-3 7652_B_D-3 Yes 4 7652_G_LP-2 7652 LP-2 4 7652_B_D-1 7652_B_D-1 Yes 4 7652_G_LP-2 7652 LP-2 4 7652_B_D-2 7652_B_D-2 Yes 4 7652_G_LP-3 7652 LP-3 4 7652_B_D-4 7652_B_D-4 Yes 4 7652_G_LP-3 7652 LP-3 4 7652_B_D-1 7652_B_D-1 Yes 4 7652_G_LP-3 7652 LP-3 4 7652_B_D-2 7652_B_D-2 Yes 4 7652_G_LP-3 7652 LP-3 4 7652_B_D-3 7652_B_D-3 Yes 4 7652_G_LP-4 7652 LP-4 4 7652_B_D-4 7652_B_D-4 Yes 4 7652_G_LP-4 7652 LP-4 4 7652_B_D-1 7652_B_D-1 Yes 4 7652_G_LP-4 7652 LP-4 4 7652_B_D-2 7652_B_D-2 Yes 4 7652_G_LP-4 7652 LP-4 4 7652_B_D-3 7652_B_D-3 Yes 4 7902_G_1 7902 1 1 7902_B_1 7902_B_1 Yes 799 799 7902_B 1 8002_G_1 8002 1 1 8002_B_1 8002_B_1 Yes 472 472 8002_B 1 8006_G_1 8006 1 1 8006_B_1 8006_B_1 Yes 714 714 8006_B 2 8006_G_2 8006 2 1 8006_B_2 8006_B_2 Yes 714 714 8006_B 2 8023_G_1 8023 1 1 8023_B_1 8023_B_1 Yes 412 412 8023_B 2 8023_G_2 8023 2 1 8023_B_2 8023_B_2 Yes 412 412 8023_B 2 8042_G_1 8042 1 1 8042_B_1 8042_B_1 Yes 1129 1129 8042_B 2 8042_G_2 8042 2 1 8042_B_2 8042_B_2 Yes 1129 1129 8042_B 2 8048_G_1 8048 1 1 8048_B_1 8048_B_1 Yes 1036 1036 8048_B 2 8048_G_2 8048 2 1 8048_B_2 8048_B_2 Yes 1036 1036 8048_B 2 8054_G_1 8054 1 1 8054_B_1 8054_B_1 Yes 403 403 8054_B 1 8056_G_1 8056 1 1 8056_B_1 8056_B_1 Yes 456 456 8056_B 2 8056_G_2 8056 2 1 8056_B_2 8056_B_2 Yes 456 456 8056_B 2 8063_G_1 8063 1 1 8063_B_1 8063_B_1 Yes 1450 1450 8063_B 1 8066_G_1 8066 1 1 8066_B_BW71 8066_B_BW71 Yes 333 333 8066_B 4 8066_G_2 8066 2 1 8066_B_BW72 8066_B_BW72 Yes 333 333 8066_B 4 8066_G_3 8066 3 1 8066_B_BW73 8066_B_BW73 Yes 333 333 8066_B 4 8066_G_4 8066 4 1 8066_B_BW74 8066_B_BW74 Yes 333 333 8066_B 4 8069_G_1 8069 1 1 8069_B_1 8069_B_1 Yes 355 355 8069_B 2 8069_G_2 8069 2 1 8069_B_2 8069_B_2 Yes 355 355 8069_B 2 8102_G_1 8102 1 1 8102_B_1 8102_B_1 Yes 1125 1125 8102_B 2 8102_G_2 8102 2 1 8102_B_2 8102_B_2 Yes 1125 1125 8102_B 2 8222_G_1 8222 1 1 8222_B_B1 8222_B_B1 Yes 303 303 8222_B 1 8226_G_1 8226 1 1 8226_B_1 8226_B_1 Yes 555 555 8226_B 1 8906_G_2 8906 2 1 8906_B_20 8906_B_20 Yes 305 305 8906_B 4 8906_G_3 8906 3 1 8906_B_30 8906_B_30 Yes 544 544 8906_B 4

2005EIA767_InScopeAdj 324 of 505Unit Type EIA Gen 3_G_1 7652_G_LP1 7652_G_LP1 7652_G_LP2 7652_G_LP2 7652_G_LP2 7652_G_LP2 7652_G_LP3 7652_G_LP3 7652_G_LP3 7652_G_LP3 7652_G_LP4 7652_G_LP4 7652_G_LP4 7652_G_LP4 7902_G_1 8002_G_1 8006_G_1 8006_G_2 8023_G_1 8023_G_2 8042_G_1 8042_G_2 8048_G_1 8048_G_2 8054_G_1 8056_G_1 8056_G_2 8063_G_1 8066_G_1 8066_G_2 8066_G_3 8066_G_4 8069_G_1 8069_G_2 8102_G_1 8102_G_2 8222_G_1 8226_G_1 8906_G_2 8906_G_3 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 1 TRUE 0 TRUE 1 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 0 TRUE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 4 TRUE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 4 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 TRUE 2 TRUE 0 TRUE 1 TRUE 0 FALSE 1 TRUE 0 TRUE 4 TRUE 0 FALSE 4 TRUE 0 FALSE

2005EIA767_InScopeAdj 325 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

8906_G_4 8906 4 1 8906_B_40 8906_B_40 Yes 477 477 8906_B 4 8906_G_ST5 8906 ST5 1 8906_B_50 8906_B_50 Yes 477 477 8906_B 4 9864_G_6 9864 6 4 9864_B_6 9864_B_6 Yes 4 9864_G_6 9864 6 4 9864_B_8 9864_B_8 Yes 4 9864_G_6 9864 6 4 9864_B_5 9864_B_5 Yes 4 9864_G_6 9864 6 4 9864_B_7 9864_B_7 Yes 4 9864_G_8 9864 8 4 9864_B_6 9864_B_6 Yes 4 9864_G_8 9864 8 4 9864_B_8 9864_B_8 Yes 4 9864_G_8 9864 8 4 9864_B_5 9864_B_5 Yes 4 9864_G_8 9864 8 4 9864_B_7 9864_B_7 Yes 4 9864_G_9 9864 9 4 9864_B_6 9864_B_6 Yes 4 9864_G_9 9864 9 4 9864_B_8 9864_B_8 Yes 4 9864_G_9 9864 9 4 9864_B_7 9864_B_7 Yes 4 9864_G_9 9864 9 4 9864_B_5 9864_B_5 Yes 4 10043_G_GEN1 10043 GEN1 1 10043_B_B01 10043_B_B01 Yes 223 223 10043_B 1 10151_G_GEN1 10151 GEN1 2 10151_B_BLR1A 10151_B_BLR1A Yes 107 54 2 10151_G_GEN1 10151 GEN1 2 10151_B_BLR1B 10151_B_BLR1B Yes 107 54 2 10338_G_MERC 10338 MERC 2 10338_B_BBLR 10338_B_BBLR Yes 129 65 2 10338_G_MERC 10338 MERC 2 10338_B_ABLR 10338_B_ABLR Yes 129 65 2 10354_G_GEN1 10354 GEN1 1 10354_B_1 10354_B_1 Yes 76 76 10354_B 1 10464_G_GEN1 10464 GEN1 3 10464_B_E0003 10464_B_E0003 Yes 72 24 3 10464_G_GEN1 10464 GEN1 3 10464_B_E0001 10464_B_E0001 Yes 72 24 3 10464_G_GEN1 10464 GEN1 3 10464_B_E0002 10464_B_E0002 Yes 72 24 3 10485_G_GEN1 10485 GEN1 1 100 100 0 10485_G_GEN2 10485 GEN2 1 100 100 0 10485_G_GEN3 10485 GEN3 1 0 10485_G_GEN4 10485 GEN4 1 117 117 0 10617_G_GEN2 10617 GEN2 Yes 1 0 10629_G_GEN1 10629 GEN1 3 10629_B_BLR1 10629_B_BLR1 Yes 95 32 3 10629_G_GEN1 10629 GEN1 3 10629_B_BLR3 10629_B_BLR3 Yes 95 32 3 10629_G_GEN1 10629 GEN1 3 10629_B_BLR2 10629_B_BLR2 Yes 95 32 3 10629_G_GEN2 10629 GEN2 3 10629_B_BLR1 10629_B_BLR1 Yes 3 10629_G_GEN2 10629 GEN2 3 10629_B_BLR3 10629_B_BLR3 Yes 3 10629_G_GEN2 10629 GEN2 3 10629_B_BLR2 10629_B_BLR2 Yes 3 10743_G_GEN1 10743 GEN1 2 10743_B_CFB1 10743_B_CFB1 Yes 109 54 2 10743_G_GEN1 10743 GEN1 2 10743_B_CFB2 10743_B_CFB2 Yes 109 54 2 10745_G_ST1 10745 ST1 Yes 6 589 589 0 10745_G_ST2 10745 ST2 Yes 6 870 870 0 10766_G_GEN1 10766 GEN1 1 10766_B_CFB001 10766_B_CFB001 Yes 10766_B 1 10773_G_1 10773 1 1 10773_B_1 10773_B_1 Yes 10773_B 2

2005EIA767_InScopeAdj 326 of 505Unit Type EIA Gen 3_G_1 8906_G_4 8906_G_ST5 9864_G_6 9864_G_6 9864_G_6 9864_G_6 9864_G_8 9864_G_8 9864_G_8 9864_G_8 9864_G_9 9864_G_9 9864_G_9 9864_G_9 10043_G_GEN1 10151_G_GEN1 10151_G_GEN1 10338_G_MERC 10338_G_MERC 10354_G_GEN1 10464_G_GEN1 10464_G_GEN1 10464_G_GEN1 10485_G_GEN1 10485_G_GEN2 10485_G_GEN3 10485_G_GEN4 10617_G_GEN2 10629_G_GEN1 10629_G_GEN1 10629_G_GEN1 10629_G_GEN2 10629_G_GEN2 10629_G_GEN2 10743_G_GEN1 10743_G_GEN1 10745_G_ST1 10745_G_ST2 10766_G_GEN1 10773_G_1 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

4 TRUE 0 FALSE 4 TRUE 0 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 0 FALSE 4 FALSE 1 TRUE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 1 TRUE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 2 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 TRUE 16 TRUE 0 TRUE 16 TRUE 1 TRUE 0 FALSE 1 FALSE 0 FALSE

2005EIA767_InScopeAdj 327 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

50366_G_GEN1 50366 GEN1 5 10 10 0 50366_G_GEN2 50366 GEN2 5 0 50366_G_GEN5 50366 GEN5 5 0 50366_G_GEN6 50366 GEN6 5 15 15 0 50366_G_GEN7 50366 GEN7 5 17 17 0 50880_G_GEN1 50880 GEN1 2 50880_B_UNIT2 50880_B_UNIT2 Yes 116 58 2 50880_G_GEN1 50880 GEN1 2 50880_B_UNIT1 50880_B_UNIT1 Yes 116 58 2 50882_G_GEN1 50882 GEN1 3 50882_B_3 50882_B_3 Yes 83 28 3 50882_G_GEN1 50882 GEN1 3 50882_B_1 50882_B_1 Yes 83 28 3 50882_G_GEN1 50882 GEN1 3 50882_B_2 50882_B_2 Yes 83 28 3 50884_G_GEN1 50884 GEN1 2 50884_B_B102 50884_B_B102 Yes 70 35 3 50884_G_GEN1 50884 GEN1 2 50884_B_B101 50884_B_B101 Yes 70 35 3 50884_G_GEN2 50884 GEN2 1 50884_B_B103 50884_B_B103 Yes 38 38 50884_B 3 50885_G_GEN1 50885 GEN1 2 50885_B_BLR2 50885_B_BLR2 Yes 27 13 2 50885_G_GEN1 50885 GEN1 2 50885_B_BLR1 50885_B_BLR1 Yes 27 13 2 50888_G_GEN1 50888 GEN1 1 50888_B_BLR1 50888_B_BLR1 Yes 116 116 50888_B 1 50951_G_GEN1 50951 GEN1 1 50951_B_1 50951_B_1 Yes 67 67 50951_B 1 50974_G_GEN1 50974 GEN1 2 50974_B_UNIT 1 50974_B_UNIT 1 Yes 111 56 2 50974_G_GEN1 50974 GEN1 2 50974_B_UNIT 2 50974_B_UNIT 2 Yes 111 56 2 50976_G_GEN1 50976 GEN1 1 50976_B_AAB01 50976_B_AAB01 Yes 508 508 50976_B 1 52007_G_GEN1 52007 GEN1 1 52007_B_BLR1 52007_B_BLR1 Yes 87 87 52007_B 2 52007_G_GEN2 52007 GEN2 1 52007_B_BLR2 52007_B_BLR2 Yes 87 87 52007_B 2 54035_G_GEN1 54035 GEN1 1 54035_B_BLR1 54035_B_BLR1 Yes 208 208 54035_B 1 54304_G_1 54304 1 1 54304_B_1A 54304_B_1A Yes 222 222 54304_B 1 54755_G_GEN2 54755 GEN2 1 54755_B_BLR2 54755_B_BLR2 Yes 74 74 54755_B 1 54775_G_GEN1 54775 GEN1 5 54775_B_BLR10 54775_B_BLR10 Yes 17 3 5 54775_G_GEN1 54775 GEN1 5 54775_B_BLR8 54775_B_BLR8 Yes 17 3 5 54775_G_GEN1 54775 GEN1 5 54775_B_BLR11 54775_B_BLR11 Yes 17 3 5 54775_G_GEN1 54775 GEN1 5 54775_B_BLR9 54775_B_BLR9 Yes 17 3 5 54775_G_GEN1 54775 GEN1 5 54775_B_BLR7 54775_B_BLR7 Yes 17 3 5 54775_G_GEN2 54775 GEN2 5 54775_B_BLR10 54775_B_BLR10 Yes 17 3 5 54775_G_GEN2 54775 GEN2 5 54775_B_BLR7 54775_B_BLR7 Yes 17 3 5 54775_G_GEN2 54775 GEN2 5 54775_B_BLR8 54775_B_BLR8 Yes 17 3 5 54775_G_GEN2 54775 GEN2 5 54775_B_BLR11 54775_B_BLR11 Yes 17 3 5 54775_G_GEN2 54775 GEN2 5 54775_B_BLR9 54775_B_BLR9 Yes 17 3 5 54775_G_GEN6 54775 GEN6 5 54775_B_BLR7 54775_B_BLR7 Yes 65 13 5 54775_G_GEN6 54775 GEN6 5 54775_B_BLR9 54775_B_BLR9 Yes 65 13 5 54775_G_GEN6 54775 GEN6 5 54775_B_BLR11 54775_B_BLR11 Yes 65 13 5 54775_G_GEN6 54775 GEN6 5 54775_B_BLR10 54775_B_BLR10 Yes 65 13 5 54775_G_GEN6 54775 GEN6 5 54775_B_BLR8 54775_B_BLR8 Yes 65 13 5

2005EIA767_InScopeAdj 328 of 505Unit Type EIA Gen 3_G_1 50366_G_GEN1 50366_G_GEN2 50366_G_GEN5 50366_G_GEN6 50366_G_GEN7 50880_G_GEN1 50880_G_GEN1 50882_G_GEN1 50882_G_GEN1 50882_G_GEN1 50884_G_GEN1 50884_G_GEN1 50884_G_GEN2 50885_G_GEN1 50885_G_GEN1 50888_G_GEN1 50951_G_GEN1 50974_G_GEN1 50974_G_GEN1 50976_G_GEN1 52007_G_GEN1 52007_G_GEN2 54035_G_GEN1 54304_G_1 54755_G_GEN2 54775_G_GEN1 54775_G_GEN1 54775_G_GEN1 54775_G_GEN1 54775_G_GEN1 54775_G_GEN2 54775_G_GEN2 54775_G_GEN2 54775_G_GEN2 54775_G_GEN2 54775_G_GEN6 54775_G_GEN6 54775_G_GEN6 54775_G_GEN6 54775_G_GEN6Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 1 TRUE 0 FALSE 1 TRUE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 0 FALSE 1 TRUE 0 FALSE 2 TRUE 0 FALSE 2 TRUE 0 FALSE 1 TRUE 0 FALSE 1 TRUE 0 FALSE 1 TRUE 0 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE 0 FALSE 1 FALSE

2005EIA767_InScopeAdj 329 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B Mapping1-to-Many Mapping Final G-to-B Mapping Boiler in IPM?Generator Original Boiler

AdjustedPlant_B Num of

Boilers in IPM Water_Flow_100_PCT (cubic ft/sec)

54945_G_NO 5 54945 NO 5 3 54945_B_12 54945_B_12 Yes 80 27 3 54945_G_NO 5 54945 NO 5 3 54945_B_11 54945_B_11 Yes 80 27 3 54945_G_NO 5 54945 NO 5 3 54945_B_13 54945_B_13 Yes 80 27 3 54945_G_NO 6 54945 NO 6 3 54945_B_12 54945_B_12 Yes 80 27 3 54945_G_NO 6 54945 NO 6 3 54945_B_13 54945_B_13 Yes 80 27 3 54945_G_NO 6 54945 NO 6 3 54945_B_11 54945_B_11 Yes 80 27 3 55318_G_1 55318 1 1 55318_B_1 55318_B_1 Yes 196 196 55318_B 3 55318_G_2 55318 2 1 55318_B_2 55318_B_2 Yes 347 347 55318_B 3 55318_G_3 55318 3 1 55318_B_3 55318_B_3 Yes 684 684 55318_B 3

2005EIA767_InScopeAdj 330 of 505Unit Type EIA Gen 3_G_1 54945_G_NO 5 54945_G_NO 5 54945_G_NO 5 54945_G_NO 6 54945_G_NO 6 54945_G_NO 6 55318_G_1 55318_G_2 55318_G_3 Num of

Boilers in EIA Same? Num of

Generator s in IPM IPM Status

0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 0 FALSE 0 TRUE 3 TRUE 0 FALSE 3 TRUE 0 FALSE 3 TRUE 0 FALSE

2005EIA767_InScopeAdj 331 of 5051 2 3 4 5 6 7

YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID 2005 3 1 3_B_1 1 3_G_1 3_B_1 2005 3 2 3_B_2 2 3_G_2 3_B_2 2005 3 3 3_B_3 3 3_G_3 3_B_3 2005 3 4 3_B_4 4 3_G_4 3_B_4 2005 3 5 3_B_5 5 3_G_5 3_B_5 2005 3 6A 3_B_6A A1ST 3_G_A1ST 3_B_6A 2005 3 6B 3_B_6B A1ST 3_G_A1ST 3_B_6B 2005 3 7A 3_B_7A A2ST 3_G_A2ST 3_B_7A 2005 3 7B 3_B_7B A2ST 3_G_A2ST 3_B_7B 2005 7 1 7_B_1 1 7_G_1 7_B_1 2005 7 2 7_B_2 2 7_G_2 7_B_2 2005 8 10 8_B_10 10 8_G_10 8_B_10 2005 8 6 8_B_6 6 8_G_6 8_B_6 2005 8 7 8_B_7 7 8_G_7 8_B_7 2005 8 8 8_B_8 8 8_G_8 8_B_8 2005 8 9 8_B_9 9 8_G_9 8_B_9 2005 10 1 10_B_1 1 10_G_1 10_B_1 2005 10 2 10_B_2 2 10_G_2 10_B_2 2005 26 1 26_B_1 1 26_G_1 26_B_1 2005 26 2 26_B_2 2 26_G_2 26_B_2 2005 26 3 26_B_3 3 26_G_3 26_B_3 2005 26 5 26_B_5 5 26_G_5 26_B_5 2005 26 4 26_B_4 ST4 26_G_ST4 26_B_4 2005 47 1 47_B_1 1 47_G_1 47_B_1 2005 47 2 47_B_2 2 47_G_2 47_B_2 2005 47 3 47_B_3 3 47_G_3 47_B_3 2005 47 4 47_B_4 4 47_G_4 47_B_4 2005 47 5 47_B_5 5 47_G_5 47_B_5 2005 50 1 50_B_1 1 50_G_1 50_B_1 2005 50 2 50_B_2 2 50_G_2 50_B_2 2005 50 3 50_B_3 3 50_G_3 50_B_3 2005 50 4 50_B_4 4 50_G_4 50_B_4 2005 50 5 50_B_5 5 50_G_5 50_B_5 2005 50 6 50_B_6 6 50_G_6 50_B_6 2005 50 7 50_B_7 7 50_G_7 50_B_7 2005 50 8 50_B_8 8 50_G_8 50_B_8 2005 51 1 51_B_1 1 51_G_1 51_B_1 2005 54 1 54_B_1 ST1 54_G_ST1 54_B_1 2005 56 1 56_B_1 1 56_G_1 56_B_1 2005 56 2 56_B_2 2 56_G_2 56_B_2 2005 56 3 56_B_3 3 56_G_3 56_B_3 2005 59 1 59_B_1 1 59_G_1 59_B_1 2005 60 1 60_B_1 1 60_G_1 60_B_1

Gen_Boiler_Crosswalk_2005 332 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 79 1 79_B_1 1 79_G_1 79_B_1 2005 79 3 79_B_3 1 79_G_1 79_B_3 2005 79 2 79_B_2 1 79_G_1 79_B_2 2005 79 1 79_B_1 2 79_G_2 79_B_1 2005 79 3 79_B_3 2 79_G_2 79_B_3 2005 79 2 79_B_2 2 79_G_2 79_B_2 2005 79 5 79_B_5 5 79_G_5 79_B_5 2005 87 1 87_B_1 1 87_G_1 87_B_1 2005 108 SGU1 108_B_SGU1 1 108_G_1 108_B_SGU1 2005 113 1 113_B_1 1 113_G_1 113_B_1 2005 113 2 113_B_2 2 113_G_2 113_B_2 2005 113 3 113_B_3 3 113_G_3 113_B_3 2005 113 4 113_B_4 4 113_G_4 113_B_4 2005 116 1 116_B_1 1 116_G_1 116_B_1 2005 116 2 116_B_2 2 116_G_2 116_B_2 2005 117 CC4 117_B_CC4 C4-2 117_G_C4-2 117_B_CC4 2005 117 CC5B 117_B_CC5B C5-3 117_G_C5-3 117_B_CC5B 2005 117 CC5A 117_B_CC5A C5-3 117_G_C5-3 117_B_CC5A 2005 118 1 118_B_1 1 118_G_1 118_B_1 2005 118 2 118_B_2 2 118_G_2 118_B_2 2005 120 1 120_B_1 ST1 120_G_ST1 120_B_1 2005 126 4 126_B_4 4 126_G_4 126_B_4 2005 126 1 126_B_1 ST1 126_G_ST1 126_B_1 2005 126 2 126_B_2 ST2 126_G_ST2 126_B_2 2005 126 3 126_B_3 ST3 126_G_ST3 126_B_3 2005 127 1 127_B_1 1 127_G_1 127_B_1 2005 130 1 130_B_1 1 130_G_1 130_B_1 2005 130 2 130_B_2 2 130_G_2 130_B_2 2005 130 3 130_B_3 3 130_G_3 130_B_3 2005 130 4 130_B_4 4 130_G_4 130_B_4 2005 136 1 136_B_1 1 136_G_1 136_B_1 2005 136 2 136_B_2 2 136_G_2 136_B_2 2005 141 1 141_B_1 AF1 141_G_AF1 141_B_1 2005 141 2 141_B_2 AF2 141_G_AF2 141_B_2 2005 141 3 141_B_3 AF3 141_G_AF3 141_B_3 2005 143 1 143_B_1 CC1 143_G_CC1 143_B_1 2005 143 2 143_B_2 CC2 143_G_CC2 143_B_2 2005 143 3 143_B_3 CC3 143_G_CC3 143_B_3 2005 143 6 143_B_6 CC4 143_G_CC4 143_B_6 2005 143 5 143_B_5 CC4 143_G_CC4 143_B_5 2005 143 4 143_B_4 CC4 143_G_CC4 143_B_4 2005 147 K-1 147_B_K-1 KY1 147_G_KY1 147_B_K-1 2005 147 K-2 147_B_K-2 KY2 147_G_KY2 147_B_K-2 2005 147 K-7 147_B_K-7 KY7A 147_G_KY7A 147_B_K-7

Gen_Boiler_Crosswalk_2005 333 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 160 1 160_B_1 ST1 160_G_ST1 160_B_1 2005 160 2 160_B_2 ST2 160_G_ST2 160_B_2 2005 160 3 160_B_3 ST3 160_G_ST3 160_B_3 2005 165 1 165_B_1 1 165_G_1 165_B_1 2005 165 2 165_B_2 2 165_G_2 165_B_2 2005 167 2 167_B_2 2 167_G_2 167_B_2 2005 167 3 167_B_3 3 167_G_3 167_B_3 2005 168 1 168_B_1 1 168_G_1 168_B_1 2005 168 2 168_B_2 2 168_G_2 168_B_2 2005 169 1 169_B_1 1 169_G_1 169_B_1 2005 169 2 169_B_2 2 169_G_2 169_B_2 2005 170 1 170_B_1 1 170_G_1 170_B_1 2005 170 2 170_B_2 2 170_G_2 170_B_2 2005 170 3 170_B_3 3 170_G_3 170_B_3 2005 170 4 170_B_4 4 170_G_4 170_B_4 2005 173 1 173_B_1 1 173_G_1 173_B_1 2005 173 2 173_B_2 2 173_G_2 173_B_2 2005 201 2 201_B_2 1 201_G_1 201_B_2 2005 202 01 202_B_01 1 202_G_1 202_B_01 2005 203 01 203_B_01 1 203_G_1 203_B_01 2005 207 1 207_B_1 1 207_G_1 207_B_1 2005 207 2 207_B_2 2 207_G_2 207_B_2 2005 228 9 228_B_9 6 228_G_6 228_B_9 2005 228 10 228_B_10 7 228_G_7 228_B_10 2005 228 HRSG1 228_B_HRSG1 8 228_G_8 228_B_HRSG1 2005 228 HRSG2 228_B_HRSG2 8 228_G_8 228_B_HRSG2 2005 246 1 246_B_1 ST1 246_G_ST1 246_B_1 2005 246 2 246_B_2 ST2 246_G_ST2 246_B_2 2005 247 7 247_B_7 4 247_G_4 247_B_7 2005 259 1 259_B_1 1 259_G_1 259_B_1 2005 259 2 259_B_2 2 259_G_2 259_B_2 2005 259 3 259_B_3 3 259_G_3 259_B_3 2005 259 4 259_B_4 4 259_G_4 259_B_4 2005 260 6-1 260_B_6-1 6 260_G_6 260_B_6-1 2005 260 7-1 260_B_7-1 7 260_G_7 260_B_7-1 2005 271 5 271_B_5 5 271_G_5 271_B_5 2005 271 6 271_B_6 6 271_G_6 271_B_6 2005 271 7 271_B_7 7 271_G_7 271_B_7 2005 273 3-1 273_B_3-1 3 273_G_3 273_B_3-1 2005 298 LIM1 298_B_LIM1 1 298_G_1 298_B_LIM1 2005 298 LIM2 298_B_LIM2 2 298_G_2 298_B_LIM2 2005 302 2 302_B_2 2 302_G_2 302_B_2 2005 302 3 302_B_3 3 302_G_3 302_B_3 2005 302 4 302_B_4 4 302_G_4 302_B_4

Gen_Boiler_Crosswalk_2005 334 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 302 5 302_B_5 5 302_G_5 302_B_5 2005 302 1 302_B_1 ST1 302_G_ST1 302_B_1 2005 310 2 310_B_2 2 310_G_2 310_B_2 2005 310 3 310_B_3 3 310_G_3 310_B_3 2005 310 4 310_B_4 4 310_G_4 310_B_4 2005 310 1 310_B_1 ST1 310_G_ST1 310_B_1 2005 315 1 315_B_1 1 315_G_1 315_B_1 2005 315 2 315_B_2 2 315_G_2 315_B_2 2005 315 3 315_B_3 3 315_G_3 315_B_3 2005 315 4 315_B_4 4 315_G_4 315_B_4 2005 315 5 315_B_5 5 315_G_5 315_B_5 2005 315 6 315_B_6 6 315_G_6 315_B_6 2005 329 1 329_B_1 1 329_G_1 329_B_1 2005 329 2 329_B_2 2 329_G_2 329_B_2 2005 329 32 329_B_32 30 329_G_30 329_B_32 2005 329 31 329_B_31 30 329_G_30 329_B_31 2005 329 42 329_B_42 40 329_G_40 329_B_42 2005 329 41 329_B_41 40 329_G_40 329_B_41 2005 330 3 330_B_3 3 330_G_3 330_B_3 2005 330 4 330_B_4 4 330_G_4 330_B_4 2005 331 3 331_B_3 3 331_G_3 331_B_3 2005 331 4 331_B_4 4 331_G_4 331_B_4 2005 335 1 335_B_1 1 335_G_1 335_B_1 2005 335 2 335_B_2 2 335_G_2 335_B_2 2005 335 3A 335_B_3A 3 335_G_3 335_B_3A 2005 335 4A 335_B_4A 4 335_G_4 335_B_4A 2005 345 1 345_B_1 1 345_G_1 345_B_1 2005 345 2 345_B_2 2 345_G_2 345_B_2 2005 350 1 350_B_1 1 350_G_1 350_B_1 2005 350 2 350_B_2 2 350_G_2 350_B_2 2005 356 5 356_B_5 5 356_G_5 356_B_5 2005 356 6 356_B_6 6 356_G_6 356_B_6 2005 356 7 356_B_7 7 356_G_7 356_B_7 2005 356 8 356_B_8 8 356_G_8 356_B_8 2005 358 1 358_B_1 MV3C 358_G_MV3C 358_B_1 2005 358 MV3B 358_B_MV3B MV3C 358_G_MV3C 358_B_MV3B 2005 358 MV3A 358_B_MV3A MV3C 358_G_MV3C 358_B_MV3A 2005 358 1 358_B_1 MV4C 358_G_MV4C 358_B_1 2005 358 MV4B 358_B_MV4B MV4C 358_G_MV4C 358_B_MV4B 2005 358 MV4A 358_B_MV4A MV4C 358_G_MV4C 358_B_MV4A 2005 377 3 377_B_3 3 377_G_3 377_B_3 2005 377 4 377_B_4 4 377_G_4 377_B_4 2005 377 5 377_B_5 5 377_G_5 377_B_5 2005 384 71 384_B_71 7 384_G_7 384_B_71

Gen_Boiler_Crosswalk_2005 335 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 384 72 384_B_72 7 384_G_7 384_B_72 2005 384 81 384_B_81 8 384_G_8 384_B_81 2005 384 82 384_B_82 8 384_G_8 384_B_82 2005 389 3 389_B_3 3 389_G_3 389_B_3 2005 389 4 389_B_4 4 389_G_4 389_B_4 2005 400 1 400_B_1 1 400_G_1 400_B_1 2005 400 2 400_B_2 2 400_G_2 400_B_2 2005 400 5 400_B_5 5 400_G_5 400_B_5 2005 400 6 400_B_6 6 400_G_6 400_B_6 2005 400 8 400_B_8 8 400_G_8 400_B_8 2005 400 HRSG1 400_B_HRSG1 8 400_G_8 400_B_HRSG1 2005 400 HRSG2 400_B_HRSG2 8 400_G_8 400_B_HRSG2 2005 400 HRSG10 400_B_HRSG10 8 400_G_8 400_B_HRSG10 2005 400 HRSG9 400_B_HRSG9 8 400_G_8 400_B_HRSG9 2005 404 1 404_B_1 1 404_G_1 404_B_1 2005 404 2 404_B_2 2 404_G_2 404_B_2 2005 404 3 404_B_3 3 404_G_3 404_B_3 2005 408 6 408_B_6 8 408_G_8 408_B_6 2005 408 7 408_B_7 8 408_G_8 408_B_7 2005 420 B3 420_B_B3 B3 420_G_B3 420_B_B3 2005 460 41 460_B_41 5 460_G_5 460_B_41 2005 460 49 460_B_49 6 460_G_6 460_B_49 2005 462 55 462_B_55 1 462_G_1 462_B_55 2005 462 59 462_B_59 2 462_G_2 462_B_59 2005 465 3 465_B_3 3 465_G_3 465_B_3 2005 465 4 465_B_4 4 465_G_4 465_B_4 2005 468 1 468_B_1 1 468_G_1 468_B_1 2005 468 2 468_B_2 2 468_G_2 468_B_2 2005 469 1 469_B_1 1 469_G_1 469_B_1 2005 469 2 469_B_2 2 469_G_2 469_B_2 2005 469 3 469_B_3 3 469_G_3 469_B_3 2005 469 4 469_B_4 4 469_G_4 469_B_4 2005 470 1 470_B_1 1 470_G_1 470_B_1 2005 470 2 470_B_2 2 470_G_2 470_B_2 2005 470 3 470_B_3 3 470_G_3 470_B_3 2005 477 5 477_B_5 5 477_G_5 477_B_5 2005 478 1 478_B_1 1 478_G_1 478_B_1 2005 478 2 478_B_2 1 478_G_1 478_B_2 2005 478 3 478_B_3 2 478_G_2 478_B_3 2005 492 5 492_B_5 5 492_G_5 492_B_5 2005 492 6 492_B_6 6 492_G_6 492_B_6 2005 492 7 492_B_7 7 492_G_7 492_B_7 2005 493 1 493_B_1 1 493_G_1 493_B_1 2005 493 2 493_B_2 2 493_G_2 493_B_2

Gen_Boiler_Crosswalk_2005 336 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 493 3 493_B_3 3 493_G_3 493_B_3 2005 508 4 508_B_4 2 508_G_2 508_B_4 2005 508 4 508_B_4 3 508_G_3 508_B_4 2005 508 4 508_B_4 4 508_G_4 508_B_4 2005 525 H1 525_B_H1 1 525_G_1 525_B_H1 2005 525 H2 525_B_H2 2 525_G_2 525_B_H2 2005 527 1 527_B_1 1 527_G_1 527_B_1 2005 527 1 527_B_1 2 527_G_2 527_B_1 2005 527 1 527_B_1 3 527_G_3 527_B_1 2005 527 1 527_B_1 ST4 527_G_ST4 527_B_1 2005 544 7 544_B_7 7 544_G_7 544_B_7 2005 544 8 544_B_8 8 544_G_8 544_B_8 2005 546 5 546_B_5 5 546_G_5 546_B_5 2005 546 6 546_B_6 6 546_G_6 546_B_6 2005 548 1 548_B_1 1 548_G_1 548_B_1 2005 548 2 548_B_2 2 548_G_2 548_B_2 2005 550 1 550_B_1 1 550_G_1 550_B_1 2005 562 2 562_B_2 2 562_G_2 562_B_2 2005 562 3 562_B_3 3 562_G_3 562_B_3 2005 562 4 562_B_4 4 562_G_4 562_B_4 2005 564 1 564_B_1 1 564_G_1 564_B_1 2005 564 2 564_B_2 2 564_G_2 564_B_2 2005 568 BHB2 568_B_BHB2 2 568_G_2 568_B_BHB2 2005 568 BHB3 568_B_BHB3 3 568_G_3 568_B_BHB3 2005 589 1 589_B_1 1 589_G_1 589_B_1 2005 593 3 593_B_3 3 593_G_3 593_B_3 2005 593 4 593_B_4 4 593_G_4 593_B_4 2005 593 5 593_B_5 5 593_G_5 593_B_5 2005 594 1 594_B_1 1 594_G_1 594_B_1 2005 594 2 594_B_2 2 594_G_2 594_B_2 2005 594 3 594_B_3 3 594_G_3 594_B_3 2005 594 4 594_B_4 4 594_G_4 594_B_4 2005 599 1 599_B_1 1 599_G_1 599_B_1 2005 599 2 599_B_2 2 599_G_2 599_B_2 2005 599 3 599_B_3 3 599_G_3 599_B_3 2005 602 1 602_B_1 1 602_G_1 602_B_1 2005 602 2 602_B_2 2 602_G_2 602_B_2 2005 603 15 603_B_15 15 603_G_15 603_B_15 2005 603 16 603_B_16 16 603_G_16 603_B_16 2005 609 PCC1 609_B_PCC1 1 609_G_1 609_B_PCC1 2005 609 PCC2 609_B_PCC2 2 609_G_2 609_B_PCC2 2005 610 PCU5 610_B_PCU5 5 610_G_5 610_B_PCU5 2005 610 PCU6 610_B_PCU6 6 610_G_6 610_B_PCU6 2005 617 PPE1 617_B_PPE1 ST1 617_G_ST1 617_B_PPE1

Gen_Boiler_Crosswalk_2005 337 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 617 PPE2 617_B_PPE2 ST2 617_G_ST2 617_B_PPE2 2005 617 PPE3 617_B_PPE3 ST3 617_G_ST3 617_B_PPE3 2005 617 PPE4 617_B_PPE4 ST4 617_G_ST4 617_B_PPE4 2005 619 PRV3 619_B_PRV3 3 619_G_3 619_B_PRV3 2005 619 PRV4 619_B_PRV4 4 619_G_4 619_B_PRV4 2005 620 PSN3 620_B_PSN3 3 620_G_3 620_B_PSN3 2005 620 PSN3 620_B_PSN3 4 620_G_4 620_B_PSN3 2005 621 PTP1 621_B_PTP1 ST1 621_G_ST1 621_B_PTP1 2005 621 PTP2 621_B_PTP2 ST2 621_G_ST2 621_B_PTP2 2005 628 1 628_B_1 1 628_G_1 628_B_1 2005 628 2 628_B_2 2 628_G_2 628_B_2 2005 628 5 628_B_5 5 628_G_5 628_B_5 2005 628 4 628_B_4 ST4 628_G_ST4 628_B_4 2005 634 1 634_B_1 ST1 634_G_ST1 634_B_1 2005 634 2 634_B_2 ST2 634_G_ST2 634_B_2 2005 634 3 634_B_3 ST3 634_G_ST3 634_B_3 2005 638 1 638_B_1 1 638_G_1 638_B_1 2005 638 2 638_B_2 2 638_G_2 638_B_2 2005 638 3 638_B_3 3 638_G_3 638_B_3 2005 641 2 641_B_2 2 641_G_2 641_B_2 2005 641 3 641_B_3 3 641_G_3 641_B_3 2005 641 4 641_B_4 4 641_G_4 641_B_4 2005 641 5 641_B_5 5 641_G_5 641_B_5 2005 641 6 641_B_6 6 641_G_6 641_B_6 2005 641 7 641_B_7 7 641_G_7 641_B_7 2005 642 1 642_B_1 1 642_G_1 642_B_1 2005 642 2 642_B_2 2 642_G_2 642_B_2 2005 643 1 643_B_1 1 643_G_1 643_B_1 2005 643 2 643_B_2 2 643_G_2 643_B_2 2005 643 5 643_B_5 3S 643_G_3S 643_B_5 2005 643 4 643_B_4 3S 643_G_3S 643_B_4 2005 645 BB01 645_B_BB01 ST1 645_G_ST1 645_B_BB01 2005 645 BB02 645_B_BB02 ST2 645_G_ST2 645_B_BB02 2005 645 BB03 645_B_BB03 ST3 645_G_ST3 645_B_BB03 2005 645 BB04 645_B_BB04 ST4 645_G_ST4 645_B_BB04 2005 658 6 658_B_6 6 658_G_6 658_B_6 2005 658 7 658_B_7 7 658_G_7 658_B_7 2005 658 8 658_B_8 8 658_G_8 658_B_8 2005 663 B1 663_B_B1 1 663_G_1 663_B_B1 2005 663 B2 663_B_B2 2 663_G_2 663_B_B2 2005 664 JRK7 664_B_JRK7 7 664_G_7 664_B_JRK7 2005 667 1 667_B_1 1 667_G_1 667_B_1 2005 667 2 667_B_2 2 667_G_2 667_B_2 2005 667 3 667_B_3 ST3 667_G_ST3 667_B_3

Gen_Boiler_Crosswalk_2005 338 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 673 S-3 673_B_S-3 S3 673_G_S3 673_B_S-3 2005 675 6 675_B_6 6 675_G_6 675_B_6 2005 675 7 675_B_7 7 675_G_7 675_B_7 2005 676 3 676_B_3 3 676_G_3 676_B_3 2005 676 1 676_B_1 ST1 676_G_ST1 676_B_1 2005 676 2 676_B_2 ST2 676_G_ST2 676_B_2 2005 688 1 688_B_1 1 688_G_1 688_B_1 2005 688 2 688_B_2 2 688_G_2 688_B_2 2005 689 7 689_B_7 7 689_G_7 689_B_7 2005 693 1 693_B_1 1 693_G_1 693_B_1 2005 693 2 693_B_2 2 693_G_2 693_B_2 2005 693 3 693_B_3 3 693_G_3 693_B_3 2005 693 4 693_B_4 4 693_G_4 693_B_4 2005 703 1BLR 703_B_1BLR 1 703_G_1 703_B_1BLR 2005 703 2BLR 703_B_2BLR 2 703_G_2 703_B_2BLR 2005 703 3BLR 703_B_3BLR 3 703_G_3 703_B_3BLR 2005 703 4BLR 703_B_4BLR 4 703_G_4 703_B_4BLR 2005 708 1 708_B_1 1 708_G_1 708_B_1 2005 708 2 708_B_2 2 708_G_2 708_B_2 2005 708 3 708_B_3 3 708_G_3 708_B_3 2005 708 4 708_B_4 4 708_G_4 708_B_4 2005 709 1 709_B_1 1 709_G_1 709_B_1 2005 709 2 709_B_2 2 709_G_2 709_B_2 2005 709 3 709_B_3 3 709_G_3 709_B_3 2005 709 4 709_B_4 4 709_G_4 709_B_4 2005 710 MB1 710_B_MB1 1 710_G_1 710_B_MB1 2005 710 MB2 710_B_MB2 2 710_G_2 710_B_MB2 2005 715 1 715_B_1 1 715_G_1 715_B_1 2005 715 2 715_B_2 2 715_G_2 715_B_2 2005 727 3 727_B_3 3 727_G_3 727_B_3 2005 728 Y1BR 728_B_Y1BR 1 728_G_1 728_B_Y1BR 2005 728 Y2BR 728_B_Y2BR 2 728_G_2 728_B_Y2BR 2005 728 Y3BR 728_B_Y3BR 3 728_G_3 728_B_Y3BR 2005 728 Y4BR 728_B_Y4BR 4 728_G_4 728_B_Y4BR 2005 728 Y5BR 728_B_Y5BR 5 728_G_5 728_B_Y5BR 2005 728 Y6BR 728_B_Y6BR 6 728_G_6 728_B_Y6BR 2005 728 Y7BR 728_B_Y7BR 7 728_G_7 728_B_Y7BR 2005 733 2 733_B_2 2 733_G_2 733_B_2 2005 733 3 733_B_3 3 733_G_3 733_B_3 2005 733 4 733_B_4 4 733_G_4 733_B_4 2005 733 1 733_B_1 ST1 733_G_ST1 733_B_1 2005 734 6 734_B_6 6 734_G_6 734_B_6 2005 734 11 734_B_11 7 734_G_7 734_B_11 2005 734 12 734_B_12 8 734_G_8 734_B_12

Gen_Boiler_Crosswalk_2005 339 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 753 ST 753_B_ST 1 753_G_1 753_B_ST 2005 762 HRSG1 762_B_HRSG1 1 762_G_1 762_B_HRSG1 2005 762 2 762_B_2 2 762_G_2 762_B_2 2005 764 16 764_B_16 H8 764_G_H8 764_B_16 2005 764 17 764_B_17 H9 764_G_H9 764_B_17 2005 765 1 765_B_1 K1 765_G_K1 765_B_1 2005 765 2 765_B_2 K2 765_G_K2 765_B_2 2005 765 3 765_B_3 K3 765_G_K3 765_B_3 2005 765 4 765_B_4 K4 765_G_K4 765_B_4 2005 765 5 765_B_5 K5 765_G_K5 765_B_5 2005 765 6 765_B_6 K6 765_G_K6 765_B_6 2005 766 3 766_B_3 W3 766_G_W3 766_B_3 2005 766 4 766_B_4 W4 766_G_W4 766_B_4 2005 766 5 766_B_5 W5 766_G_W5 766_B_5 2005 766 6 766_B_6 W6 766_G_W6 766_B_6 2005 766 7 766_B_7 W7 766_G_W7 766_B_7 2005 766 8 766_B_8 W8 766_G_W8 766_B_8 2005 772 5 772_B_5 5 772_G_5 772_B_5 2005 772 6 772_B_6 6 772_G_6 772_B_6 2005 856 1 856_B_1 1 856_G_1 856_B_1 2005 856 2 856_B_2 2 856_G_2 856_B_2 2005 856 3 856_B_3 3 856_G_3 856_B_3 2005 861 01 861_B_01 1 861_G_1 861_B_01 2005 861 02 861_B_02 2 861_G_2 861_B_02 2005 863 05 863_B_05 3 863_G_3 863_B_05 2005 863 06 863_B_06 4 863_G_4 863_B_06 2005 864 01 864_B_01 1 864_G_1 864_B_01 2005 864 02 864_B_02 1 864_G_1 864_B_02 2005 864 03 864_B_03 2 864_G_2 864_B_03 2005 864 04 864_B_04 2 864_G_2 864_B_04 2005 864 05 864_B_05 3 864_G_3 864_B_05 2005 864 06 864_B_06 4 864_G_4 864_B_06 2005 867 7 867_B_7 7 867_G_7 867_B_7 2005 867 8 867_B_8 8 867_G_8 867_B_8 2005 874 5 874_B_5 6 874_G_6 874_B_5 2005 876 1 876_B_1 1 876_G_1 876_B_1 2005 876 2 876_B_2 2 876_G_2 876_B_2 2005 879 52 879_B_52 5 879_G_5 879_B_52 2005 879 51 879_B_51 5 879_G_5 879_B_51 2005 879 62 879_B_62 6 879_G_6 879_B_62 2005 879 61 879_B_61 6 879_G_6 879_B_61 2005 883 17 883_B_17 6 883_G_6 883_B_17 2005 883 7 883_B_7 7 883_G_7 883_B_7 2005 883 8 883_B_8 8 883_G_8 883_B_8

Gen_Boiler_Crosswalk_2005 340 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 884 1 884_B_1 1 884_G_1 884_B_1 2005 884 2 884_B_2 2 884_G_2 884_B_2 2005 884 3 884_B_3 3 884_G_3 884_B_3 2005 884 4 884_B_4 4 884_G_4 884_B_4 2005 886 19 886_B_19 19 886_G_19 886_B_19 2005 887 1 887_B_1 1 887_G_1 887_B_1 2005 887 2 887_B_2 2 887_G_2 887_B_2 2005 887 3 887_B_3 3 887_G_3 887_B_3 2005 887 4 887_B_4 4 887_G_4 887_B_4 2005 887 5 887_B_5 5 887_G_5 887_B_5 2005 887 6 887_B_6 6 887_G_6 887_B_6 2005 889 1 889_B_1 1 889_G_1 889_B_1 2005 889 2 889_B_2 2 889_G_2 889_B_2 2005 889 3 889_B_3 3 889_G_3 889_B_3 2005 891 1 891_B_1 1 891_G_1 891_B_1 2005 891 2 891_B_2 1 891_G_1 891_B_2 2005 891 3 891_B_3 1 891_G_1 891_B_3 2005 891 4 891_B_4 1 891_G_1 891_B_4 2005 891 5 891_B_5 1 891_G_1 891_B_5 2005 891 8 891_B_8 1 891_G_1 891_B_8 2005 891 7 891_B_7 1 891_G_1 891_B_7 2005 891 6 891_B_6 1 891_G_1 891_B_6 2005 891 1 891_B_1 2 891_G_2 891_B_1 2005 891 3 891_B_3 2 891_G_2 891_B_3 2005 891 8 891_B_8 2 891_G_2 891_B_8 2005 891 7 891_B_7 2 891_G_2 891_B_7 2005 891 5 891_B_5 2 891_G_2 891_B_5 2005 891 6 891_B_6 2 891_G_2 891_B_6 2005 891 4 891_B_4 2 891_G_2 891_B_4 2005 891 2 891_B_2 2 891_G_2 891_B_2 2005 891 1 891_B_1 3 891_G_3 891_B_1 2005 891 8 891_B_8 3 891_G_3 891_B_8 2005 891 7 891_B_7 3 891_G_3 891_B_7 2005 891 6 891_B_6 3 891_G_3 891_B_6 2005 891 5 891_B_5 3 891_G_3 891_B_5 2005 891 4 891_B_4 3 891_G_3 891_B_4 2005 891 3 891_B_3 3 891_G_3 891_B_3 2005 891 2 891_B_2 3 891_G_3 891_B_2 2005 891 1 891_B_1 4 891_G_4 891_B_1 2005 891 2 891_B_2 4 891_G_4 891_B_2 2005 891 3 891_B_3 4 891_G_4 891_B_3 2005 891 5 891_B_5 4 891_G_4 891_B_5 2005 891 8 891_B_8 4 891_G_4 891_B_8 2005 891 7 891_B_7 4 891_G_4 891_B_7

Gen_Boiler_Crosswalk_2005 341 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 891 6 891_B_6 4 891_G_4 891_B_6 2005 891 4 891_B_4 4 891_G_4 891_B_4 2005 891 8 891_B_8 5 891_G_5 891_B_8 2005 891 2 891_B_2 5 891_G_5 891_B_2 2005 891 1 891_B_1 5 891_G_5 891_B_1 2005 891 5 891_B_5 5 891_G_5 891_B_5 2005 891 4 891_B_4 5 891_G_5 891_B_4 2005 891 3 891_B_3 5 891_G_5 891_B_3 2005 891 7 891_B_7 5 891_G_5 891_B_7 2005 891 6 891_B_6 5 891_G_5 891_B_6 2005 891 9 891_B_9 6 891_G_6 891_B_9 2005 892 1 892_B_1 1 892_G_1 892_B_1 2005 892 2 892_B_2 2 892_G_2 892_B_2 2005 897 2 897_B_2 2 897_G_2 897_B_2 2005 897 1 897_B_1 ST1 897_G_ST1 897_B_1 2005 898 1 898_B_1 1 898_G_1 898_B_1 2005 898 2 898_B_2 1 898_G_1 898_B_2 2005 898 3 898_B_3 1 898_G_1 898_B_3 2005 898 1 898_B_1 2 898_G_2 898_B_1 2005 898 3 898_B_3 2 898_G_2 898_B_3 2005 898 2 898_B_2 2 898_G_2 898_B_2 2005 898 1 898_B_1 3 898_G_3 898_B_1 2005 898 3 898_B_3 3 898_G_3 898_B_3 2005 898 2 898_B_2 3 898_G_3 898_B_2 2005 898 4 898_B_4 4 898_G_4 898_B_4 2005 898 5 898_B_5 5 898_G_5 898_B_5 2005 963 31 963_B_31 1 963_G_1 963_B_31 2005 963 32 963_B_32 2 963_G_2 963_B_32 2005 963 33 963_B_33 3 963_G_3 963_B_33 2005 964 7 964_B_7 6 964_G_6 964_B_7 2005 964 8 964_B_8 7 964_G_7 964_B_8 2005 972 4 972_B_4 4 972_G_4 972_B_4 2005 972 5 972_B_5 4 972_G_4 972_B_5 2005 972 8 972_B_8 4 972_G_4 972_B_8 2005 972 7 972_B_7 4 972_G_4 972_B_7 2005 972 4 972_B_4 6 972_G_6 972_B_4 2005 972 5 972_B_5 6 972_G_6 972_B_5 2005 972 8 972_B_8 6 972_G_6 972_B_8 2005 972 7 972_B_7 6 972_G_6 972_B_7 2005 972 4 972_B_4 7 972_G_7 972_B_4 2005 972 8 972_B_8 7 972_G_7 972_B_8 2005 972 7 972_B_7 7 972_G_7 972_B_7 2005 972 5 972_B_5 7 972_G_7 972_B_5 2005 976 123 976_B_123 1 976_G_1 976_B_123

Gen_Boiler_Crosswalk_2005 342 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 976 123 976_B_123 2 976_G_2 976_B_123 2005 976 123 976_B_123 3 976_G_3 976_B_123 2005 976 4 976_B_4 4 976_G_4 976_B_4 2005 981 3 981_B_3 3 981_G_3 981_B_3 2005 981 3 981_B_3 3A 981_G_3A 981_B_3 2005 981 4 981_B_4 4 981_G_4 981_B_4 2005 981 4 981_B_4 4A 981_G_4A 981_B_4 2005 983 1 983_B_1 1 983_G_1 983_B_1 2005 983 2 983_B_2 2 983_G_2 983_B_2 2005 983 3 983_B_3 3 983_G_3 983_B_3 2005 983 4 983_B_4 4 983_G_4 983_B_4 2005 983 5 983_B_5 5 983_G_5 983_B_5 2005 983 6 983_B_6 6 983_G_6 983_B_6 2005 988 U1 988_B_U1 1 988_G_1 988_B_U1 2005 988 U2 988_B_U2 2 988_G_2 988_B_U2 2005 988 U3 988_B_U3 3 988_G_3 988_B_U3 2005 988 U4 988_B_U4 4 988_G_4 988_B_U4 2005 990 9 990_B_9 3 990_G_3 990_B_9 2005 990 10 990_B_10 4 990_G_4 990_B_10 2005 990 50 990_B_50 5 990_G_5 990_B_50 2005 990 60 990_B_60 6 990_G_6 990_B_60 2005 990 70 990_B_70 7 990_G_7 990_B_70 2005 991 2 991_B_2 2 991_G_2 991_B_2 2005 991 3 991_B_3 3 991_G_3 991_B_3 2005 991 4 991_B_4 4 991_G_4 991_B_4 2005 991 5 991_B_5 5 991_G_5 991_B_5 2005 991 6 991_B_6 6 991_G_6 991_B_6 2005 991 1 991_B_1 ST1 991_G_ST1 991_B_1 2005 992 11 992_B_11 4 992_G_4 992_B_11 2005 992 18 992_B_18 4 992_G_4 992_B_18 2005 992 17 992_B_17 4 992_G_4 992_B_17 2005 992 16 992_B_16 4 992_G_4 992_B_16 2005 992 15 992_B_15 4 992_G_4 992_B_15 2005 992 13 992_B_13 4 992_G_4 992_B_13 2005 992 14 992_B_14 4 992_G_4 992_B_14 2005 992 12 992_B_12 4 992_G_4 992_B_12 2005 992 11 992_B_11 6 992_G_6 992_B_11 2005 992 18 992_B_18 6 992_G_6 992_B_18 2005 992 17 992_B_17 6 992_G_6 992_B_17 2005 992 16 992_B_16 6 992_G_6 992_B_16 2005 992 15 992_B_15 6 992_G_6 992_B_15 2005 992 14 992_B_14 6 992_G_6 992_B_14 2005 992 13 992_B_13 6 992_G_6 992_B_13 2005 992 12 992_B_12 6 992_G_6 992_B_12

Gen_Boiler_Crosswalk_2005 343 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 994 4 994_B_4 4 994_G_4 994_B_4 2005 994 1 994_B_1 ST1 994_G_ST1 994_B_1 2005 994 2 994_B_2 ST2 994_G_ST2 994_B_2 2005 994 3 994_B_3 ST3 994_G_ST3 994_B_3 2005 995 7 995_B_7 7 995_G_7 995_B_7 2005 995 8 995_B_8 8 995_G_8 995_B_8 2005 996 11 996_B_11 11 996_G_11 996_B_11 2005 996 4 996_B_4 4 996_G_4 996_B_4 2005 996 5 996_B_5 5 996_G_5 996_B_5 2005 996 6 996_B_6 6 996_G_6 996_B_6 2005 997 12 997_B_12 12 997_G_12 997_B_12 2005 997 6 997_B_6 2 997_G_2 997_B_6 2005 997 4 997_B_4 2 997_G_2 997_B_4 2005 997 5 997_B_5 2 997_G_2 997_B_5 2005 997 6 997_B_6 3 997_G_3 997_B_6 2005 997 5 997_B_5 3 997_G_3 997_B_5 2005 997 4 997_B_4 3 997_G_3 997_B_4 2005 1001 1 1001_B_1 1 1001_G_1 1001_B_1 2005 1001 2 1001_B_2 2 1001_G_2 1001_B_2 2005 1004 8-1 1004_B_8-1 6 1004_G_6 1004_B_8-1 2005 1004 7-2 1004_B_7-2 6 1004_G_6 1004_B_7-2 2005 1004 6-1 1004_B_6-1 6 1004_G_6 1004_B_6-1 2005 1004 7-1 1004_B_7-1 6 1004_G_6 1004_B_7-1 2005 1004 8-1 1004_B_8-1 7 1004_G_7 1004_B_8-1 2005 1004 7-2 1004_B_7-2 7 1004_G_7 1004_B_7-2 2005 1004 7-1 1004_B_7-1 7 1004_G_7 1004_B_7-1 2005 1004 6-1 1004_B_6-1 7 1004_G_7 1004_B_6-1 2005 1004 8-1 1004_B_8-1 8 1004_G_8 1004_B_8-1 2005 1004 7-2 1004_B_7-2 8 1004_G_8 1004_B_7-2 2005 1004 6-1 1004_B_6-1 8 1004_G_8 1004_B_6-1 2005 1004 7-1 1004_B_7-1 8 1004_G_8 1004_B_7-1 2005 1008 1 1008_B_1 1 1008_G_1 1008_B_1 2005 1008 2 1008_B_2 2 1008_G_2 1008_B_2 2005 1008 3 1008_B_3 3 1008_G_3 1008_B_3 2005 1008 4 1008_B_4 4 1008_G_4 1008_B_4 2005 1010 1 1010_B_1 1 1010_G_1 1010_B_1 2005 1010 2 1010_B_2 2 1010_G_2 1010_B_2 2005 1010 3 1010_B_3 3 1010_G_3 1010_B_3 2005 1010 4 1010_B_4 4 1010_G_4 1010_B_4 2005 1010 5 1010_B_5 5 1010_G_5 1010_B_5 2005 1010 6 1010_B_6 6 1010_G_6 1010_B_6 2005 1012 1 1012_B_1 1 1012_G_1 1012_B_1 2005 1012 2 1012_B_2 2 1012_G_2 1012_B_2 2005 1012 3 1012_B_3 3 1012_G_3 1012_B_3

Gen_Boiler_Crosswalk_2005 344 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1024 5 1024_B_5 4 1024_G_4 1024_B_5 2005 1024 6 1024_B_6 5 1024_G_5 1024_B_6 2005 1032 5 1032_B_5 4 1032_G_4 1032_B_5 2005 1032 6 1032_B_6 5 1032_G_5 1032_B_6 2005 1037 2 1037_B_2 2 1037_G_2 1037_B_2 2005 1037 5 1037_B_5 3 1037_G_3 1037_B_5 2005 1040 1 1040_B_1 1 1040_G_1 1040_B_1 2005 1040 2 1040_B_2 2 1040_G_2 1040_B_2 2005 1043 1SG1 1043_B_1SG1 1 1043_G_1 1043_B_1SG1 2005 1043 2SG1 1043_B_2SG1 2 1043_G_2 1043_B_2SG1 2005 1046 5 1046_B_5 3 1046_G_3 1046_B_5 2005 1046 1 1046_B_1 4 1046_G_4 1046_B_1 2005 1046 6 1046_B_6 ST2 1046_G_ST2 1046_B_6 2005 1047 1 1047_B_1 1 1047_G_1 1047_B_1 2005 1047 2 1047_B_2 2 1047_G_2 1047_B_2 2005 1047 3 1047_B_3 3 1047_G_3 1047_B_3 2005 1047 4 1047_B_4 4 1047_G_4 1047_B_4 2005 1048 1 1048_B_1 1 1048_G_1 1048_B_1 2005 1048 2 1048_B_2 2 1048_G_2 1048_B_2 2005 1058 4 1058_B_4 1 1058_G_1 1058_B_4 2005 1058 3 1058_B_3 1 1058_G_1 1058_B_3 2005 1058 2 1058_B_2 1 1058_G_1 1058_B_2 2005 1058 5 1058_B_5 1 1058_G_1 1058_B_5 2005 1058 3 1058_B_3 2 1058_G_2 1058_B_3 2005 1058 4 1058_B_4 2 1058_G_2 1058_B_4 2005 1058 2 1058_B_2 2 1058_G_2 1058_B_2 2005 1058 5 1058_B_5 2 1058_G_2 1058_B_5 2005 1058 5 1058_B_5 4 1058_G_4 1058_B_5 2005 1058 2 1058_B_2 4 1058_G_4 1058_B_2 2005 1058 3 1058_B_3 4 1058_G_4 1058_B_3 2005 1058 4 1058_B_4 4 1058_G_4 1058_B_4 2005 1058 5 1058_B_5 6 1058_G_6 1058_B_5 2005 1058 4 1058_B_4 6 1058_G_6 1058_B_4 2005 1058 2 1058_B_2 6 1058_G_6 1058_B_2 2005 1058 3 1058_B_3 6 1058_G_6 1058_B_3 2005 1058 5 1058_B_5 7 1058_G_7 1058_B_5 2005 1058 2 1058_B_2 7 1058_G_7 1058_B_2 2005 1058 3 1058_B_3 7 1058_G_7 1058_B_3 2005 1058 4 1058_B_4 7 1058_G_7 1058_B_4 2005 1058 5 1058_B_5 8 1058_G_8 1058_B_5 2005 1058 4 1058_B_4 8 1058_G_8 1058_B_4 2005 1058 2 1058_B_2 8 1058_G_8 1058_B_2 2005 1058 3 1058_B_3 8 1058_G_8 1058_B_3 2005 1073 2 1073_B_2 1 1073_G_1 1073_B_2

Gen_Boiler_Crosswalk_2005 345 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1073 1 1073_B_1 1 1073_G_1 1073_B_1 2005 1073 2 1073_B_2 2 1073_G_2 1073_B_2 2005 1073 1 1073_B_1 2 1073_G_2 1073_B_1 2005 1073 3 1073_B_3 3 1073_G_3 1073_B_3 2005 1073 4 1073_B_4 4 1073_G_4 1073_B_4 2005 1077 1 1077_B_1 1 1077_G_1 1077_B_1 2005 1077 2 1077_B_2 2 1077_G_2 1077_B_2 2005 1077 3 1077_B_3 3 1077_G_3 1077_B_3 2005 1081 7 1081_B_7 3HS 1081_G_3HS 1081_B_7 2005 1081 6 1081_B_6 3HS 1081_G_3HS 1081_B_6 2005 1081 8 1081_B_8 3HS 1081_G_3HS 1081_B_8 2005 1081 9 1081_B_9 5 1081_G_5 1081_B_9 2005 1082 1 1082_B_1 1 1082_G_1 1082_B_1 2005 1082 2 1082_B_2 2 1082_G_2 1082_B_2 2005 1082 3 1082_B_3 3 1082_G_3 1082_B_3 2005 1082 4 1082_B_4 4 1082_G_4 1082_B_4 2005 1091 1 1091_B_1 1 1091_G_1 1091_B_1 2005 1091 2 1091_B_2 2 1091_G_2 1091_B_2 2005 1091 3 1091_B_3 3 1091_G_3 1091_B_3 2005 1104 1 1104_B_1 1 1104_G_1 1104_B_1 2005 1122 7 1122_B_7 7 1122_G_7 1122_B_7 2005 1122 8 1122_B_8 8 1122_G_8 1122_B_8 2005 1131 6 1131_B_6 6 1131_G_6 1131_B_6 2005 1131 7 1131_B_7 7 1131_G_7 1131_B_7 2005 1167 7 1167_B_7 7 1167_G_7 1167_B_7 2005 1167 8 1167_B_8 8 1167_G_8 1167_B_8 2005 1167 8 1167_B_8 8A 1167_G_8A 1167_B_8 2005 1167 9 1167_B_9 9 1167_G_9 1167_B_9 2005 1175 6 1175_B_6 5 1175_G_5 1175_B_6 2005 1175 7 1175_B_7 5 1175_G_5 1175_B_7 2005 1175 8 1175_B_8 5 1175_G_5 1175_B_8 2005 1175 6 1175_B_6 6 1175_G_6 1175_B_6 2005 1175 8 1175_B_8 6 1175_G_6 1175_B_8 2005 1175 7 1175_B_7 6 1175_G_6 1175_B_7 2005 1217 1 1217_B_1 1 1217_G_1 1217_B_1 2005 1218 1 1218_B_1 1 1218_G_1 1218_B_1 2005 1218 2 1218_B_2 2 1218_G_2 1218_B_2 2005 1230 1 1230_B_1 1 1230_G_1 1230_B_1 2005 1233 4 1233_B_4 4 1233_G_4 1233_B_4 2005 1235 3 1235_B_3 3 1235_G_3 1235_B_3 2005 1239 39 1239_B_39 7 1239_G_7 1239_B_39 2005 1239 40 1239_B_40 8 1239_G_8 1239_B_40 2005 1240 1 1240_B_1 1 1240_G_1 1240_B_1 2005 1240 2 1240_B_2 2 1240_G_2 1240_B_2

Gen_Boiler_Crosswalk_2005 346 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1241 1 1241_B_1 1 1241_G_1 1241_B_1 2005 1241 2 1241_B_2 2 1241_G_2 1241_B_2 2005 1242 1 1242_B_1 1 1242_G_1 1242_B_1 2005 1242 2 1242_B_2 2 1242_G_2 1242_B_2 2005 1242 3 1242_B_3 3 1242_G_3 1242_B_3 2005 1242 4 1242_B_4 4 1242_G_4 1242_B_4 2005 1243 7 1243_B_7 3 1243_G_3 1243_B_7 2005 1248 1 1248_B_1 ST1 1248_G_ST1 1248_B_1 2005 1248 2 1248_B_2 ST2 1248_G_ST2 1248_B_2 2005 1248 3 1248_B_3 ST3 1248_G_ST3 1248_B_3 2005 1248 4 1248_B_4 ST4 1248_G_ST4 1248_B_4 2005 1250 3 1250_B_3 3 1250_G_3 1250_B_3 2005 1250 4 1250_B_4 4 1250_G_4 1250_B_4 2005 1250 5 1250_B_5 5 1250_G_5 1250_B_5 2005 1252 9 1252_B_9 7 1252_G_7 1252_B_9 2005 1252 10 1252_B_10 8 1252_G_8 1252_B_10 2005 1267 1 1267_B_1 4 1267_G_4 1267_B_1 2005 1267 3 1267_B_3 4 1267_G_4 1267_B_3 2005 1267 2 1267_B_2 4 1267_G_4 1267_B_2 2005 1267 1 1267_B_1 6 1267_G_6 1267_B_1 2005 1267 2 1267_B_2 6 1267_G_6 1267_B_2 2005 1267 3 1267_B_3 6 1267_G_6 1267_B_3 2005 1271 5 1271_B_5 6 1271_G_6 1271_B_5 2005 1271 4 1271_B_4 7 1271_G_7 1271_B_4 2005 1294 1 1294_B_1 1 1294_G_1 1294_B_1 2005 1294 2 1294_B_2 2 1294_G_2 1294_B_2 2005 1294 3 1294_B_3 3 1294_G_3 1294_B_3 2005 1295 1 1295_B_1 ST1 1295_G_ST1 1295_B_1 2005 1295 2 1295_B_2 ST2 1295_G_ST2 1295_B_2 2005 1299 3 1299_B_3 3 1299_G_3 1299_B_3 2005 1305 1 1305_B_1 1 1305_G_1 1305_B_1 2005 1317 4 1317_B_4 3 1317_G_3 1317_B_4 2005 1317 5 1317_B_5 5 1317_G_5 1317_B_5 2005 1330 4 1330_B_4 4 1330_G_4 1330_B_4 2005 1336 GC3 1336_B_GC3 GC3 1336_G_GC3 1336_B_GC3 2005 1336 S-2 1336_B_S-2 S2 1336_G_S2 1336_B_S-2 2005 1353 BSU1 1353_B_BSU1 1 1353_G_1 1353_B_BSU1 2005 1353 BSU2 1353_B_BSU2 2 1353_G_2 1353_B_BSU2 2005 1355 1 1355_B_1 1 1355_G_1 1355_B_1 2005 1355 2 1355_B_2 2 1355_G_2 1355_B_2 2005 1355 3 1355_B_3 3 1355_G_3 1355_B_3 2005 1356 1 1356_B_1 1 1356_G_1 1356_B_1 2005 1356 2 1356_B_2 2 1356_G_2 1356_B_2 2005 1356 3 1356_B_3 3 1356_G_3 1356_B_3

Gen_Boiler_Crosswalk_2005 347 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1356 4 1356_B_4 4 1356_G_4 1356_B_4 2005 1357 4 1357_B_4 3 1357_G_3 1357_B_4 2005 1357 5 1357_B_5 4 1357_G_4 1357_B_5 2005 1361 1 1361_B_1 1 1361_G_1 1361_B_1 2005 1361 2 1361_B_2 1 1361_G_1 1361_B_2 2005 1361 4 1361_B_4 1 1361_G_1 1361_B_4 2005 1361 3 1361_B_3 1 1361_G_1 1361_B_3 2005 1361 1 1361_B_1 2 1361_G_2 1361_B_1 2005 1361 2 1361_B_2 2 1361_G_2 1361_B_2 2005 1361 3 1361_B_3 2 1361_G_2 1361_B_3 2005 1361 4 1361_B_4 2 1361_G_2 1361_B_4 2005 1361 5 1361_B_5 3 1361_G_3 1361_B_5 2005 1363 4 1363_B_4 4 1363_G_4 1363_B_4 2005 1363 5 1363_B_5 5 1363_G_5 1363_B_5 2005 1363 6 1363_B_6 6 1363_G_6 1363_B_6 2005 1364 1 1364_B_1 1 1364_G_1 1364_B_1 2005 1364 2 1364_B_2 2 1364_G_2 1364_B_2 2005 1364 3 1364_B_3 3 1364_G_3 1364_B_3 2005 1364 4 1364_B_4 4 1364_G_4 1364_B_4 2005 1372 5 1372_B_5 5 1372_G_5 1372_B_5 2005 1372 6 1372_B_6 6 1372_G_6 1372_B_6 2005 1374 1 1374_B_1 1 1374_G_1 1374_B_1 2005 1374 2 1374_B_2 2 1374_G_2 1374_B_2 2005 1378 1 1378_B_1 1 1378_G_1 1378_B_1 2005 1378 2 1378_B_2 2 1378_G_2 1378_B_2 2005 1378 3 1378_B_3 3 1378_G_3 1378_B_3 2005 1379 1 1379_B_1 1 1379_G_1 1379_B_1 2005 1379 10 1379_B_10 10 1379_G_10 1379_B_10 2005 1379 2 1379_B_2 2 1379_G_2 1379_B_2 2005 1379 3 1379_B_3 3 1379_G_3 1379_B_3 2005 1379 4 1379_B_4 4 1379_G_4 1379_B_4 2005 1379 5 1379_B_5 5 1379_G_5 1379_B_5 2005 1379 6 1379_B_6 6 1379_G_6 1379_B_6 2005 1379 7 1379_B_7 7 1379_G_7 1379_B_7 2005 1379 8 1379_B_8 8 1379_G_8 1379_B_8 2005 1379 9 1379_B_9 9 1379_G_9 1379_B_9 2005 1381 C1 1381_B_C1 1 1381_G_1 1381_B_C1 2005 1381 C2 1381_B_C2 2 1381_G_2 1381_B_C2 2005 1381 C3 1381_B_C3 3 1381_G_3 1381_B_C3 2005 1382 H1 1382_B_H1 1 1382_G_1 1382_B_H1 2005 1382 H2 1382_B_H2 2 1382_G_2 1382_B_H2 2005 1383 R1 1383_B_R1 1 1383_G_1 1383_B_R1 2005 1384 1 1384_B_1 1 1384_G_1 1384_B_1 2005 1384 2 1384_B_2 2 1384_G_2 1384_B_2

Gen_Boiler_Crosswalk_2005 348 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1385 1 1385_B_1 1 1385_G_1 1385_B_1 2005 1385 2 1385_B_2 2 1385_G_2 1385_B_2 2005 1385 3 1385_B_3 3 1385_G_3 1385_B_3 2005 1385 4 1385_B_4 4 1385_G_4 1385_B_4 2005 1391 9 1391_B_9 1A 1391_G_1A 1391_B_9 2005 1391 2A 1391_B_2A 1A 1391_G_1A 1391_B_2A 2005 1391 1A 1391_B_1A 1A 1391_G_1A 1391_B_1A 2005 1391 3A 1391_B_3A 1A 1391_G_1A 1391_B_3A 2005 1391 3A 1391_B_3A 2A 1391_G_2A 1391_B_3A 2005 1391 2A 1391_B_2A 2A 1391_G_2A 1391_B_2A 2005 1391 1A 1391_B_1A 2A 1391_G_2A 1391_B_1A 2005 1391 3A 1391_B_3A 3A 1391_G_3A 1391_B_3A 2005 1391 2A 1391_B_2A 3A 1391_G_3A 1391_B_2A 2005 1391 1A 1391_B_1A 3A 1391_G_3A 1391_B_1A 2005 1392 10 1392_B_10 10 1392_G_10 1392_B_10 2005 1392 11 1392_B_11 11 1392_G_11 1392_B_11 2005 1392 12 1392_B_12 12 1392_G_12 1392_B_12 2005 1393 1A 1393_B_1A 1 1393_G_1 1393_B_1A 2005 1393 2A 1393_B_2A 2 1393_G_2 1393_B_2A 2005 1393 3 1393_B_3 3 1393_G_3 1393_B_3 2005 1393 4 1393_B_4 4 1393_G_4 1393_B_4 2005 1393 6 1393_B_6 6 1393_G_6 1393_B_6 2005 1394 1 1394_B_1 1 1394_G_1 1394_B_1 2005 1394 2 1394_B_2 2 1394_G_2 1394_B_2 2005 1394 3 1394_B_3 3 1394_G_3 1394_B_3 2005 1394 4 1394_B_4 4 1394_G_4 1394_B_4 2005 1394 5 1394_B_5 5 1394_G_5 1394_B_5 2005 1396 6-1 1396_B_6-1 6 1396_G_6 1396_B_6-1 2005 1396 7-1 1396_B_7-1 7 1396_G_7 1396_B_7-1 2005 1396 7-2 1396_B_7-2 7 1396_G_7 1396_B_7-2 2005 1400 1 1400_B_1 1 1400_G_1 1400_B_1 2005 1400 2 1400_B_2 2 1400_G_2 1400_B_2 2005 1400 3 1400_B_3 3 1400_G_3 1400_B_3 2005 1402 1 1402_B_1 1 1402_G_1 1402_B_1 2005 1402 2 1402_B_2 2 1402_G_2 1402_B_2 2005 1402 3 1402_B_3 3 1402_G_3 1402_B_3 2005 1403 1 1403_B_1 1 1403_G_1 1403_B_1 2005 1403 2 1403_B_2 2 1403_G_2 1403_B_2 2005 1403 3 1403_B_3 3 1403_G_3 1403_B_3 2005 1403 5 1403_B_5 5 1403_G_5 1403_B_5 2005 1403 4 1403_B_4 6(4) 1403_G_6(4) 1403_B_4 2005 1404 10 1404_B_10 6 1404_G_6 1404_B_10 2005 1404 7AB 1404_B_7AB 7C 1404_G_7C 1404_B_7AB 2005 1407 3 1407_B_3 3 1407_G_3 1407_B_3

Gen_Boiler_Crosswalk_2005 349 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1407 4 1407_B_4 4 1407_G_4 1407_B_4 2005 1409 1 1409_B_1 1 1409_G_1 1409_B_1 2005 1409 2 1409_B_2 2 1409_G_2 1409_B_2 2005 1409 3 1409_B_3 3 1409_G_3 1409_B_3 2005 1416 5A 1416_B_5A 5 1416_G_5 1416_B_5A 2005 1417 1 1417_B_1 1 1417_G_1 1417_B_1 2005 1417 2 1417_B_2 2 1417_G_2 1417_B_2 2005 1417 3 1417_B_3 3 1417_G_3 1417_B_3 2005 1417 4 1417_B_4 4 1417_G_4 1417_B_4 2005 1439 14 1439_B_14 14 1439_G_14 1439_B_14 2005 1439 15 1439_B_15 15 1439_G_15 1439_B_15 2005 1439 16 1439_B_16 16 1439_G_16 1439_B_16 2005 1443 1 1443_B_1 1 1443_G_1 1443_B_1 2005 1443 2 1443_B_2 2 1443_G_2 1443_B_2 2005 1443 3 1443_B_3 3 1443_G_3 1443_B_3 2005 1445 3 1445_B_3 3 1445_G_3 1445_B_3 2005 1445 4 1445_B_4 4 1445_G_4 1445_B_4 2005 1447 1 1447_B_1 1 1447_G_1 1447_B_1 2005 1447 2 1447_B_2 2 1447_G_2 1447_B_2 2005 1448 10 1448_B_10 10 1448_G_10 1448_B_10 2005 1448 11 1448_B_11 11 1448_G_11 1448_B_11 2005 1448 12 1448_B_12 12 1448_G_12 1448_B_12 2005 1449 3 1449_B_3 3 1449_G_3 1449_B_3 2005 1449 4 1449_B_4 4 1449_G_4 1449_B_4 2005 1450 10 1450_B_10 10 1450_G_10 1450_B_10 2005 1450 8 1450_B_8 8 1450_G_8 1450_B_8 2005 1450 9 1450_B_9 9 1450_G_9 1450_B_9 2005 1455 1 1455_B_1 1 1455_G_1 1455_B_1 2005 1455 2 1455_B_2 2 1455_G_2 1455_B_2 2005 1458 1 1458_B_1 1 1458_G_1 1458_B_1 2005 1458 2 1458_B_2 2 1458_G_2 1458_B_2 2005 1458 3 1458_B_3 3 1458_G_3 1458_B_3 2005 1464 1B1 1464_B_1B1 1 1464_G_1 1464_B_1B1 2005 1464 1B2 1464_B_1B2 2 1464_G_2 1464_B_1B2 2005 1507 1 1507_B_1 1 1507_G_1 1507_B_1 2005 1507 2 1507_B_2 2 1507_G_2 1507_B_2 2005 1507 3 1507_B_3 3 1507_G_3 1507_B_3 2005 1507 4 1507_B_4 4 1507_G_4 1507_B_4 2005 1513 1 1513_B_1 1 1513_G_1 1513_B_1 2005 1513 2 1513_B_2 ST2 1513_G_ST2 1513_B_2 2005 1552 1 1552_B_1 1 1552_G_1 1552_B_1 2005 1552 2 1552_B_2 2 1552_G_2 1552_B_2 2005 1554 1 1554_B_1 1 1554_G_1 1554_B_1 2005 1554 2 1554_B_2 2 1554_G_2 1554_B_2

Gen_Boiler_Crosswalk_2005 350 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1554 3 1554_B_3 3 1554_G_3 1554_B_3 2005 1554 4 1554_B_4 4 1554_G_4 1554_B_4 2005 1559 4 1559_B_4 4 1559_G_4 1559_B_4 2005 1564 8 1564_B_8 8 1564_G_8 1564_B_8 2005 1570 11 1570_B_11 11 1570_G_11 1570_B_11 2005 1570 9 1570_B_9 9 1570_G_9 1570_B_9 2005 1571 3 1571_B_3 3 1571_G_3 1571_B_3 2005 1571 4 1571_B_4 4 1571_G_4 1571_B_4 2005 1571 1 1571_B_1 ST1 1571_G_ST1 1571_B_1 2005 1571 2 1571_B_2 ST2 1571_G_ST2 1571_B_2 2005 1572 2 1572_B_2 2 1572_G_2 1572_B_2 2005 1572 3 1572_B_3 3 1572_G_3 1572_B_3 2005 1572 1 1572_B_1 ST1 1572_G_ST1 1572_B_1 2005 1573 1 1573_B_1 ST1 1573_G_ST1 1573_B_1 2005 1573 2 1573_B_2 ST2 1573_G_ST2 1573_B_2 2005 1588 7 1588_B_7 7 1588_G_7 1588_B_7 2005 1588 82 1588_B_82 ST85 1588_G_ST85 1588_B_82 2005 1588 81 1588_B_81 ST85 1588_G_ST85 1588_B_81 2005 1588 94 1588_B_94 ST96 1588_G_ST96 1588_B_94 2005 1588 93 1588_B_93 ST96 1588_G_ST96 1588_B_93 2005 1589 1 1589_B_1 1 1589_G_1 1589_B_1 2005 1595 1 1595_B_1 1 1595_G_1 1595_B_1 2005 1595 3 1595_B_3 1 1595_G_1 1595_B_3 2005 1595 2 1595_B_2 1 1595_G_1 1595_B_2 2005 1595 4 1595_B_4 1 1595_G_1 1595_B_4 2005 1595 4 1595_B_4 2 1595_G_2 1595_B_4 2005 1595 3 1595_B_3 2 1595_G_2 1595_B_3 2005 1595 1 1595_B_1 2 1595_G_2 1595_B_1 2005 1595 2 1595_B_2 2 1595_G_2 1595_B_2 2005 1595 4 1595_B_4 3 1595_G_3 1595_B_4 2005 1595 3 1595_B_3 3 1595_G_3 1595_B_3 2005 1595 2 1595_B_2 3 1595_G_3 1595_B_2 2005 1595 1 1595_B_1 3 1595_G_3 1595_B_1 2005 1599 1 1599_B_1 1 1599_G_1 1599_B_1 2005 1599 2 1599_B_2 2 1599_G_2 1599_B_2 2005 1606 1 1606_B_1 1 1606_G_1 1606_B_1 2005 1613 7 1613_B_7 5 1613_G_5 1613_B_7 2005 1613 8 1613_B_8 6 1613_G_6 1613_B_8 2005 1619 1 1619_B_1 1 1619_G_1 1619_B_1 2005 1619 2 1619_B_2 2 1619_G_2 1619_B_2 2005 1619 3 1619_B_3 3 1619_G_3 1619_B_3 2005 1619 4 1619_B_4 4 1619_G_4 1619_B_4 2005 1626 1 1626_B_1 1 1626_G_1 1626_B_1 2005 1626 2 1626_B_2 2 1626_G_2 1626_B_2

Gen_Boiler_Crosswalk_2005 351 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1626 3 1626_B_3 3 1626_G_3 1626_B_3 2005 1626 4 1626_B_4 4 1626_G_4 1626_B_4 2005 1642 3 1642_B_3 3 1642_G_3 1642_B_3 2005 1682 8 1682_B_8 8 1682_G_8 1682_B_8 2005 1682 9 1682_B_9 CA9 1682_G_CA9 1682_B_9 2005 1695 1 1695_B_1 1 1695_G_1 1695_B_1 2005 1695 3 1695_B_3 1 1695_G_1 1695_B_3 2005 1695 2 1695_B_2 1 1695_G_1 1695_B_2 2005 1695 1 1695_B_1 2 1695_G_2 1695_B_1 2005 1695 3 1695_B_3 2 1695_G_2 1695_B_3 2005 1695 2 1695_B_2 2 1695_G_2 1695_B_2 2005 1695 1 1695_B_1 3 1695_G_3 1695_B_1 2005 1695 3 1695_B_3 3 1695_G_3 1695_B_3 2005 1695 2 1695_B_2 3 1695_G_3 1695_B_2 2005 1695 4 1695_B_4 4 1695_G_4 1695_B_4 2005 1695 5 1695_B_5 5 1695_G_5 1695_B_5 2005 1702 1 1702_B_1 1A 1702_G_1A 1702_B_1 2005 1702 1 1702_B_1 1B 1702_G_1B 1702_B_1 2005 1702 2 1702_B_2 2A 1702_G_2A 1702_B_2 2005 1702 2 1702_B_2 2B 1702_G_2B 1702_B_2 2005 1702 3 1702_B_3 3 1702_G_3 1702_B_3 2005 1702 4 1702_B_4 4 1702_G_4 1702_B_4 2005 1710 1 1710_B_1 1 1710_G_1 1710_B_1 2005 1710 2 1710_B_2 2 1710_G_2 1710_B_2 2005 1710 3 1710_B_3 3 1710_G_3 1710_B_3 2005 1720 7 1720_B_7 7 1720_G_7 1720_B_7 2005 1720 8 1720_B_8 8 1720_G_8 1720_B_8 2005 1723 1 1723_B_1 1 1723_G_1 1723_B_1 2005 1723 2 1723_B_2 2 1723_G_2 1723_B_2 2005 1723 3 1723_B_3 3 1723_G_3 1723_B_3 2005 1724 1 1724_B_1 25 1724_G_25 1724_B_1 2005 1724 4 1724_B_4 25 1724_G_25 1724_B_4 2005 1724 3 1724_B_3 25 1724_G_25 1724_B_3 2005 1724 2 1724_B_2 25 1724_G_25 1724_B_2 2005 1726 15 1726_B_15 15 1726_G_15 1726_B_15 2005 1726 16 1726_B_16 15 1726_G_15 1726_B_16 2005 1726 18 1726_B_18 15 1726_G_15 1726_B_18 2005 1726 17 1726_B_17 15 1726_G_15 1726_B_17 2005 1726 15 1726_B_15 16 1726_G_16 1726_B_15 2005 1726 16 1726_B_16 16 1726_G_16 1726_B_16 2005 1726 18 1726_B_18 16 1726_G_16 1726_B_18 2005 1726 17 1726_B_17 16 1726_G_16 1726_B_17 2005 1731 1 1731_B_1 1 1731_G_1 1731_B_1 2005 1732 9 1732_B_9 7 1732_G_7 1732_B_9

Gen_Boiler_Crosswalk_2005 352 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1732 11 1732_B_11 7 1732_G_7 1732_B_11 2005 1732 10 1732_B_10 7 1732_G_7 1732_B_10 2005 1732 12 1732_B_12 7 1732_G_7 1732_B_12 2005 1732 9 1732_B_9 8 1732_G_8 1732_B_9 2005 1732 11 1732_B_11 8 1732_G_8 1732_B_11 2005 1732 10 1732_B_10 8 1732_G_8 1732_B_10 2005 1732 12 1732_B_12 8 1732_G_8 1732_B_12 2005 1733 1 1733_B_1 1 1733_G_1 1733_B_1 2005 1733 2 1733_B_2 2 1733_G_2 1733_B_2 2005 1733 3 1733_B_3 3 1733_G_3 1733_B_3 2005 1733 4 1733_B_4 4 1733_G_4 1733_B_4 2005 1740 1 1740_B_1 1 1740_G_1 1740_B_1 2005 1740 2 1740_B_2 2 1740_G_2 1740_B_2 2005 1740 3 1740_B_3 3 1740_G_3 1740_B_3 2005 1743 1 1743_B_1 1 1743_G_1 1743_B_1 2005 1743 2 1743_B_2 2 1743_G_2 1743_B_2 2005 1743 3 1743_B_3 3 1743_G_3 1743_B_3 2005 1743 4 1743_B_4 4 1743_G_4 1743_B_4 2005 1743 6 1743_B_6 6 1743_G_6 1743_B_6 2005 1743 7 1743_B_7 7 1743_G_7 1743_B_7 2005 1745 16 1745_B_16 7 1745_G_7 1745_B_16 2005 1745 18 1745_B_18 7 1745_G_7 1745_B_18 2005 1745 17 1745_B_17 7 1745_G_7 1745_B_17 2005 1745 19 1745_B_19 7 1745_G_7 1745_B_19 2005 1745 18 1745_B_18 8 1745_G_8 1745_B_18 2005 1745 17 1745_B_17 8 1745_G_8 1745_B_17 2005 1745 19 1745_B_19 8 1745_G_8 1745_B_19 2005 1745 16 1745_B_16 8 1745_G_8 1745_B_16 2005 1745 9A 1745_B_9A 9 1745_G_9 1745_B_9A 2005 1769 1 1769_B_1 1 1769_G_1 1769_B_1 2005 1769 2 1769_B_2 2 1769_G_2 1769_B_2 2005 1769 3 1769_B_3 3 1769_G_3 1769_B_3 2005 1769 4 1769_B_4 4 1769_G_4 1769_B_4 2005 1769 5 1769_B_5 5 1769_G_5 1769_B_5 2005 1769 6 1769_B_6 6 1769_G_6 1769_B_6 2005 1769 7 1769_B_7 7 1769_G_7 1769_B_7 2005 1769 8 1769_B_8 8 1769_G_8 1769_B_8 2005 1769 9 1769_B_9 9 1769_G_9 1769_B_9 2005 1771 1 1771_B_1 1 1771_G_1 1771_B_1 2005 1771 2 1771_B_2 2 1771_G_2 1771_B_2 2005 1772 1 1772_B_1 1 1772_G_1 1772_B_1 2005 1822 5 1822_B_5 5 1822_G_5 1822_B_5 2005 1822 6 1822_B_6 6 1822_G_6 1822_B_6 2005 1822 7 1822_B_7 7 1822_G_7 1822_B_7

Gen_Boiler_Crosswalk_2005 353 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1825 3 1825_B_3 3 1825_G_3 1825_B_3 2005 1830 3 1830_B_3 3 1830_G_3 1830_B_3 2005 1830 4 1830_B_4 4 1830_G_4 1830_B_4 2005 1830 5 1830_B_5 5 1830_G_5 1830_B_5 2005 1831 1 1831_B_1 1 1831_G_1 1831_B_1 2005 1831 2 1831_B_2 2 1831_G_2 1831_B_2 2005 1831 3 1831_B_3 3 1831_G_3 1831_B_3 2005 1831 4 1831_B_4 4 1831_G_4 1831_B_4 2005 1831 5 1831_B_5 5 1831_G_5 1831_B_5 2005 1831 6 1831_B_6 6 1831_G_6 1831_B_6 2005 1832 1 1832_B_1 1 1832_G_1 1832_B_1 2005 1843 1 1843_B_1 1 1843_G_1 1843_B_1 2005 1843 2 1843_B_2 2 1843_G_2 1843_B_2 2005 1843 3 1843_B_3 3 1843_G_3 1843_B_3 2005 1866 7 1866_B_7 4 1866_G_4 1866_B_7 2005 1866 5 1866_B_5 4 1866_G_4 1866_B_5 2005 1866 8 1866_B_8 4 1866_G_4 1866_B_8 2005 1866 7 1866_B_7 5 1866_G_5 1866_B_7 2005 1866 5 1866_B_5 5 1866_G_5 1866_B_5 2005 1866 8 1866_B_8 5 1866_G_5 1866_B_8 2005 1866 8 1866_B_8 6 1866_G_6 1866_B_8 2005 1866 5 1866_B_5 6 1866_G_6 1866_B_5 2005 1866 7 1866_B_7 6 1866_G_6 1866_B_7 2005 1866 8 1866_B_8 7 1866_G_7 1866_B_8 2005 1866 7 1866_B_7 7 1866_G_7 1866_B_7 2005 1866 5 1866_B_5 7 1866_G_7 1866_B_5 2005 1888 1 1888_B_1 1 1888_G_1 1888_B_1 2005 1888 2 1888_B_2 2 1888_G_2 1888_B_2 2005 1888 3 1888_B_3 3 1888_G_3 1888_B_3 2005 1891 1 1891_B_1 1 1891_G_1 1891_B_1 2005 1891 2 1891_B_2 2 1891_G_2 1891_B_2 2005 1893 1 1893_B_1 1 1893_G_1 1893_B_1 2005 1893 2 1893_B_2 2 1893_G_2 1893_B_2 2005 1893 3 1893_B_3 3 1893_G_3 1893_B_3 2005 1893 4 1893_B_4 4 1893_G_4 1893_B_4 2005 1897 3 1897_B_3 3 1897_G_3 1897_B_3 2005 1897 4 1897_B_4 3 1897_G_3 1897_B_4 2005 1897 4 1897_B_4 4 1897_G_4 1897_B_4 2005 1897 3 1897_B_3 4 1897_G_4 1897_B_3 2005 1904 5 1904_B_5 2 1904_G_2 1904_B_5 2005 1904 3 1904_B_3 3 1904_G_3 1904_B_3 2005 1904 4 1904_B_4 4 1904_G_4 1904_B_4 2005 1912 5 1912_B_5 5 1912_G_5 1912_B_5 2005 1912 6 1912_B_6 6 1912_G_6 1912_B_6

Gen_Boiler_Crosswalk_2005 354 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1915 1 1915_B_1 1 1915_G_1 1915_B_1 2005 1918 4 1918_B_4 3 1918_G_3 1918_B_4 2005 1926 1 1926_B_1 1 1926_G_1 1926_B_1 2005 1926 2 1926_B_2 1 1926_G_1 1926_B_2 2005 1926 1 1926_B_1 2 1926_G_2 1926_B_1 2005 1926 2 1926_B_2 2 1926_G_2 1926_B_2 2005 1927 8 1927_B_8 8 1927_G_8 1927_B_8 2005 1927 6 1927_B_6 ST7 1927_G_ST7 1927_B_6 2005 1927 7 1927_B_7 ST7 1927_G_ST7 1927_B_7 2005 1934 1 1934_B_1 1 1934_G_1 1934_B_1 2005 1934 2 1934_B_2 1 1934_G_1 1934_B_2 2005 1934 1 1934_B_1 2 1934_G_2 1934_B_1 2005 1934 2 1934_B_2 2 1934_G_2 1934_B_2 2005 1943 1 1943_B_1 1 1943_G_1 1943_B_1 2005 1943 2 1943_B_2 2 1943_G_2 1943_B_2 2005 1943 3 1943_B_3 3 1943_G_3 1943_B_3 2005 1960 5 1960_B_5 1 1960_G_1 1960_B_5 2005 1960 3 1960_B_3 1 1960_G_1 1960_B_3 2005 1960 4 1960_B_4 1 1960_G_1 1960_B_4 2005 1960 5 1960_B_5 2 1960_G_2 1960_B_5 2005 1960 4 1960_B_4 2 1960_G_2 1960_B_4 2005 1960 3 1960_B_3 2 1960_G_2 1960_B_3 2005 1960 5 1960_B_5 3 1960_G_3 1960_B_5 2005 1960 4 1960_B_4 3 1960_G_3 1960_B_4 2005 1960 3 1960_B_3 3 1960_G_3 1960_B_3 2005 1960 1 1960_B_1 4 1960_G_4 1960_B_1 2005 1961 NEPP 1961_B_NEPP 1 1961_G_1 1961_B_NEPP 2005 1973 1 1973_B_1 3 1973_G_3 1973_B_1 2005 1973 2 1973_B_2 3 1973_G_3 1973_B_2 2005 1973 4 1973_B_4 3 1973_G_3 1973_B_4 2005 1973 3 1973_B_3 3 1973_G_3 1973_B_3 2005 1973 1 1973_B_1 4 1973_G_4 1973_B_1 2005 1973 2 1973_B_2 4 1973_G_4 1973_B_2 2005 1973 4 1973_B_4 4 1973_G_4 1973_B_4 2005 1973 3 1973_B_3 4 1973_G_4 1973_B_3 2005 1973 1 1973_B_1 5 1973_G_5 1973_B_1 2005 1973 2 1973_B_2 5 1973_G_5 1973_B_2 2005 1973 4 1973_B_4 5 1973_G_5 1973_B_4 2005 1973 3 1973_B_3 5 1973_G_5 1973_B_3 2005 1979 1 1979_B_1 3 1979_G_3 1979_B_1 2005 1979 2 1979_B_2 3 1979_G_3 1979_B_2 2005 1979 3 1979_B_3 3 1979_G_3 1979_B_3 2005 1979 1 1979_B_1 5 1979_G_5 1979_B_1 2005 1979 3 1979_B_3 5 1979_G_5 1979_B_3

Gen_Boiler_Crosswalk_2005 355 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 1979 2 1979_B_2 5 1979_G_5 1979_B_2 2005 1979 1 1979_B_1 6 1979_G_6 1979_B_1 2005 1979 2 1979_B_2 6 1979_G_6 1979_B_2 2005 1979 3 1979_B_3 6 1979_G_6 1979_B_3 2005 2001 4 2001_B_4 3 2001_G_3 2001_B_4 2005 2001 1 2001_B_1 3 2001_G_3 2001_B_1 2005 2001 2 2001_B_2 3 2001_G_3 2001_B_2 2005 2001 4 2001_B_4 4 2001_G_4 2001_B_4 2005 2001 4 2001_B_4 6 2001_G_6 2001_B_4 2005 2001 1 2001_B_1 6 2001_G_6 2001_B_1 2005 2001 2 2001_B_2 6 2001_G_6 2001_B_2 2005 2003 5 2003_B_5 5 2003_G_5 2003_B_5 2005 2003 6 2003_B_6 6 2003_G_6 2003_B_6 2005 2008 1 2008_B_1 1 2008_G_1 2008_B_1 2005 2008 2 2008_B_2 2 2008_G_2 2008_B_2 2005 2008 3 2008_B_3 3 2008_G_3 2008_B_3 2005 2008 4 2008_B_4 4 2008_G_4 2008_B_4 2005 2018 9 2018_B_9 1A 2018_G_1A 2018_B_9 2005 2018 7 2018_B_7 1A 2018_G_1A 2018_B_7 2005 2018 10 2018_B_10 1A 2018_G_1A 2018_B_10 2005 2018 10 2018_B_10 5 2018_G_5 2018_B_10 2005 2018 9 2018_B_9 5 2018_G_5 2018_B_9 2005 2018 7 2018_B_7 5 2018_G_5 2018_B_7 2005 2018 10 2018_B_10 6 2018_G_6 2018_B_10 2005 2018 7 2018_B_7 6 2018_G_6 2018_B_7 2005 2018 9 2018_B_9 6 2018_G_6 2018_B_9 2005 2022 3 2022_B_3 3 2022_G_3 2022_B_3 2005 2022 2 2022_B_2 ST1 2022_G_ST1 2022_B_2 2005 2022 1 2022_B_1 ST1 2022_G_ST1 2022_B_1 2005 2022 3 2022_B_3 ST1 2022_G_ST1 2022_B_3 2005 2022 1 2022_B_1 ST2 2022_G_ST2 2022_B_1 2005 2022 2 2022_B_2 ST2 2022_G_ST2 2022_B_2 2005 2022 3 2022_B_3 ST2 2022_G_ST2 2022_B_3 2005 2039 1 2039_B_1 1 2039_G_1 2039_B_1 2005 2039 2 2039_B_2 2 2039_G_2 2039_B_2 2005 2039 3 2039_B_3 3 2039_G_3 2039_B_3 2005 2046 1 2046_B_1 1 2046_G_1 2046_B_1 2005 2046 2 2046_B_2 2 2046_G_2 2046_B_2 2005 2046 3 2046_B_3 3 2046_G_3 2046_B_3 2005 2048 1 2048_B_1 1 2048_G_1 2048_B_1 2005 2048 2 2048_B_2 2 2048_G_2 2048_B_2 2005 2049 1 2049_B_1 1 2049_G_1 2049_B_1 2005 2049 2 2049_B_2 2 2049_G_2 2049_B_2 2005 2049 3 2049_B_3 3 2049_G_3 2049_B_3

Gen_Boiler_Crosswalk_2005 356 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 2049 4 2049_B_4 4 2049_G_4 2049_B_4 2005 2049 5 2049_B_5 5 2049_G_5 2049_B_5 2005 2050 1 2050_B_1 1 2050_G_1 2050_B_1 2005 2050 2 2050_B_2 2 2050_G_2 2050_B_2 2005 2051 1 2051_B_1 1 2051_G_1 2051_B_1 2005 2051 2 2051_B_2 2 2051_G_2 2051_B_2 2005 2052 1 2052_B_1 1 2052_G_1 2052_B_1 2005 2053 1A 2053_B_1A 1 2053_G_1 2053_B_1A 2005 2053 1B 2053_B_1B 1 2053_G_1 2053_B_1B 2005 2053 3 2053_B_3 3 2053_G_3 2053_B_3 2005 2053 4 2053_B_4 4 2053_G_4 2053_B_4 2005 2059 7 2059_B_7 7 2059_G_7 2059_B_7 2005 2060 4 2060_B_4 4 2060_G_4 2060_B_4 2005 2060 4 2060_B_4 5 2060_G_5 2060_B_4 2005 2062 H1 2062_B_H1 1 2062_G_1 2062_B_H1 2005 2062 H3 2062_B_H3 3 2062_G_3 2062_B_H3 2005 2063 W1 2063_B_W1 W1 2063_G_W1 2063_B_W1 2005 2063 W3 2063_B_W3 W1 2063_G_W1 2063_B_W3 2005 2063 W1 2063_B_W1 W2 2063_G_W2 2063_B_W1 2005 2063 W3 2063_B_W3 W2 2063_G_W2 2063_B_W3 2005 2063 W1 2063_B_W1 W3 2063_G_W3 2063_B_W1 2005 2063 W3 2063_B_W3 W3 2063_G_W3 2063_B_W3 2005 2067 3 2067_B_3 2 2067_G_2 2067_B_3 2005 2067 3 2067_B_3 3 2067_G_3 2067_B_3 2005 2070 1 2070_B_1 1 2070_G_1 2070_B_1 2005 2070 2 2070_B_2 2 2070_G_2 2070_B_2 2005 2070 3 2070_B_3 3 2070_G_3 2070_B_3 2005 2076 1 2076_B_1 1 2076_G_1 2076_B_1 2005 2076 1 2076_B_1 2 2076_G_2 2076_B_1 2005 2079 5A 2079_B_5A 5 2079_G_5 2079_B_5A 2005 2079 9 2079_B_9 9 2079_G_9 2079_B_9 2005 2080 1 2080_B_1 1 2080_G_1 2080_B_1 2005 2080 2 2080_B_2 2 2080_G_2 2080_B_2 2005 2080 3 2080_B_3 3 2080_G_3 2080_B_3 2005 2094 1 2094_B_1 1 2094_G_1 2094_B_1 2005 2094 2 2094_B_2 2 2094_G_2 2094_B_2 2005 2094 3 2094_B_3 3 2094_G_3 2094_B_3 2005 2098 1 2098_B_1 1 2098_G_1 2098_B_1 2005 2098 2 2098_B_2 1 2098_G_1 2098_B_2 2005 2098 4 2098_B_4 1 2098_G_1 2098_B_4 2005 2098 5 2098_B_5 1 2098_G_1 2098_B_5 2005 2098 1 2098_B_1 2 2098_G_2 2098_B_1 2005 2098 2 2098_B_2 2 2098_G_2 2098_B_2 2005 2098 5 2098_B_5 2 2098_G_2 2098_B_5

Gen_Boiler_Crosswalk_2005 357 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 2098 4 2098_B_4 2 2098_G_2 2098_B_4 2005 2098 1 2098_B_1 3 2098_G_3 2098_B_1 2005 2098 3 2098_B_3 3 2098_G_3 2098_B_3 2005 2098 5 2098_B_5 3 2098_G_3 2098_B_5 2005 2098 4 2098_B_4 3 2098_G_3 2098_B_4 2005 2098 2 2098_B_2 3 2098_G_3 2098_B_2 2005 2098 6 2098_B_6 4 2098_G_4 2098_B_6 2005 2103 1 2103_B_1 1 2103_G_1 2103_B_1 2005 2103 2 2103_B_2 2 2103_G_2 2103_B_2 2005 2103 3 2103_B_3 3 2103_G_3 2103_B_3 2005 2103 4 2103_B_4 4 2103_G_4 2103_B_4 2005 2104 1 2104_B_1 1 2104_G_1 2104_B_1 2005 2104 2 2104_B_2 2 2104_G_2 2104_B_2 2005 2104 3 2104_B_3 3 2104_G_3 2104_B_3 2005 2104 4 2104_B_4 4 2104_G_4 2104_B_4 2005 2107 1 2107_B_1 1 2107_G_1 2107_B_1 2005 2107 2 2107_B_2 2 2107_G_2 2107_B_2 2005 2123 6 2123_B_6 5 2123_G_5 2123_B_6 2005 2123 8 2123_B_8 5 2123_G_5 2123_B_8 2005 2123 7 2123_B_7 5 2123_G_5 2123_B_7 2005 2123 6 2123_B_6 7 2123_G_7 2123_B_6 2005 2123 7 2123_B_7 7 2123_G_7 2123_B_7 2005 2123 8 2123_B_8 7 2123_G_7 2123_B_8 2005 2123 6 2123_B_6 8 2123_G_8 2123_B_6 2005 2123 7 2123_B_7 8 2123_G_8 2123_B_7 2005 2123 8 2123_B_8 8 2123_G_8 2123_B_8 2005 2132 2 2132_B_2 2 2132_G_2 2132_B_2 2005 2132 3 2132_B_3 3 2132_G_3 2132_B_3 2005 2132 1 2132_B_1 ST1 2132_G_ST1 2132_B_1 2005 2144 3 2144_B_3 3 2144_G_3 2144_B_3 2005 2144 4 2144_B_4 3 2144_G_3 2144_B_4 2005 2144 3 2144_B_3 4 2144_G_4 2144_B_3 2005 2144 4 2144_B_4 4 2144_G_4 2144_B_4 2005 2144 5 2144_B_5 5 2144_G_5 2144_B_5 2005 2161 1 2161_B_1 1 2161_G_1 2161_B_1 2005 2161 2 2161_B_2 2 2161_G_2 2161_B_2 2005 2161 3 2161_B_3 3 2161_G_3 2161_B_3 2005 2161 4 2161_B_4 4 2161_G_4 2161_B_4 2005 2161 5 2161_B_5 5 2161_G_5 2161_B_5 2005 2167 1 2167_B_1 1 2167_G_1 2167_B_1 2005 2167 2 2167_B_2 2 2167_G_2 2167_B_2 2005 2168 MB1 2168_B_MB1 1 2168_G_1 2168_B_MB1 2005 2168 MB2 2168_B_MB2 2 2168_G_2 2168_B_MB2 2005 2168 MB3 2168_B_MB3 3 2168_G_3 2168_B_MB3

Gen_Boiler_Crosswalk_2005 358 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 2169 1 2169_B_1 1 2169_G_1 2169_B_1 2005 2169 2 2169_B_2 2 2169_G_2 2169_B_2 2005 2171 1 2171_B_1 1 2171_G_1 2171_B_1 2005 2171 2 2171_B_2 2 2171_G_2 2171_B_2 2005 2187 2 2187_B_2 1 2187_G_1 2187_B_2 2005 2226 1 2226_B_1 1 2226_G_1 2226_B_1 2005 2236 1 2236_B_1 1 2236_G_1 2236_B_1 2005 2236 1 2236_B_1 2 2236_G_2 2236_B_1 2005 2236 1 2236_B_1 4 2236_G_4 2236_B_1 2005 2240 6 2240_B_6 6 2240_G_6 2240_B_6 2005 2240 7 2240_B_7 7 2240_G_7 2240_B_7 2005 2240 8 2240_B_8 8 2240_G_8 2240_B_8 2005 2241 B-1 2241_B_B-1 1 2241_G_1 2241_B_B-1 2005 2241 B-2 2241_B_B-2 2 2241_G_2 2241_B_B-2 2005 2241 B-3 2241_B_B-3 3 2241_G_3 2241_B_B-3 2005 2244 4 2244_B_4 4 2244_G_4 2244_B_4 2005 2244 5 2244_B_5 5 2244_G_5 2244_B_5 2005 2277 1 2277_B_1 1 2277_G_1 2277_B_1 2005 2277 2 2277_B_2 2 2277_G_2 2277_B_2 2005 2291 1 2291_B_1 1 2291_G_1 2291_B_1 2005 2291 2 2291_B_2 2 2291_G_2 2291_B_2 2005 2291 3 2291_B_3 3 2291_G_3 2291_B_3 2005 2291 4 2291_B_4 4 2291_G_4 2291_B_4 2005 2291 5 2291_B_5 5 2291_G_5 2291_B_5 2005 2322 1 2322_B_1 1 2322_G_1 2322_B_1 2005 2322 2 2322_B_2 2 2322_G_2 2322_B_2 2005 2322 3 2322_B_3 3 2322_G_3 2322_B_3 2005 2324 1 2324_B_1 1 2324_G_1 2324_B_1 2005 2324 2 2324_B_2 2 2324_G_2 2324_B_2 2005 2324 3 2324_B_3 3 2324_G_3 2324_B_3 2005 2324 4 2324_B_4 4 2324_G_4 2324_B_4 2005 2326 1 2326_B_1 1 2326_G_1 2326_B_1 2005 2330 1 2330_B_1 1 2330_G_1 2330_B_1 2005 2330 2 2330_B_2 2 2330_G_2 2330_B_2 2005 2336 3 2336_B_3 3 2336_G_3 2336_B_3 2005 2336 4 2336_B_4 5 2336_G_5 2336_B_4 2005 2336 1 2336_B_1 ST1 2336_G_ST1 2336_B_1 2005 2336 2 2336_B_2 ST2 2336_G_ST2 2336_B_2 2005 2341 1 2341_B_1 1 2341_G_1 2341_B_1 2005 2341 2 2341_B_2 2 2341_G_2 2341_B_2 2005 2364 1 2364_B_1 1 2364_G_1 2364_B_1 2005 2364 2 2364_B_2 2 2364_G_2 2364_B_2 2005 2367 4 2367_B_4 4 2367_G_4 2367_B_4 2005 2367 5 2367_B_5 5 2367_G_5 2367_B_5

Gen_Boiler_Crosswalk_2005 359 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 2367 6 2367_B_6 6 2367_G_6 2367_B_6 2005 2378 1 2378_B_1 1 2378_G_1 2378_B_1 2005 2378 2 2378_B_2 2 2378_G_2 2378_B_2 2005 2378 3 2378_B_3 3 2378_G_3 2378_B_3 2005 2384 1 2384_B_1 1 2384_G_1 2384_B_1 2005 2384 8 2384_B_8 6 2384_G_6 2384_B_8 2005 2398 2101 2398_B_2101 2301 2398_G_2301 2398_B_2101 2005 2398 2201 2398_B_2201 2301 2398_G_2301 2398_B_2201 2005 2403 1 2403_B_1 1 2403_G_1 2403_B_1 2005 2403 2 2403_B_2 2 2403_G_2 2403_B_2 2005 2404 7 2404_B_7 7 2404_G_7 2404_B_7 2005 2404 8 2404_B_8 8 2404_G_8 2404_B_8 2005 2406 12 2406_B_12 1 2406_G_1 2406_B_12 2005 2406 11 2406_B_11 1 2406_G_1 2406_B_11 2005 2406 21 2406_B_21 2 2406_G_2 2406_B_21 2005 2406 22 2406_B_22 2 2406_G_2 2406_B_22 2005 2408 1 2408_B_1 1 2408_G_1 2408_B_1 2005 2408 2 2408_B_2 2 2408_G_2 2408_B_2 2005 2411 1 2411_B_1 1 2411_G_1 2411_B_1 2005 2411 2 2411_B_2 2 2411_G_2 2411_B_2 2005 2411 3 2411_B_3 3 2411_G_3 2411_B_3 2005 2411 4 2411_B_4 4 2411_G_4 2411_B_4 2005 2434 10 2434_B_10 10 2434_G_10 2434_B_10 2005 2434 7 2434_B_7 7 2434_G_7 2434_B_7 2005 2434 8 2434_B_8 8 2434_G_8 2434_B_8 2005 2434 9 2434_B_9 9 2434_G_9 2434_B_9 2005 2442 1 2442_B_1 1 2442_G_1 2442_B_1 2005 2442 2 2442_B_2 2 2442_G_2 2442_B_2 2005 2442 3 2442_B_3 3 2442_G_3 2442_B_3 2005 2442 4 2442_B_4 4 2442_G_4 2442_B_4 2005 2442 5 2442_B_5 5 2442_G_5 2442_B_5 2005 2444 6 2444_B_6 6 2444_G_6 2444_B_6 2005 2444 7 2444_B_7 7 2444_G_7 2444_B_7 2005 2444 8 2444_B_8 8 2444_G_8 2444_B_8 2005 2446 051B 2446_B_051B 1 2446_G_1 2446_B_051B 2005 2450 1 2450_B_1 1 2450_G_1 2450_B_1 2005 2450 2 2450_B_2 2 2450_G_2 2450_B_2 2005 2450 3 2450_B_3 3 2450_G_3 2450_B_3 2005 2451 1 2451_B_1 1 2451_G_1 2451_B_1 2005 2451 2 2451_B_2 2 2451_G_2 2451_B_2 2005 2451 3 2451_B_3 3 2451_G_3 2451_B_3 2005 2451 4 2451_B_4 4 2451_G_4 2451_B_4 2005 2454 121B 2454_B_121B 1 2454_G_1 2454_B_121B 2005 2454 122B 2454_B_122B 2 2454_G_2 2454_B_122B

Gen_Boiler_Crosswalk_2005 360 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 2465 3 2465_B_3 3 2465_G_3 2465_B_3 2005 2465 4 2465_B_4 ST4 2465_G_ST4 2465_B_4 2005 2475 1 2475_B_1 1 2475_G_1 2475_B_1 2005 2475 2 2475_B_2 2 2475_G_2 2475_B_2 2005 2475 3 2475_B_3 3 2475_G_3 2475_B_3 2005 2480 1 2480_B_1 1 2480_G_1 2480_B_1 2005 2480 2 2480_B_2 2 2480_G_2 2480_B_2 2005 2480 3 2480_B_3 3 2480_G_3 2480_B_3 2005 2480 4 2480_B_4 4 2480_G_4 2480_B_4 2005 2490 20 2490_B_20 2 2490_G_2 2490_B_20 2005 2490 30 2490_B_30 3 2490_G_3 2490_B_30 2005 2491 001 2491_B_001 6 2491_G_6 2491_B_001 2005 2493 60 2493_B_60 6 2493_G_6 2493_B_60 2005 2493 70 2493_B_70 7 2493_G_7 2493_B_70 2005 2500 10 2500_B_10 1 2500_G_1 2500_B_10 2005 2500 20 2500_B_20 2 2500_G_2 2500_B_20 2005 2500 30 2500_B_30 3 2500_G_3 2500_B_30 2005 2502 61 2502_B_61 6 2502_G_6 2502_B_61 2005 2502 62 2502_B_62 6 2502_G_6 2502_B_62 2005 2502 80 2502_B_80 8 2502_G_8 2502_B_80 2005 2502 90 2502_B_90 9 2502_G_9 2502_B_90 2005 2511 10 2511_B_10 ST1 2511_G_ST1 2511_B_10 2005 2511 20 2511_B_20 ST2 2511_G_ST2 2511_B_20 2005 2513 40 2513_B_40 4 2513_G_4 2513_B_40 2005 2514 40 2514_B_40 4 2514_G_4 2514_B_40 2005 2514 50 2514_B_50 5 2514_G_5 2514_B_50 2005 2516 2 2516_B_2 2 2516_G_2 2516_B_2 2005 2516 3 2516_B_3 3 2516_G_3 2516_B_3 2005 2516 4 2516_B_4 4 2516_G_4 2516_B_4 2005 2516 1 2516_B_1 ST1 2516_G_ST1 2516_B_1 2005 2517 2 2517_B_2 2 2517_G_2 2517_B_2 2005 2517 3 2517_B_3 3 2517_G_3 2517_B_3 2005 2517 4 2517_B_4 4 2517_G_4 2517_B_4 2005 2517 1 2517_B_1 ST1 2517_G_ST1 2517_B_1 2005 2526 11 2526_B_11 7 2526_G_7 2526_B_11 2005 2526 12 2526_B_12 7 2526_G_7 2526_B_12 2005 2526 13 2526_B_13 8 2526_G_8 2526_B_13 2005 2527 5 2527_B_5 3 2527_G_3 2527_B_5 2005 2527 4 2527_B_4 3 2527_G_3 2527_B_4 2005 2527 6 2527_B_6 4 2527_G_4 2527_B_6 2005 2529 1 2529_B_1 1 2529_G_1 2529_B_1 2005 2529 2 2529_B_2 1 2529_G_1 2529_B_2 2005 2529 3 2529_B_3 2 2529_G_2 2529_B_3 2005 2529 4 2529_B_4 2 2529_G_2 2529_B_4

Gen_Boiler_Crosswalk_2005 361 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 2531 1 2531_B_1 1 2531_G_1 2531_B_1 2005 2531 2 2531_B_2 1 2531_G_1 2531_B_2 2005 2531 3 2531_B_3 2 2531_G_2 2531_B_3 2005 2531 4 2531_B_4 2 2531_G_2 2531_B_4 2005 2535 1 2535_B_1 1 2535_G_1 2535_B_1 2005 2535 2 2535_B_2 2 2535_G_2 2535_B_2 2005 2539 1 2539_B_1 1 2539_G_1 2539_B_1 2005 2539 2 2539_B_2 2 2539_G_2 2539_B_2 2005 2539 3 2539_B_3 3 2539_G_3 2539_B_3 2005 2539 4 2539_B_4 4 2539_G_4 2539_B_4 2005 2549 63 2549_B_63 63 2549_G_63 2549_B_63 2005 2549 64 2549_B_64 64 2549_G_64 2549_B_64 2005 2549 65 2549_B_65 65 2549_G_65 2549_B_65 2005 2549 66 2549_B_66 66 2549_G_66 2549_B_66 2005 2549 67 2549_B_67 67 2549_G_67 2549_B_67 2005 2549 68 2549_B_68 S68 2549_G_S68 2549_B_68 2005 2554 1 2554_B_1 1 2554_G_1 2554_B_1 2005 2554 2 2554_B_2 2 2554_G_2 2554_B_2 2005 2554 3 2554_B_3 3 2554_G_3 2554_B_3 2005 2554 4 2554_B_4 ST4 2554_G_ST4 2554_B_4 2005 2594 5 2594_B_5 ST5 2594_G_ST5 2594_B_5 2005 2594 6 2594_B_6 ST6 2594_G_ST6 2594_B_6 2005 2625 1 2625_B_1 1 2625_G_1 2625_B_1 2005 2625 2 2625_B_2 2 2625_G_2 2625_B_2 2005 2629 3 2629_B_3 3 2629_G_3 2629_B_3 2005 2629 4 2629_B_4 4 2629_G_4 2629_B_4 2005 2629 5 2629_B_5 5 2629_G_5 2629_B_5 2005 2642 1 2642_B_1 1 2642_G_1 2642_B_1 2005 2642 2 2642_B_2 2 2642_G_2 2642_B_2 2005 2642 3 2642_B_3 3 2642_G_3 2642_B_3 2005 2642 4 2642_B_4 4 2642_G_4 2642_B_4 2005 2682 10 2682_B_10 5 2682_G_5 2682_B_10 2005 2682 11 2682_B_11 5 2682_G_5 2682_B_11 2005 2682 9 2682_B_9 5 2682_G_5 2682_B_9 2005 2682 12 2682_B_12 5 2682_G_5 2682_B_12 2005 2682 10 2682_B_10 6 2682_G_6 2682_B_10 2005 2682 12 2682_B_12 6 2682_G_6 2682_B_12 2005 2682 9 2682_B_9 6 2682_G_6 2682_B_9 2005 2682 11 2682_B_11 6 2682_G_6 2682_B_11 2005 2706 1 2706_B_1 1 2706_G_1 2706_B_1 2005 2706 2 2706_B_2 2 2706_G_2 2706_B_2 2005 2708 5 2708_B_5 5 2708_G_5 2708_B_5 2005 2708 6 2708_B_6 6 2708_G_6 2708_B_6 2005 2709 1 2709_B_1 1 2709_G_1 2709_B_1

Gen_Boiler_Crosswalk_2005 362 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 2709 2 2709_B_2 2 2709_G_2 2709_B_2 2005 2709 3 2709_B_3 3 2709_G_3 2709_B_3 2005 2712 1 2712_B_1 1 2712_G_1 2712_B_1 2005 2712 2 2712_B_2 2 2712_G_2 2712_B_2 2005 2712 3B 2712_B_3B 3 2712_G_3 2712_B_3B 2005 2712 3A 2712_B_3A 3 2712_G_3 2712_B_3A 2005 2712 4B 2712_B_4B 4 2712_G_4 2712_B_4B 2005 2712 4A 2712_B_4A 4 2712_G_4 2712_B_4A 2005 2713 1 2713_B_1 1 2713_G_1 2713_B_1 2005 2713 2 2713_B_2 2 2713_G_2 2713_B_2 2005 2713 3 2713_B_3 3 2713_G_3 2713_B_3 2005 2716 1 2716_B_1 1 2716_G_1 2716_B_1 2005 2716 2 2716_B_2 2 2716_G_2 2716_B_2 2005 2716 3 2716_B_3 3 2716_G_3 2716_B_3 2005 2718 1 2718_B_1 1 2718_G_1 2718_B_1 2005 2718 2 2718_B_2 2 2718_G_2 2718_B_2 2005 2718 3 2718_B_3 3 2718_G_3 2718_B_3 2005 2718 4 2718_B_4 4 2718_G_4 2718_B_4 2005 2718 5 2718_B_5 5 2718_G_5 2718_B_5 2005 2720 5 2720_B_5 3 2720_G_3 2720_B_5 2005 2720 6 2720_B_6 3 2720_G_3 2720_B_6 2005 2720 7 2720_B_7 4 2720_G_4 2720_B_7 2005 2720 8 2720_B_8 5 2720_G_5 2720_B_8 2005 2720 9 2720_B_9 6 2720_G_6 2720_B_9 2005 2721 1 2721_B_1 1 2721_G_1 2721_B_1 2005 2721 2 2721_B_2 2 2721_G_2 2721_B_2 2005 2721 3 2721_B_3 3 2721_G_3 2721_B_3 2005 2721 4 2721_B_4 4 2721_G_4 2721_B_4 2005 2721 5 2721_B_5 5 2721_G_5 2721_B_5 2005 2723 1 2723_B_1 1 2723_G_1 2723_B_1 2005 2723 2 2723_B_2 2 2723_G_2 2723_B_2 2005 2723 3 2723_B_3 3 2723_G_3 2723_B_3 2005 2727 1 2727_B_1 1 2727_G_1 2727_B_1 2005 2727 2 2727_B_2 2 2727_G_2 2727_B_2 2005 2727 3 2727_B_3 3 2727_G_3 2727_B_3 2005 2727 4 2727_B_4 4 2727_G_4 2727_B_4 2005 2732 7 2732_B_7 4 2732_G_4 2732_B_7 2005 2732 8 2732_B_8 5 2732_G_5 2732_B_8 2005 2732 9 2732_B_9 6 2732_G_6 2732_B_9 2005 2732 10 2732_B_10 7 2732_G_7 2732_B_10 2005 2790 B1 2790_B_B1 1 2790_G_1 2790_B_B1 2005 2790 B2 2790_B_B2 2 2790_G_2 2790_B_B2 2005 2817 1 2817_B_1 1 2817_G_1 2817_B_1 2005 2817 2 2817_B_2 2 2817_G_2 2817_B_2

Gen_Boiler_Crosswalk_2005 363 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 2823 B1 2823_B_B1 1 2823_G_1 2823_B_B1 2005 2823 B2 2823_B_B2 2 2823_G_2 2823_B_B2 2005 2824 10 2824_B_10 1 2824_G_1 2824_B_10 2005 2824 1 2824_B_1 1 2824_G_1 2824_B_1 2005 2828 1 2828_B_1 1 2828_G_1 2828_B_1 2005 2828 2 2828_B_2 2 2828_G_2 2828_B_2 2005 2828 3 2828_B_3 3 2828_G_3 2828_B_3 2005 2830 1 2830_B_1 1 2830_G_1 2830_B_1 2005 2830 2 2830_B_2 2 2830_G_2 2830_B_2 2005 2830 3 2830_B_3 3 2830_G_3 2830_B_3 2005 2830 4 2830_B_4 4 2830_G_4 2830_B_4 2005 2830 5 2830_B_5 5 2830_G_5 2830_B_5 2005 2830 6 2830_B_6 6 2830_G_6 2830_B_6 2005 2832 5-1 2832_B_5-1 5 2832_G_5 2832_B_5-1 2005 2832 5-2 2832_B_5-2 5 2832_G_5 2832_B_5-2 2005 2832 6 2832_B_6 6 2832_G_6 2832_B_6 2005 2832 7 2832_B_7 7 2832_G_7 2832_B_7 2005 2832 8 2832_B_8 8 2832_G_8 2832_B_8 2005 2835 7 2835_B_7 5 2835_G_5 2835_B_7 2005 2835 10 2835_B_10 6 2835_G_6 2835_B_10 2005 2835 11 2835_B_11 6 2835_G_6 2835_B_11 2005 2835 8 2835_B_8 6 2835_G_6 2835_B_8 2005 2835 10 2835_B_10 7 2835_G_7 2835_B_10 2005 2835 11 2835_B_11 7 2835_G_7 2835_B_11 2005 2835 8 2835_B_8 7 2835_G_7 2835_B_8 2005 2835 10 2835_B_10 8 2835_G_8 2835_B_10 2005 2835 11 2835_B_11 8 2835_G_8 2835_B_11 2005 2835 8 2835_B_8 8 2835_G_8 2835_B_8 2005 2835 10 2835_B_10 9 2835_G_9 2835_B_10 2005 2835 11 2835_B_11 9 2835_G_9 2835_B_11 2005 2835 8 2835_B_8 9 2835_G_9 2835_B_8 2005 2836 10 2836_B_10 7 2836_G_7 2836_B_10 2005 2836 12 2836_B_12 9 2836_G_9 2836_B_12 2005 2837 1 2837_B_1 1 2837_G_1 2837_B_1 2005 2837 2 2837_B_2 2 2837_G_2 2837_B_2 2005 2837 3 2837_B_3 3 2837_G_3 2837_B_3 2005 2837 4 2837_B_4 4 2837_G_4 2837_B_4 2005 2837 5 2837_B_5 5 2837_G_5 2837_B_5 2005 2838 18 2838_B_18 18 2838_G_18 2838_B_18 2005 2840 1 2840_B_1 1 2840_G_1 2840_B_1 2005 2840 2 2840_B_2 2 2840_G_2 2840_B_2 2005 2840 3 2840_B_3 3 2840_G_3 2840_B_3 2005 2840 4 2840_B_4 4 2840_G_4 2840_B_4 2005 2840 5 2840_B_5 5 2840_G_5 2840_B_5

Gen_Boiler_Crosswalk_2005 364 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 2840 6 2840_B_6 6 2840_G_6 2840_B_6 2005 2843 9 2843_B_9 5 2843_G_5 2843_B_9 2005 2848 H-1 2848_B_H-1 1 2848_G_1 2848_B_H-1 2005 2848 H-2 2848_B_H-2 2 2848_G_2 2848_B_H-2 2005 2848 H-3 2848_B_H-3 3 2848_G_3 2848_B_H-3 2005 2848 H-4 2848_B_H-4 4 2848_G_4 2848_B_H-4 2005 2848 H-5 2848_B_H-5 5 2848_G_5 2848_B_H-5 2005 2848 H-6 2848_B_H-6 6 2848_G_6 2848_B_H-6 2005 2850 1 2850_B_1 1 2850_G_1 2850_B_1 2005 2850 2 2850_B_2 2 2850_G_2 2850_B_2 2005 2850 3 2850_B_3 3 2850_G_3 2850_B_3 2005 2850 4 2850_B_4 4 2850_G_4 2850_B_4 2005 2861 1 2861_B_1 1 2861_G_1 2861_B_1 2005 2861 2 2861_B_2 2 2861_G_2 2861_B_2 2005 2864 6 2864_B_6 3 2864_G_3 2864_B_6 2005 2864 5 2864_B_5 3 2864_G_3 2864_B_5 2005 2864 7 2864_B_7 4 2864_G_4 2864_B_7 2005 2864 8 2864_B_8 5 2864_G_5 2864_B_8 2005 2866 1 2866_B_1 1 2866_G_1 2866_B_1 2005 2866 2 2866_B_2 2 2866_G_2 2866_B_2 2005 2866 3 2866_B_3 3 2866_G_3 2866_B_3 2005 2866 4 2866_B_4 4 2866_G_4 2866_B_4 2005 2866 5 2866_B_5 5 2866_G_5 2866_B_5 2005 2866 6 2866_B_6 6 2866_G_6 2866_B_6 2005 2866 7 2866_B_7 7 2866_G_7 2866_B_7 2005 2872 1 2872_B_1 1 2872_G_1 2872_B_1 2005 2872 2 2872_B_2 2 2872_G_2 2872_B_2 2005 2872 3 2872_B_3 3 2872_G_3 2872_B_3 2005 2872 4 2872_B_4 4 2872_G_4 2872_B_4 2005 2872 5 2872_B_5 5 2872_G_5 2872_B_5 2005 2876 1 2876_B_1 1 2876_G_1 2876_B_1 2005 2876 2 2876_B_2 2 2876_G_2 2876_B_2 2005 2876 3 2876_B_3 3 2876_G_3 2876_B_3 2005 2876 4 2876_B_4 4 2876_G_4 2876_B_4 2005 2876 5 2876_B_5 5 2876_G_5 2876_B_5 2005 2878 1 2878_B_1 1 2878_G_1 2878_B_1 2005 2878 2 2878_B_2 2 2878_G_2 2878_B_2 2005 2878 3 2878_B_3 3 2878_G_3 2878_B_3 2005 2878 4 2878_B_4 4 2878_G_4 2878_B_4 2005 2908 5 2908_B_5 10 2908_G_10 2908_B_5 2005 2908 3 2908_B_3 10 2908_G_10 2908_B_3 2005 2908 4 2908_B_4 10 2908_G_10 2908_B_4 2005 2908 6 2908_B_6 11 2908_G_11 2908_B_6 2005 2908 5 2908_B_5 8 2908_G_8 2908_B_5

Gen_Boiler_Crosswalk_2005 365 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 2908 4 2908_B_4 8 2908_G_8 2908_B_4 2005 2908 3 2908_B_3 8 2908_G_8 2908_B_3 2005 2908 5 2908_B_5 9 2908_G_9 2908_B_5 2005 2908 3 2908_B_3 9 2908_G_9 2908_B_3 2005 2908 4 2908_B_4 9 2908_G_9 2908_B_4 2005 2914 4 2914_B_4 4 2914_G_4 2914_B_4 2005 2917 8 2917_B_8 5 2917_G_5 2917_B_8 2005 2917 7 2917_B_7 5 2917_G_5 2917_B_7 2005 2917 1 2917_B_1 5 2917_G_5 2917_B_1 2005 2917 HRB 2917_B_HRB 5 2917_G_5 2917_B_HRB 2005 2917 8 2917_B_8 7 2917_G_7 2917_B_8 2005 2917 7 2917_B_7 7 2917_G_7 2917_B_7 2005 2917 7 2917_B_7 8 2917_G_8 2917_B_7 2005 2917 8 2917_B_8 8 2917_G_8 2917_B_8 2005 2917 9 2917_B_9 9 2917_G_9 2917_B_9 2005 2935 12 2935_B_12 10 2935_G_10 2935_B_12 2005 2935 13 2935_B_13 10 2935_G_10 2935_B_13 2005 2935 13 2935_B_13 11 2935_G_11 2935_B_13 2005 2935 12 2935_B_12 11 2935_G_11 2935_B_12 2005 2935 10 2935_B_10 7 2935_G_7 2935_B_10 2005 2935 11 2935_B_11 7 2935_G_7 2935_B_11 2005 2935 10 2935_B_10 8 2935_G_8 2935_B_10 2005 2935 11 2935_B_11 8 2935_G_8 2935_B_11 2005 2935 10 2935_B_10 9 2935_G_9 2935_B_10 2005 2935 12 2935_B_12 9 2935_G_9 2935_B_12 2005 2935 11 2935_B_11 9 2935_G_9 2935_B_11 2005 2936 3 2936_B_3 3 2936_G_3 2936_B_3 2005 2936 5 2936_B_5 3 2936_G_3 2936_B_5 2005 2936 4 2936_B_4 3 2936_G_3 2936_B_4 2005 2936 5 2936_B_5 5 2936_G_5 2936_B_5 2005 2936 4 2936_B_4 5 2936_G_5 2936_B_4 2005 2936 3 2936_B_3 5 2936_G_5 2936_B_3 2005 2936 4 2936_B_4 7 2936_G_7 2936_B_4 2005 2936 5 2936_B_5 7 2936_G_7 2936_B_5 2005 2936 4 2936_B_4 ST2 2936_G_ST2 2936_B_4 2005 2936 5 2936_B_5 ST2 2936_G_ST2 2936_B_5 2005 2936 3 2936_B_3 ST2 2936_G_ST2 2936_B_3 2005 2937 4 2937_B_4 10 2937_G_10 2937_B_4 2005 2937 5 2937_B_5 10 2937_G_10 2937_B_5 2005 2937 4 2937_B_4 3 2937_G_3 2937_B_4 2005 2937 5 2937_B_5 3 2937_G_3 2937_B_5 2005 2937 4 2937_B_4 4 2937_G_4 2937_B_4 2005 2937 5 2937_B_5 4 2937_G_4 2937_B_5 2005 2937 4 2937_B_4 6 2937_G_6 2937_B_4

Gen_Boiler_Crosswalk_2005 366 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 2937 5 2937_B_5 6 2937_G_6 2937_B_5 2005 2937 6 2937_B_6 7 2937_G_7 2937_B_6 2005 2942 5 2942_B_5 5 2942_G_5 2942_B_5 2005 2942 6 2942_B_6 6 2942_G_6 2942_B_6 2005 2943 1 2943_B_1 1 2943_G_1 2943_B_1 2005 2943 2 2943_B_2 1 2943_G_1 2943_B_2 2005 2943 1 2943_B_1 2 2943_G_2 2943_B_1 2005 2943 2 2943_B_2 2 2943_G_2 2943_B_2 2005 2951 6 2951_B_6 6 2951_G_6 2951_B_6 2005 2951 8 2951_B_8 8 2951_G_8 2951_B_8 2005 2951 7 2951_B_7 ST7 2951_G_ST7 2951_B_7 2005 2952 3 2952_B_3 3 2952_G_3 2952_B_3 2005 2952 4 2952_B_4 4 2952_G_4 2952_B_4 2005 2952 5 2952_B_5 5 2952_G_5 2952_B_5 2005 2952 6 2952_B_6 6 2952_G_6 2952_B_6 2005 2953 1 2953_B_1 1 2953_G_1 2953_B_1 2005 2953 2 2953_B_2 2 2953_G_2 2953_B_2 2005 2953 3 2953_B_3 3 2953_G_3 2953_B_3 2005 2953 4 2953_B_4 4 2953_G_4 2953_B_4 2005 2956 1 2956_B_1 1 2956_G_1 2956_B_1 2005 2956 2 2956_B_2 2 2956_G_2 2956_B_2 2005 2956 3 2956_B_3 3 2956_G_3 2956_B_3 2005 2963 3301A 2963_B_3301A 1 2963_G_1 2963_B_3301A 2005 2963 3301B 2963_B_3301B 1 2963_G_1 2963_B_3301B 2005 2963 3302 2963_B_3302 2 2963_G_2 2963_B_3302 2005 2963 3313 2963_B_3313 3 2963_G_3 2963_B_3313 2005 2963 3314 2963_B_3314 4 2963_G_4 2963_B_3314 2005 2964 801N 2964_B_801N 1 2964_G_1 2964_B_801N 2005 2964 801S 2964_B_801S 1 2964_G_1 2964_B_801S 2005 2964 8002 2964_B_8002 2 2964_G_2 2964_B_8002 2005 2964 8003 2964_B_8003 3 2964_G_3 2964_B_8003 2005 2965 1402 2965_B_1402 2 2965_G_2 2965_B_1402 2005 2965 1403 2965_B_1403 3 2965_G_3 2965_B_1403 2005 2965 1404 2965_B_1404 4 2965_G_4 2965_B_1404 2005 3000 1 3000_B_1 1 3000_G_1 3000_B_1 2005 3000 2 3000_B_2 1 3000_G_1 3000_B_2 2005 3000 1 3000_B_1 2 3000_G_2 3000_B_1 2005 3000 2 3000_B_2 2 3000_G_2 3000_B_2 2005 3006 1 3006_B_1 1 3006_G_1 3006_B_1 2005 3006 2 3006_B_2 2 3006_G_2 3006_B_2 2005 3006 3 3006_B_3 3 3006_G_3 3006_B_3 2005 3008 1 3008_B_1 1 3008_G_1 3008_B_1 2005 3008 2 3008_B_2 2 3008_G_2 3008_B_2 2005 3008 3 3008_B_3 3 3008_G_3 3008_B_3

Gen_Boiler_Crosswalk_2005 367 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 3096 HRSG2A 3096_B_HRSG2A ST4 3096_G_ST4 3096_B_HRSG2A 2005 3096 HRSG3 3096_B_HRSG3 ST4 3096_G_ST4 3096_B_HRSG3 2005 3096 HRSG2B 3096_B_HRSG2B ST4 3096_G_ST4 3096_B_HRSG2B 2005 3098 1 3098_B_1 1 3098_G_1 3098_B_1 2005 3098 2 3098_B_2 2 3098_G_2 3098_B_2 2005 3098 3 3098_B_3 3 3098_G_3 3098_B_3 2005 3098 4 3098_B_4 4 3098_G_4 3098_B_4 2005 3113 1 3113_B_1 1 3113_G_1 3113_B_1 2005 3113 2 3113_B_2 2 3113_G_2 3113_B_2 2005 3115 1 3115_B_1 1 3115_G_1 3115_B_1 2005 3115 2 3115_B_2 2 3115_G_2 3115_B_2 2005 3115 3 3115_B_3 3 3115_G_3 3115_B_3 2005 3118 1 3118_B_1 1 3118_G_1 3118_B_1 2005 3118 2 3118_B_2 2 3118_G_2 3118_B_2 2005 3122 1 3122_B_1 1 3122_G_1 3122_B_1 2005 3122 2 3122_B_2 2 3122_G_2 3122_B_2 2005 3122 3 3122_B_3 3 3122_G_3 3122_B_3 2005 3130 1 3130_B_1 FB1 3130_G_FB1 3130_B_1 2005 3130 2 3130_B_2 FB1 3130_G_FB1 3130_B_2 2005 3131 1 3131_B_1 1 3131_G_1 3131_B_1 2005 3131 2 3131_B_2 2 3131_G_2 3131_B_2 2005 3131 3 3131_B_3 3 3131_G_3 3131_B_3 2005 3131 4 3131_B_4 4 3131_G_4 3131_B_4 2005 3136 1 3136_B_1 1 3136_G_1 3136_B_1 2005 3136 2 3136_B_2 2 3136_G_2 3136_B_2 2005 3138 3 3138_B_3 3 3138_G_3 3138_B_3 2005 3138 4 3138_B_4 4 3138_G_4 3138_B_4 2005 3138 5 3138_B_5 5 3138_G_5 3138_B_5 2005 3140 1 3140_B_1 1 3140_G_1 3140_B_1 2005 3140 2 3140_B_2 2 3140_G_2 3140_B_2 2005 3140 3 3140_B_3 3 3140_G_3 3140_B_3 2005 3148 1 3148_B_1 1 3148_G_1 3148_B_1 2005 3148 2 3148_B_2 2 3148_G_2 3148_B_2 2005 3148 3 3148_B_3 3 3148_G_3 3148_B_3 2005 3148 4 3148_B_4 4 3148_G_4 3148_B_4 2005 3149 1 3149_B_1 1 3149_G_1 3149_B_1 2005 3149 1 3149_B_1 11 3149_G_11 3149_B_1 2005 3149 2 3149_B_2 2 3149_G_2 3149_B_2 2005 3152 1A 3152_B_1A 1 3152_G_1 3152_B_1A 2005 3152 3 3152_B_3 1 3152_G_1 3152_B_3 2005 3152 2B 3152_B_2B 1 3152_G_1 3152_B_2B 2005 3152 1B 3152_B_1B 1 3152_G_1 3152_B_1B 2005 3152 2A 3152_B_2A 1 3152_G_1 3152_B_2A 2005 3152 1A 3152_B_1A 2 3152_G_2 3152_B_1A

Gen_Boiler_Crosswalk_2005 368 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 3152 3 3152_B_3 2 3152_G_2 3152_B_3 2005 3152 1B 3152_B_1B 2 3152_G_2 3152_B_1B 2005 3152 2B 3152_B_2B 2 3152_G_2 3152_B_2B 2005 3152 2A 3152_B_2A 2 3152_G_2 3152_B_2A 2005 3152 1A 3152_B_1A 3 3152_G_3 3152_B_1A 2005 3152 2B 3152_B_2B 3 3152_G_3 3152_B_2B 2005 3152 1B 3152_B_1B 3 3152_G_3 3152_B_1B 2005 3152 3 3152_B_3 3 3152_G_3 3152_B_3 2005 3152 2A 3152_B_2A 3 3152_G_3 3152_B_2A 2005 3152 4 3152_B_4 4 3152_G_4 3152_B_4 2005 3159 1 3159_B_1 1 3159_G_1 3159_B_1 2005 3159 FB1 3159_B_FB1 1 3159_G_1 3159_B_FB1 2005 3159 FB2 3159_B_FB2 1 3159_G_1 3159_B_FB2 2005 3159 2 3159_B_2 2 3159_G_2 3159_B_2 2005 3161 1 3161_B_1 1 3161_G_1 3161_B_1 2005 3161 2 3161_B_2 2 3161_G_2 3161_B_2 2005 3161 3 3161_B_3 3 3161_G_3 3161_B_3 2005 3161 4 3161_B_4 4 3161_G_4 3161_B_4 2005 3169 1 3169_B_1 1 3169_G_1 3169_B_1 2005 3176 6 3176_B_6 3 3176_G_3 3176_B_6 2005 3178 1 3178_B_1 1 3178_G_1 3178_B_1 2005 3178 2 3178_B_2 2 3178_G_2 3178_B_2 2005 3179 1 3179_B_1 1 3179_G_1 3179_B_1 2005 3179 2 3179_B_2 2 3179_G_2 3179_B_2 2005 3179 3 3179_B_3 3 3179_G_3 3179_B_3 2005 3181 1 3181_B_1 2 3181_G_2 3181_B_1 2005 3181 3 3181_B_3 2 3181_G_2 3181_B_3 2005 3181 2 3181_B_2 2 3181_G_2 3181_B_2 2005 3181 33 3181_B_33 3 3181_G_3 3181_B_33 2005 3182 77 3182_B_77 7 3182_G_7 3182_B_77 2005 3251 1 3251_B_1 1 3251_G_1 3251_B_1 2005 3264 1 3264_B_1 1 3264_G_1 3264_B_1 2005 3264 2 3264_B_2 2 3264_G_2 3264_B_2 2005 3264 3 3264_B_3 3 3264_G_3 3264_B_3 2005 3280 CAN1 3280_B_CAN1 1 3280_G_1 3280_B_CAN1 2005 3280 CAN2 3280_B_CAN2 2 3280_G_2 3280_B_CAN2 2005 3280 CAN3 3280_B_CAN3 3 3280_G_3 3280_B_CAN3 2005 3287 MCM1 3287_B_MCM1 1 3287_G_1 3287_B_MCM1 2005 3287 MCM2 3287_B_MCM2 2 3287_G_2 3287_B_MCM2 2005 3295 URQ3 3295_B_URQ3 3 3295_G_3 3295_B_URQ3 2005 3297 WAT1 3297_B_WAT1 1 3297_G_1 3297_B_WAT1 2005 3297 WAT2 3297_B_WAT2 2 3297_G_2 3297_B_WAT2 2005 3298 WIL1 3298_B_WIL1 ST1 3298_G_ST1 3298_B_WIL1 2005 3317 1 3317_B_1 1 3317_G_1 3317_B_1

Gen_Boiler_Crosswalk_2005 369 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 3317 2 3317_B_2 2 3317_G_2 3317_B_2 2005 3319 1 3319_B_1 1 3319_G_1 3319_B_1 2005 3319 2 3319_B_2 2 3319_G_2 3319_B_2 2005 3319 3 3319_B_3 3 3319_G_3 3319_B_3 2005 3319 4 3319_B_4 4 3319_G_4 3319_B_4 2005 3325 1 3325_B_1 ST1 3325_G_ST1 3325_B_1 2005 3393 1 3393_B_1 1 3393_G_1 3393_B_1 2005 3393 2 3393_B_2 2 3393_G_2 3393_B_2 2005 3393 3 3393_B_3 3 3393_G_3 3393_B_3 2005 3396 1 3396_B_1 1 3396_G_1 3396_B_1 2005 3399 1 3399_B_1 1 3399_G_1 3399_B_1 2005 3399 2 3399_B_2 2 3399_G_2 3399_B_2 2005 3403 1 3403_B_1 1 3403_G_1 3403_B_1 2005 3403 2 3403_B_2 2 3403_G_2 3403_B_2 2005 3403 3 3403_B_3 3 3403_G_3 3403_B_3 2005 3403 4 3403_B_4 4 3403_G_4 3403_B_4 2005 3405 1 3405_B_1 1 3405_G_1 3405_B_1 2005 3405 2 3405_B_2 2 3405_G_2 3405_B_2 2005 3405 3 3405_B_3 3 3405_G_3 3405_B_3 2005 3405 4 3405_B_4 4 3405_G_4 3405_B_4 2005 3406 1 3406_B_1 1 3406_G_1 3406_B_1 2005 3406 10 3406_B_10 10 3406_G_10 3406_B_10 2005 3406 2 3406_B_2 2 3406_G_2 3406_B_2 2005 3406 3 3406_B_3 3 3406_G_3 3406_B_3 2005 3406 4 3406_B_4 4 3406_G_4 3406_B_4 2005 3406 5 3406_B_5 5 3406_G_5 3406_B_5 2005 3406 6 3406_B_6 6 3406_G_6 3406_B_6 2005 3406 7 3406_B_7 7 3406_G_7 3406_B_7 2005 3406 8 3406_B_8 8 3406_G_8 3406_B_8 2005 3406 9 3406_B_9 9 3406_G_9 3406_B_9 2005 3407 1 3407_B_1 1 3407_G_1 3407_B_1 2005 3407 2 3407_B_2 2 3407_G_2 3407_B_2 2005 3407 3 3407_B_3 3 3407_G_3 3407_B_3 2005 3407 4 3407_B_4 4 3407_G_4 3407_B_4 2005 3407 5 3407_B_5 5 3407_G_5 3407_B_5 2005 3407 6 3407_B_6 6 3407_G_6 3407_B_6 2005 3407 7 3407_B_7 7 3407_G_7 3407_B_7 2005 3407 8 3407_B_8 8 3407_G_8 3407_B_8 2005 3407 9 3407_B_9 9 3407_G_9 3407_B_9 2005 3419 A 3419_B_A ST1 3419_G_ST1 3419_B_A 2005 3419 B 3419_B_B ST2 3419_G_ST2 3419_B_B 2005 3419 C 3419_B_C ST3 3419_G_ST3 3419_B_C 2005 3419 D 3419_B_D ST4 3419_G_ST4 3419_B_D 2005 3438 1 3438_B_1 1 3438_G_1 3438_B_1

Gen_Boiler_Crosswalk_2005 370 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 3438 2 3438_B_2 2 3438_G_2 3438_B_2 2005 3439 1 3439_B_1 1 3439_G_1 3439_B_1 2005 3439 2 3439_B_2 2 3439_G_2 3439_B_2 2005 3439 3 3439_B_3 3 3439_G_3 3439_B_3 2005 3440 1 3440_B_1 1 3440_G_1 3440_B_1 2005 3440 2 3440_B_2 2 3440_G_2 3440_B_2 2005 3440 3 3440_B_3 3 3440_G_3 3440_B_3 2005 3440 4 3440_B_4 4 3440_G_4 3440_B_4 2005 3441 5 3441_B_5 5 3441_G_5 3441_B_5 2005 3441 6 3441_B_6 6 3441_G_6 3441_B_6 2005 3441 7 3441_B_7 7 3441_G_7 3441_B_7 2005 3442 5 3442_B_5 4 3442_G_4 3442_B_5 2005 3442 6 3442_B_6 5 3442_G_5 3442_B_6 2005 3442 7 3442_B_7 6 3442_G_6 3442_B_7 2005 3443 6 3443_B_6 4 3443_G_4 3443_B_6 2005 3443 7 3443_B_7 5 3443_G_5 3443_B_7 2005 3443 8 3443_B_8 6 3443_G_6 3443_B_8 2005 3452 1 3452_B_1 1 3452_G_1 3452_B_1 2005 3452 2 3452_B_2 2 3452_G_2 3452_B_2 2005 3453 2 3453_B_2 2 3453_G_2 3453_B_2 2005 3453 3A 3453_B_3A 3 3453_G_3 3453_B_3A 2005 3453 6 3453_B_6 6 3453_G_6 3453_B_6 2005 3453 7 3453_B_7 7 3453_G_7 3453_B_7 2005 3453 8 3453_B_8 8 3453_G_8 3453_B_8 2005 3454 1 3454_B_1 1 3454_G_1 3454_B_1 2005 3454 2 3454_B_2 2 3454_G_2 3454_B_2 2005 3454 3 3454_B_3 3 3454_G_3 3454_B_3 2005 3456 1 3456_B_1 1 3456_G_1 3456_B_1 2005 3456 2 3456_B_2 2 3456_G_2 3456_B_2 2005 3456 3 3456_B_3 3 3456_G_3 3456_B_3 2005 3456 HRSG1 3456_B_HRSG1 4 3456_G_4 3456_B_HRSG1 2005 3456 HRSG2 3456_B_HRSG2 4 3456_G_4 3456_B_HRSG2 2005 3457 1 3457_B_1 1 3457_G_1 3457_B_1 2005 3457 2 3457_B_2 2 3457_G_2 3457_B_2 2005 3459 1 3459_B_1 1 3459_G_1 3459_B_1 2005 3459 2 3459_B_2 2 3459_G_2 3459_B_2 2005 3459 3 3459_B_3 3 3459_G_3 3459_B_3 2005 3459 4 3459_B_4 4 3459_G_4 3459_B_4 2005 3459 5 3459_B_5 5 3459_G_5 3459_B_5 2005 3460 CBY1 3460_B_CBY1 1 3460_G_1 3460_B_CBY1 2005 3460 CBY2 3460_B_CBY2 2 3460_G_2 3460_B_CBY2 2005 3460 CBY3 3460_B_CBY3 3 3460_G_3 3460_B_CBY3 2005 3461 DWP9 3461_B_DWP9 7 3461_G_7 3461_B_DWP9 2005 3464 GBY5 3464_B_GBY5 5 3464_G_5 3464_B_GBY5

Gen_Boiler_Crosswalk_2005 371 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 3466 PHR1 3466_B_PHR1 1 3466_G_1 3466_B_PHR1 2005 3466 PHR2 3466_B_PHR2 2 3466_G_2 3466_B_PHR2 2005 3466 PHR3 3466_B_PHR3 3 3466_G_3 3466_B_PHR3 2005 3466 PHR4 3466_B_PHR4 4 3466_G_4 3466_B_PHR4 2005 3468 SRB3 3468_B_SRB3 3 3468_G_3 3468_B_SRB3 2005 3468 SRB4 3468_B_SRB4 4 3468_G_4 3468_B_SRB4 2005 3468 SRB1 3468_B_SRB1 ST1 3468_G_ST1 3468_B_SRB1 2005 3468 SRB2 3468_B_SRB2 ST2 3468_G_ST2 3468_B_SRB2 2005 3469 THW2 3469_B_THW2 2 3469_G_2 3469_B_THW2 2005 3470 WAP1 3470_B_WAP1 1 3470_G_1 3470_B_WAP1 2005 3470 WAP2 3470_B_WAP2 2 3470_G_2 3470_B_WAP2 2005 3470 WAP3 3470_B_WAP3 3 3470_G_3 3470_B_WAP3 2005 3470 WAP4 3470_B_WAP4 4 3470_G_4 3470_B_WAP4 2005 3470 WAP5 3470_B_WAP5 5 3470_G_5 3470_B_WAP5 2005 3470 WAP6 3470_B_WAP6 6 3470_G_6 3470_B_WAP6 2005 3470 WAP7 3470_B_WAP7 7 3470_G_7 3470_B_WAP7 2005 3470 WAP8 3470_B_WAP8 8 3470_G_8 3470_B_WAP8 2005 3471 WEB3 3471_B_WEB3 3 3471_G_3 3471_B_WEB3 2005 3476 2 3476_B_2 2 3476_G_2 3476_B_2 2005 3476 3 3476_B_3 3 3476_G_3 3476_B_3 2005 3476 4 3476_B_4 4 3476_G_4 3476_B_4 2005 3476 5 3476_B_5 5 3476_G_5 3476_B_5 2005 3477 1 3477_B_1 1 3477_G_1 3477_B_1 2005 3478 1 3478_B_1 1 3478_G_1 3478_B_1 2005 3478 2 3478_B_2 2 3478_G_2 3478_B_2 2005 3478 3 3478_B_3 3 3478_G_3 3478_B_3 2005 3482 151B 3482_B_151B 1 3482_G_1 3482_B_151B 2005 3482 152B 3482_B_152B 2 3482_G_2 3482_B_152B 2005 3483 3 3483_B_3 3 3483_G_3 3483_B_3 2005 3484 141B 3484_B_141B 1 3484_G_1 3484_B_141B 2005 3484 142B 3484_B_142B 2 3484_G_2 3484_B_142B 2005 3484 143B 3484_B_143B 3 3484_G_3 3484_B_143B 2005 3485 111B 3485_B_111B 1 3485_G_1 3485_B_111B 2005 3485 112B 3485_B_112B 2 3485_G_2 3485_B_112B 2005 3485 113B 3485_B_113B 3 3485_G_3 3485_B_113B 2005 3485 114B 3485_B_114B 4 3485_G_4 3485_B_114B 2005 3489 1 3489_B_1 1 3489_G_1 3489_B_1 2005 3489 2 3489_B_2 2 3489_G_2 3489_B_2 2005 3489 3 3489_B_3 3 3489_G_3 3489_B_3 2005 3490 1 3490_B_1 1 3490_G_1 3490_B_1 2005 3490 2 3490_B_2 2 3490_G_2 3490_B_2 2005 3491 1A 3491_B_1A 1 3491_G_1 3491_B_1A 2005 3491 1B 3491_B_1B 1 3491_G_1 3491_B_1B 2005 3491 2 3491_B_2 2 3491_G_2 3491_B_2

Gen_Boiler_Crosswalk_2005 372 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 3491 3 3491_B_3 3 3491_G_3 3491_B_3 2005 3491 4 3491_B_4 4 3491_G_4 3491_B_4 2005 3491 5 3491_B_5 5 3491_G_5 3491_B_5 2005 3492 5 3492_B_5 5 3492_G_5 3492_B_5 2005 3492 6 3492_B_6 6 3492_G_6 3492_B_6 2005 3494 5 3494_B_5 5 3494_G_5 3494_B_5 2005 3494 6 3494_B_6 6 3494_G_6 3494_B_6 2005 3497 1 3497_B_1 1 3497_G_1 3497_B_1 2005 3497 2 3497_B_2 2 3497_G_2 3497_B_2 2005 3500 1 3500_B_1 1 3500_G_1 3500_B_1 2005 3502 1 3502_B_1 ST1 3502_G_ST1 3502_B_1 2005 3502 2 3502_B_2 ST2 3502_G_ST2 3502_B_2 2005 3504 1 3504_B_1 ST1 3504_G_ST1 3504_B_1 2005 3504 2 3504_B_2 ST2 3504_G_ST2 3504_B_2 2005 3506 1 3506_B_1 1 3506_G_1 3506_B_1 2005 3506 2 3506_B_2 2 3506_G_2 3506_B_2 2005 3507 9 3507_B_9 6 3507_G_6 3507_B_9 2005 3508 1 3508_B_1 1 3508_G_1 3508_B_1 2005 3508 2 3508_B_2 2 3508_G_2 3508_B_2 2005 3508 3 3508_B_3 3 3508_G_3 3508_B_3 2005 3517 6 3517_B_6 4 3517_G_4 3517_B_6 2005 3517 7 3517_B_7 4 3517_G_4 3517_B_7 2005 3521 3 3521_B_3 1 3521_G_1 3521_B_3 2005 3521 2 3521_B_2 1 3521_G_1 3521_B_2 2005 3521 1 3521_B_1 1 3521_G_1 3521_B_1 2005 3521 4 3521_B_4 2 3521_G_2 3521_B_4 2005 3523 1 3523_B_1 1 3523_G_1 3523_B_1 2005 3524 1 3524_B_1 1 3524_G_1 3524_B_1 2005 3524 2 3524_B_2 2 3524_G_2 3524_B_2 2005 3524 3 3524_B_3 3 3524_G_3 3524_B_3 2005 3524 4 3524_B_4 4 3524_G_4 3524_B_4 2005 3526 5 3526_B_5 5 3526_G_5 3526_B_5 2005 3526 6 3526_B_6 6 3526_G_6 3526_B_6 2005 3527 2 3527_B_2 2 3527_G_2 3527_B_2 2005 3548 1 3548_B_1 1 3548_G_1 3548_B_1 2005 3548 2 3548_B_2 2 3548_G_2 3548_B_2 2005 3549 1 3549_B_1 1 3549_G_1 3549_B_1 2005 3549 2 3549_B_2 2 3549_G_2 3549_B_2 2005 3549 3 3549_B_3 3 3549_G_3 3549_B_3 2005 3549 4 3549_B_4 4 3549_G_4 3549_B_4 2005 3559 SR5 3559_B_SR5 5 3559_G_5 3559_B_SR5 2005 3561 3 3561_B_3 3 3561_G_3 3561_B_3 2005 3561 4 3561_B_4 4 3561_G_4 3561_B_4 2005 3561 5 3561_B_5 5 3561_G_5 3561_B_5

Gen_Boiler_Crosswalk_2005 373 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 3561 6 3561_B_6 6 3561_G_6 3561_B_6 2005 3574 BW5 3574_B_BW5 5 3574_G_5 3574_B_BW5 2005 3576 CE1 3576_B_CE1 1 3576_G_1 3576_B_CE1 2005 3576 BW2 3576_B_BW2 2 3576_G_2 3576_B_BW2 2005 3576 BW3 3576_B_BW3 3 3576_G_3 3576_B_BW3 2005 3601 1 3601_B_1 1 3601_G_1 3601_B_1 2005 3601 2 3601_B_2 2 3601_G_2 3601_B_2 2005 3601 3 3601_B_3 3 3601_G_3 3601_B_3 2005 3602 1 3602_B_1 1 3602_G_1 3602_B_1 2005 3602 2 3602_B_2 2 3602_G_2 3602_B_2 2005 3604 4 3604_B_4 4 3604_G_4 3604_B_4 2005 3604 5 3604_B_5 5 3604_G_5 3604_B_5 2005 3604 6A 3604_B_6A 6A 3604_G_6A 3604_B_6A 2005 3604 8 3604_B_8 6A 3604_G_6A 3604_B_8 2005 3604 7 3604_B_7 7 3604_G_7 3604_B_7 2005 3604 8 3604_B_8 7 3604_G_7 3604_B_8 2005 3609 3 3609_B_3 3 3609_G_3 3609_B_3 2005 3609 4 3609_B_4 4 3609_G_4 3609_B_4 2005 3611 1 3611_B_1 1 3611_G_1 3611_B_1 2005 3611 2 3611_B_2 2 3611_G_2 3611_B_2 2005 3612 1 3612_B_1 1 3612_G_1 3612_B_1 2005 3612 2 3612_B_2 2 3612_G_2 3612_B_2 2005 3612 3 3612_B_3 3 3612_G_3 3612_B_3 2005 3613 1 3613_B_1 1 3613_G_1 3613_B_1 2005 3613 2 3613_B_2 2 3613_G_2 3613_B_2 2005 3613 3 3613_B_3 3 3613_G_3 3613_B_3 2005 3613 4 3613_B_4 4 3613_G_4 3613_B_4 2005 3627 1 3627_B_1 1 3627_G_1 3627_B_1 2005 3627 2 3627_B_2 2 3627_G_2 3627_B_2 2005 3627 3 3627_B_3 3 3627_G_3 3627_B_3 2005 3628 1 3628_B_1 1 3628_G_1 3628_B_1 2005 3628 2 3628_B_2 2 3628_G_2 3628_B_2 2005 3628 3 3628_B_3 3 3628_G_3 3628_B_3 2005 3630 1 3630_B_1 1 3630_G_1 3630_B_1 2005 3630 2 3630_B_2 2 3630_G_2 3630_B_2 2005 3630 3 3630_B_3 3 3630_G_3 3630_B_3 2005 3631 3 3631_B_3 3 3631_G_3 3631_B_3 2005 3644 1 3644_B_1 1 3644_G_1 3644_B_1 2005 3644 2 3644_B_2 2 3644_G_2 3644_B_2 2005 3648 1 3648_B_1 1 3648_G_1 3648_B_1 2005 3648 2 3648_B_2 2 3648_G_2 3648_B_2 2005 3648 3 3648_B_3 3 3648_G_3 3648_B_3 2005 3775 1 3775_B_1 1 3775_G_1 3775_B_1 2005 3775 2 3775_B_2 2 3775_G_2 3775_B_2

Gen_Boiler_Crosswalk_2005 374 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 3775 3 3775_B_3 3 3775_G_3 3775_B_3 2005 3776 51 3776_B_51 5 3776_G_5 3776_B_51 2005 3776 52 3776_B_52 5 3776_G_5 3776_B_52 2005 3776 6 3776_B_6 6 3776_G_6 3776_B_6 2005 3788 1 3788_B_1 1 3788_G_1 3788_B_1 2005 3788 2 3788_B_2 2 3788_G_2 3788_B_2 2005 3788 3 3788_B_3 3 3788_G_3 3788_B_3 2005 3788 4 3788_B_4 4 3788_G_4 3788_B_4 2005 3788 5 3788_B_5 5 3788_G_5 3788_B_5 2005 3796 3 3796_B_3 3 3796_G_3 3796_B_3 2005 3796 4 3796_B_4 4 3796_G_4 3796_B_4 2005 3797 3 3797_B_3 3 3797_G_3 3797_B_3 2005 3797 4 3797_B_4 4 3797_G_4 3797_B_4 2005 3797 5 3797_B_5 5 3797_G_5 3797_B_5 2005 3797 6 3797_B_6 6 3797_G_6 3797_B_6 2005 3803 3 3803_B_3 3 3803_G_3 3803_B_3 2005 3803 1 3803_B_1 ST1 3803_G_ST1 3803_B_1 2005 3803 2 3803_B_2 ST2 3803_G_ST2 3803_B_2 2005 3803 4 3803_B_4 ST4 3803_G_ST4 3803_B_4 2005 3804 3 3804_B_3 3 3804_G_3 3804_B_3 2005 3804 4 3804_B_4 4 3804_G_4 3804_B_4 2005 3804 5 3804_B_5 5 3804_G_5 3804_B_5 2005 3809 1 3809_B_1 1 3809_G_1 3809_B_1 2005 3809 2 3809_B_2 2 3809_G_2 3809_B_2 2005 3809 3 3809_B_3 3 3809_G_3 3809_B_3 2005 3845 BW21 3845_B_BW21 1 3845_G_1 3845_B_BW21 2005 3845 BW22 3845_B_BW22 2 3845_G_2 3845_B_BW22 2005 3845 30 3845_B_30 70 3845_G_70 3845_B_30 2005 3845 40 3845_B_40 70 3845_G_70 3845_B_40 2005 3845 60 3845_B_60 70 3845_G_70 3845_B_60 2005 3845 50 3845_B_50 70 3845_G_70 3845_B_50 2005 3920 1 3920_B_1 1 3920_G_1 3920_B_1 2005 3920 2 3920_B_2 2 3920_G_2 3920_B_2 2005 3935 1 3935_B_1 1 3935_G_1 3935_B_1 2005 3935 2 3935_B_2 2 3935_G_2 3935_B_2 2005 3935 3 3935_B_3 3 3935_G_3 3935_B_3 2005 3936 1 3936_B_1 1 3936_G_1 3936_B_1 2005 3936 2 3936_B_2 2 3936_G_2 3936_B_2 2005 3938 11 3938_B_11 1 3938_G_1 3938_B_11 2005 3938 21 3938_B_21 2 3938_G_2 3938_B_21 2005 3938 31 3938_B_31 3 3938_G_3 3938_B_31 2005 3938 41 3938_B_41 4 3938_G_4 3938_B_41 2005 3938 51 3938_B_51 5 3938_G_5 3938_B_51 2005 3942 1 3942_B_1 1 3942_G_1 3942_B_1

Gen_Boiler_Crosswalk_2005 375 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 3942 2 3942_B_2 2 3942_G_2 3942_B_2 2005 3942 3 3942_B_3 3 3942_G_3 3942_B_3 2005 3943 1 3943_B_1 1 3943_G_1 3943_B_1 2005 3943 2 3943_B_2 2 3943_G_2 3943_B_2 2005 3944 1 3944_B_1 1 3944_G_1 3944_B_1 2005 3944 2 3944_B_2 2 3944_G_2 3944_B_2 2005 3944 3 3944_B_3 3 3944_G_3 3944_B_3 2005 3945 7 3945_B_7 5 3945_G_5 3945_B_7 2005 3945 8 3945_B_8 6 3945_G_6 3945_B_8 2005 3946 1 3946_B_1 1 3946_G_1 3946_B_1 2005 3946 2 3946_B_2 2 3946_G_2 3946_B_2 2005 3947 1 3947_B_1 1 3947_G_1 3947_B_1 2005 3947 2 3947_B_2 2 3947_G_2 3947_B_2 2005 3947 3 3947_B_3 3 3947_G_3 3947_B_3 2005 3948 1 3948_B_1 1 3948_G_1 3948_B_1 2005 3948 2 3948_B_2 2 3948_G_2 3948_B_2 2005 3954 1 3954_B_1 1 3954_G_1 3954_B_1 2005 3954 2 3954_B_2 2 3954_G_2 3954_B_2 2005 3954 3 3954_B_3 3 3954_G_3 3954_B_3 2005 3982 1 3982_B_1 4 3982_G_4 3982_B_1 2005 3982 5 3982_B_5 4 3982_G_4 3982_B_5 2005 3982 2 3982_B_2 4 3982_G_4 3982_B_2 2005 3982 1 3982_B_1 5 3982_G_5 3982_B_1 2005 3982 5 3982_B_5 5 3982_G_5 3982_B_5 2005 3982 2 3982_B_2 5 3982_G_5 3982_B_2 2005 3982 1 3982_B_1 6 3982_G_6 3982_B_1 2005 3982 2 3982_B_2 6 3982_G_6 3982_B_2 2005 3982 5 3982_B_5 6 3982_G_6 3982_B_5 2005 3992 1 3992_B_1 1 3992_G_1 3992_B_1 2005 3992 2 3992_B_2 1 3992_G_1 3992_B_2 2005 3992 5 3992_B_5 3 3992_G_3 3992_B_5 2005 3992 3 3992_B_3 3 3992_G_3 3992_B_3 2005 3992 7 3992_B_7 3 3992_G_3 3992_B_7 2005 3992 11 3992_B_11 3 3992_G_3 3992_B_11 2005 3992 6 3992_B_6 3 3992_G_3 3992_B_6 2005 3992 5 3992_B_5 4 3992_G_4 3992_B_5 2005 3992 7 3992_B_7 4 3992_G_4 3992_B_7 2005 3992 3 3992_B_3 4 3992_G_4 3992_B_3 2005 3992 11 3992_B_11 4 3992_G_4 3992_B_11 2005 3992 6 3992_B_6 4 3992_G_4 3992_B_6 2005 3992 5 3992_B_5 5 3992_G_5 3992_B_5 2005 3992 7 3992_B_7 5 3992_G_5 3992_B_7 2005 3992 3 3992_B_3 5 3992_G_5 3992_B_3 2005 3992 11 3992_B_11 5 3992_G_5 3992_B_11

Gen_Boiler_Crosswalk_2005 376 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 3992 6 3992_B_6 5 3992_G_5 3992_B_6 2005 3992 8 3992_B_8 6 3992_G_6 3992_B_8 2005 3992 9 3992_B_9 7 3992_G_7 3992_B_9 2005 4005 1 4005_B_1 1 4005_G_1 4005_B_1 2005 4005 2 4005_B_2 1 4005_G_1 4005_B_2 2005 4005 1 4005_B_1 2 4005_G_2 4005_B_1 2005 4005 2 4005_B_2 2 4005_G_2 4005_B_2 2005 4040 BO11 4040_B_BO11 ST1 4040_G_ST1 4040_B_BO11 2005 4040 BO12 4040_B_BO12 ST1 4040_G_ST1 4040_B_BO12 2005 4040 BO21 4040_B_BO21 ST2 4040_G_ST2 4040_B_BO21 2005 4040 BO22 4040_B_BO22 ST2 4040_G_ST2 4040_B_BO22 2005 4041 5 4041_B_5 5 4041_G_5 4041_B_5 2005 4041 6 4041_B_6 6 4041_G_6 4041_B_6 2005 4041 7 4041_B_7 7 4041_G_7 4041_B_7 2005 4041 8 4041_B_8 8 4041_G_8 4041_B_8 2005 4042 2 4042_B_2 1 4042_G_1 4042_B_2 2005 4042 1 4042_B_1 1 4042_G_1 4042_B_1 2005 4042 4 4042_B_4 2 4042_G_2 4042_B_4 2005 4042 3 4042_B_3 2 4042_G_2 4042_B_3 2005 4048 3 4048_B_3 3 4048_G_3 4048_B_3 2005 4048 4 4048_B_4 3 4048_G_3 4048_B_4 2005 4048 3 4048_B_3 4 4048_G_4 4048_B_3 2005 4048 4 4048_B_4 4 4048_G_4 4048_B_4 2005 4050 3 4050_B_3 3 4050_G_3 4050_B_3 2005 4050 4 4050_B_4 4 4050_G_4 4050_B_4 2005 4050 5 4050_B_5 5 4050_G_5 4050_B_5 2005 4054 1 4054_B_1 1 4054_G_1 4054_B_1 2005 4054 2 4054_B_2 2 4054_G_2 4054_B_2 2005 4057 1 4057_B_1 1 4057_G_1 4057_B_1 2005 4057 2 4057_B_2 2 4057_G_2 4057_B_2 2005 4072 3 4072_B_3 3 4072_G_3 4072_B_3 2005 4072 4 4072_B_4 4 4072_G_4 4072_B_4 2005 4072 5 4072_B_5 5 4072_G_5 4072_B_5 2005 4072 6 4072_B_6 6 4072_G_6 4072_B_6 2005 4072 7 4072_B_7 7 4072_G_7 4072_B_7 2005 4072 8 4072_B_8 8 4072_G_8 4072_B_8 2005 4078 1 4078_B_1 1 4078_G_1 4078_B_1 2005 4078 2 4078_B_2 2 4078_G_2 4078_B_2 2005 4078 3 4078_B_3 3 4078_G_3 4078_B_3 2005 4078 4 4078_B_4 4 4078_G_4 4078_B_4 2005 4125 5 4125_B_5 4 4125_G_4 4125_B_5 2005 4125 8 4125_B_8 4 4125_G_4 4125_B_8 2005 4125 7 4125_B_7 4 4125_G_4 4125_B_7 2005 4125 6 4125_B_6 4 4125_G_4 4125_B_6

Gen_Boiler_Crosswalk_2005 377 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 4125 8 4125_B_8 5 4125_G_5 4125_B_8 2005 4125 7 4125_B_7 5 4125_G_5 4125_B_7 2005 4125 6 4125_B_6 5 4125_G_5 4125_B_6 2005 4125 6 4125_B_6 6 4125_G_6 4125_B_6 2005 4125 8 4125_B_8 6 4125_G_6 4125_B_8 2005 4125 7 4125_B_7 6 4125_G_6 4125_B_7 2005 4125 9 4125_B_9 9 4125_G_9 4125_B_9 2005 4127 B23 4127_B_B23 3 4127_G_3 4127_B_B23 2005 4127 B24 4127_B_B24 4 4127_G_4 4127_B_B24 2005 4140 B1 4140_B_B1 1 4140_G_1 4140_B_B1 2005 4140 B2 4140_B_B2 1 4140_G_1 4140_B_B2 2005 4140 B3 4140_B_B3 1 4140_G_1 4140_B_B3 2005 4140 B1 4140_B_B1 2 4140_G_2 4140_B_B1 2005 4140 B3 4140_B_B3 2 4140_G_2 4140_B_B3 2005 4140 B2 4140_B_B2 2 4140_G_2 4140_B_B2 2005 4140 B1 4140_B_B1 3 4140_G_3 4140_B_B1 2005 4140 B2 4140_B_B2 3 4140_G_3 4140_B_B2 2005 4140 B3 4140_B_B3 3 4140_G_3 4140_B_B3 2005 4140 B4 4140_B_B4 4 4140_G_4 4140_B_B4 2005 4140 B5 4140_B_B5 5 4140_G_5 4140_B_B5 2005 4143 1 4143_B_1 ST3 4143_G_ST3 4143_B_1 2005 4146 B1 4146_B_B1 1 4146_G_1 4146_B_B1 2005 4146 B2 4146_B_B2 1 4146_G_1 4146_B_B2 2005 4146 B1 4146_B_B1 2 4146_G_2 4146_B_B1 2005 4146 B2 4146_B_B2 2 4146_G_2 4146_B_B2 2005 4150 5 4150_B_5 5 4150_G_5 4150_B_5 2005 4151 1 4151_B_1 1 4151_G_1 4151_B_1 2005 4151 2 4151_B_2 2 4151_G_2 4151_B_2 2005 4151 3 4151_B_3 3 4151_G_3 4151_B_3 2005 4158 BW41 4158_B_BW41 1 4158_G_1 4158_B_BW41 2005 4158 BW42 4158_B_BW42 2 4158_G_2 4158_B_BW42 2005 4158 BW43 4158_B_BW43 3 4158_G_3 4158_B_BW43 2005 4158 BW44 4158_B_BW44 4 4158_G_4 4158_B_BW44 2005 4162 1 4162_B_1 1 4162_G_1 4162_B_1 2005 4162 2 4162_B_2 2 4162_G_2 4162_B_2 2005 4162 3 4162_B_3 3 4162_G_3 4162_B_3 2005 4195 1 4195_B_1 ST1 4195_G_ST1 4195_B_1 2005 4195 2 4195_B_2 ST2 4195_G_ST2 4195_B_2 2005 4195 3 4195_B_3 ST3 4195_G_ST3 4195_B_3 2005 4259 1 4259_B_1 1 4259_G_1 4259_B_1 2005 4266 1 4266_B_1 1 4266_G_1 4266_B_1 2005 4266 2 4266_B_2 2 4266_G_2 4266_B_2 2005 4266 3 4266_B_3 3 4266_G_3 4266_B_3 2005 4266 4 4266_B_4 4 4266_G_4 4266_B_4

Gen_Boiler_Crosswalk_2005 378 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 4266 5 4266_B_5 5 4266_G_5 4266_B_5 2005 4271 B1 4271_B_B1 1 4271_G_1 4271_B_B1 2005 4937 1 4937_B_1 1 4937_G_1 4937_B_1 2005 4938 1 4938_B_1 1 4938_G_1 4938_B_1 2005 4938 2 4938_B_2 2 4938_G_2 4938_B_2 2005 4939 1 4939_B_1 1 4939_G_1 4939_B_1 2005 4939 2 4939_B_2 2 4939_G_2 4939_B_2 2005 4940 1501 4940_B_1501 1 4940_G_1 4940_B_1501 2005 4940 1502 4940_B_1502 2 4940_G_2 4940_B_1502 2005 4941 1 4941_B_1 NAV1 4941_G_NAV1 4941_B_1 2005 4941 2 4941_B_2 NAV2 4941_G_NAV2 4941_B_2 2005 4941 3 4941_B_3 NAV3 4941_G_NAV3 4941_B_3 2005 6002 1 6002_B_1 1 6002_G_1 6002_B_1 2005 6002 2 6002_B_2 2 6002_G_2 6002_B_2 2005 6002 3 6002_B_3 3 6002_G_3 6002_B_3 2005 6002 4 6002_B_4 4 6002_G_4 6002_B_4 2005 6004 1 6004_B_1 1 6004_G_1 6004_B_1 2005 6004 2 6004_B_2 2 6004_G_2 6004_B_2 2005 6009 1 6009_B_1 1 6009_G_1 6009_B_1 2005 6009 2 6009_B_2 2 6009_G_2 6009_B_2 2005 6013 01 6013_B_01 O1 6013_G_O1 6013_B_01 2005 6013 02 6013_B_02 O2 6013_G_O2 6013_B_02 2005 6016 1 6016_B_1 1 6016_G_1 6016_B_1 2005 6017 1 6017_B_1 1 6017_G_1 6017_B_1 2005 6017 2 6017_B_2 2 6017_G_2 6017_B_2 2005 6018 2 6018_B_2 2 6018_G_2 6018_B_2 2005 6019 1 6019_B_1 ST1 6019_G_ST1 6019_B_1 2005 6021 C1 6021_B_C1 1 6021_G_1 6021_B_C1 2005 6021 C2 6021_B_C2 2 6021_G_2 6021_B_C2 2005 6021 C3 6021_B_C3 3 6021_G_3 6021_B_C3 2005 6025 1 6025_B_1 1 6025_G_1 6025_B_1 2005 6025 2 6025_B_2 2 6025_G_2 6025_B_2 2005 6025 3 6025_B_3 3 6025_G_3 6025_B_3 2005 6025 4 6025_B_4 4 6025_G_4 6025_B_4 2005 6025 5 6025_B_5 5 6025_G_5 6025_B_5 2005 6030 1 6030_B_1 1 6030_G_1 6030_B_1 2005 6030 2 6030_B_2 2 6030_G_2 6030_B_2 2005 6031 2 6031_B_2 2 6031_G_2 6031_B_2 2005 6034 1 6034_B_1 ST1 6034_G_ST1 6034_B_1 2005 6034 2 6034_B_2 ST2 6034_G_ST2 6034_B_2 2005 6035 1 6035_B_1 1 6035_G_1 6035_B_1 2005 6041 1 6041_B_1 1 6041_G_1 6041_B_1 2005 6041 2 6041_B_2 2 6041_G_2 6041_B_2 2005 6041 3 6041_B_3 3 6041_G_3 6041_B_3

Gen_Boiler_Crosswalk_2005 379 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 6041 4 6041_B_4 4 6041_G_4 6041_B_4 2005 6042 PMT1 6042_B_PMT1 1 6042_G_1 6042_B_PMT1 2005 6042 PMT2 6042_B_PMT2 2 6042_G_2 6042_B_PMT2 2005 6043 PMR1 6043_B_PMR1 1 6043_G_1 6043_B_PMR1 2005 6043 PMR2 6043_B_PMR2 2 6043_G_2 6043_B_PMR2 2005 6052 1 6052_B_1 1 6052_G_1 6052_B_1 2005 6052 2 6052_B_2 2 6052_G_2 6052_B_2 2005 6055 2B1 6055_B_2B1 1 6055_G_1 6055_B_2B1 2005 6055 2B2 6055_B_2B2 2 6055_G_2 6055_B_2B2 2005 6055 2B3 6055_B_2B3 3 6055_G_3 6055_B_2B3 2005 6056 K1 6056_B_K1 1 6056_G_1 6056_B_K1 2005 6056 K2 6056_B_K2 2 6056_G_2 6056_B_K2 2005 6056 K3 6056_B_K3 3 6056_G_3 6056_B_K3 2005 6056 K4 6056_B_K4 4 6056_G_4 6056_B_K4 2005 6061 1 6061_B_1 1 6061_G_1 6061_B_1 2005 6061 2 6061_B_2 2 6061_G_2 6061_B_2 2005 6064 N1 6064_B_N1 1 6064_G_1 6064_B_N1 2005 6065 1 6065_B_1 1 6065_G_1 6065_B_1 2005 6068 1 6068_B_1 1 6068_G_1 6068_B_1 2005 6068 2 6068_B_2 2 6068_G_2 6068_B_2 2005 6068 3 6068_B_3 3 6068_G_3 6068_B_3 2005 6071 1 6071_B_1 1 6071_G_1 6071_B_1 2005 6073 1 6073_B_1 1 6073_G_1 6073_B_1 2005 6073 2 6073_B_2 2 6073_G_2 6073_B_2 2005 6076 1 6076_B_1 1 6076_G_1 6076_B_1 2005 6076 2 6076_B_2 2 6076_G_2 6076_B_2 2005 6076 3 6076_B_3 3 6076_G_3 6076_B_3 2005 6076 4 6076_B_4 4 6076_G_4 6076_B_4 2005 6077 1 6077_B_1 1 6077_G_1 6077_B_1 2005 6077 2 6077_B_2 2 6077_G_2 6077_B_2 2005 6082 1 6082_B_1 1 6082_G_1 6082_B_1 2005 6085 14 6085_B_14 14 6085_G_14 6085_B_14 2005 6085 15 6085_B_15 15 6085_G_15 6085_B_15 2005 6085 17 6085_B_17 17 6085_G_17 6085_B_17 2005 6085 18 6085_B_18 18 6085_G_18 6085_B_18 2005 6089 B1 6089_B_B1 1 6089_G_1 6089_B_B1 2005 6090 1 6090_B_1 1 6090_G_1 6090_B_1 2005 6090 2 6090_B_2 2 6090_G_2 6090_B_2 2005 6090 3 6090_B_3 3 6090_G_3 6090_B_3 2005 6094 1 6094_B_1 1 6094_G_1 6094_B_1 2005 6094 2 6094_B_2 2 6094_G_2 6094_B_2 2005 6094 3 6094_B_3 3 6094_G_3 6094_B_3 2005 6095 1 6095_B_1 1 6095_G_1 6095_B_1 2005 6095 2 6095_B_2 2 6095_G_2 6095_B_2

Gen_Boiler_Crosswalk_2005 380 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 6096 1 6096_B_1 1 6096_G_1 6096_B_1 2005 6098 1 6098_B_1 1 6098_G_1 6098_B_1 2005 6101 BW91 6101_B_BW91 1 6101_G_1 6101_B_BW91 2005 6106 1SG 6106_B_1SG 1 6106_G_1 6106_B_1SG 2005 6112 3 6112_B_3 1 6112_G_1 6112_B_3 2005 6112 4 6112_B_4 1 6112_G_1 6112_B_4 2005 6112 2 6112_B_2 1 6112_G_1 6112_B_2 2005 6113 1 6113_B_1 1 6113_G_1 6113_B_1 2005 6113 2 6113_B_2 2 6113_G_2 6113_B_2 2005 6113 3 6113_B_3 3 6113_G_3 6113_B_3 2005 6113 4 6113_B_4 4 6113_G_4 6113_B_4 2005 6113 5 6113_B_5 5 6113_G_5 6113_B_5 2005 6124 1 6124_B_1 1 6124_G_1 6124_B_1 2005 6136 1 6136_B_1 1 6136_G_1 6136_B_1 2005 6137 1 6137_B_1 1 6137_G_1 6137_B_1 2005 6137 2 6137_B_2 2 6137_G_2 6137_B_2 2005 6138 1 6138_B_1 1 6138_G_1 6138_B_1 2005 6139 1 6139_B_1 1 6139_G_1 6139_B_1 2005 6139 2 6139_B_2 2 6139_G_2 6139_B_2 2005 6139 3 6139_B_3 3 6139_G_3 6139_B_3 2005 6146 1 6146_B_1 1 6146_G_1 6146_B_1 2005 6146 2 6146_B_2 2 6146_G_2 6146_B_2 2005 6146 3 6146_B_3 3 6146_G_3 6146_B_3 2005 6147 1 6147_B_1 1 6147_G_1 6147_B_1 2005 6147 2 6147_B_2 2 6147_G_2 6147_B_2 2005 6147 3 6147_B_3 3 6147_G_3 6147_B_3 2005 6155 1 6155_B_1 1 6155_G_1 6155_B_1 2005 6155 2 6155_B_2 2 6155_G_2 6155_B_2 2005 6156 NHB1 6156_B_NHB1 1 6156_G_1 6156_B_NHB1 2005 6165 1 6165_B_1 1 6165_G_1 6165_B_1 2005 6165 2 6165_B_2 2 6165_G_2 6165_B_2 2005 6165 3 6165_B_3 3 6165_G_3 6165_B_3 2005 6166 MB1 6166_B_MB1 1 6166_G_1 6166_B_MB1 2005 6166 MB2 6166_B_MB2 2 6166_G_2 6166_B_MB2 2005 6170 1 6170_B_1 1 6170_G_1 6170_B_1 2005 6170 2 6170_B_2 2 6170_G_2 6170_B_2 2005 6177 U1B 6177_B_U1B CO1 6177_G_CO1 6177_B_U1B 2005 6177 U2B 6177_B_U2B CO2 6177_G_CO2 6177_B_U2B 2005 6178 1 6178_B_1 1 6178_G_1 6178_B_1 2005 6179 1 6179_B_1 1 6179_G_1 6179_B_1 2005 6179 2 6179_B_2 2 6179_G_2 6179_B_2 2005 6179 3 6179_B_3 3 6179_G_3 6179_B_3 2005 6181 1 6181_B_1 1 6181_G_1 6181_B_1 2005 6181 2 6181_B_2 2 6181_G_2 6181_B_2

Gen_Boiler_Crosswalk_2005 381 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 6183 SM-1 6183_B_SM-1 1 6183_G_1 6183_B_SM-1 2005 6190 1 6190_B_1 1 6190_G_1 6190_B_1 2005 6190 2 6190_B_2 2 6190_G_2 6190_B_2 2005 6190 3 6190_B_3 3 6190_G_3 6190_B_3 2005 6193 061B 6193_B_061B 1 6193_G_1 6193_B_061B 2005 6193 062B 6193_B_062B 2 6193_G_2 6193_B_062B 2005 6193 063B 6193_B_063B 3 6193_G_3 6193_B_063B 2005 6194 171B 6194_B_171B 1 6194_G_1 6194_B_171B 2005 6194 172B 6194_B_172B 2 6194_G_2 6194_B_172B 2005 6195 1 6195_B_1 ST1 6195_G_ST1 6195_B_1 2005 6204 1 6204_B_1 1 6204_G_1 6204_B_1 2005 6204 2 6204_B_2 2 6204_G_2 6204_B_2 2005 6204 3 6204_B_3 3 6204_G_3 6204_B_3 2005 6213 1SG1 6213_B_1SG1 1 6213_G_1 6213_B_1SG1 2005 6213 2SG1 6213_B_2SG1 2 6213_G_2 6213_B_2SG1 2005 6225 1 6225_B_1 1 6225_G_1 6225_B_1 2005 6238 1A 6238_B_1A 1 6238_G_1 6238_B_1A 2005 6243 1 6243_B_1 1 6243_G_1 6243_B_1 2005 6246 HRSG11 6246_B_HRSG11 1ST 6246_G_1ST 6246_B_HRSG11 2005 6246 HRSG12 6246_B_HRSG12 1ST 6246_G_1ST 6246_B_HRSG12 2005 6246 HRSG21 6246_B_HRSG21 2ST 6246_G_2ST 6246_B_HRSG21 2005 6246 HRSG22 6246_B_HRSG22 2ST 6246_G_2ST 6246_B_HRSG22 2005 6248 1 6248_B_1 1 6248_G_1 6248_B_1 2005 6249 1 6249_B_1 1 6249_G_1 6249_B_1 2005 6249 2 6249_B_2 2 6249_G_2 6249_B_2 2005 6249 3 6249_B_3 3 6249_G_3 6249_B_3 2005 6249 4 6249_B_4 4 6249_G_4 6249_B_4 2005 6250 1A 6250_B_1A 1 6250_G_1 6250_B_1A 2005 6250 1B 6250_B_1B 1 6250_G_1 6250_B_1B 2005 6254 1 6254_B_1 1 6254_G_1 6254_B_1 2005 6257 1 6257_B_1 1 6257_G_1 6257_B_1 2005 6257 2 6257_B_2 2 6257_G_2 6257_B_2 2005 6257 3 6257_B_3 3 6257_G_3 6257_B_3 2005 6257 4 6257_B_4 4 6257_G_4 6257_B_4 2005 6264 1 6264_B_1 1 6264_G_1 6264_B_1 2005 6288 1 6288_B_1 1 6288_G_1 6288_B_1 2005 6469 B1 6469_B_B1 1 6469_G_1 6469_B_B1 2005 6469 B2 6469_B_B2 2 6469_G_2 6469_B_B2 2005 6474 1 6474_B_1 ST1 6474_G_ST1 6474_B_1 2005 6478 3 6478_B_3 3 6478_G_3 6478_B_3 2005 6478 4 6478_B_4 4 6478_G_4 6478_B_4 2005 6481 1SGA 6481_B_1SGA 1 6481_G_1 6481_B_1SGA 2005 6481 2SGA 6481_B_2SGA 2 6481_G_2 6481_B_2SGA 2005 6558 3 6558_B_3 3 6558_G_3 6558_B_3

Gen_Boiler_Crosswalk_2005 382 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 6558 4 6558_B_4 4 6558_G_4 6558_B_4 2005 6639 G1 6639_B_G1 1 6639_G_1 6639_B_G1 2005 6639 G2 6639_B_G2 2 6639_G_2 6639_B_G2 2005 6641 1 6641_B_1 1 6641_G_1 6641_B_1 2005 6641 2 6641_B_2 2 6641_G_2 6641_B_2 2005 6648 4 6648_B_4 4 6648_G_4 6648_B_4 2005 6664 101 6664_B_101 1 6664_G_1 6664_B_101 2005 6705 1 6705_B_1 1 6705_G_1 6705_B_1 2005 6705 2 6705_B_2 2 6705_G_2 6705_B_2 2005 6705 3 6705_B_3 3 6705_G_3 6705_B_3 2005 6705 4 6705_B_4 4 6705_G_4 6705_B_4 2005 6761 101 6761_B_101 1 6761_G_1 6761_B_101 2005 6768 1 6768_B_1 1 6768_G_1 6768_B_1 2005 6772 1 6772_B_1 1 6772_G_1 6772_B_1 2005 6823 W1 6823_B_W1 1 6823_G_1 6823_B_W1 2005 7013 4 7013_B_4 4 7013_G_4 7013_B_4 2005 7030 U1 7030_B_U1 1 7030_G_1 7030_B_U1 2005 7030 U2 7030_B_U2 2 7030_G_2 7030_B_U2 2005 7097 BLR1 7097_B_BLR1 1 7097_G_1 7097_B_BLR1 2005 7130 1 7130_B_1 1 7130_G_1 7130_B_1 2005 7210 COP1 7210_B_COP1 ST1 7210_G_ST1 7210_B_COP1 2005 7213 1 7213_B_1 1 7213_G_1 7213_B_1 2005 7213 2 7213_B_2 2 7213_G_2 7213_B_2 2005 7286 2 7286_B_2 1 7286_G_1 7286_B_2 2005 7286 1 7286_B_1 1 7286_G_1 7286_B_1 2005 7286 2 7286_B_2 2 7286_G_2 7286_B_2 2005 7286 1 7286_B_1 2 7286_G_2 7286_B_1 2005 7286 4 7286_B_4 3 7286_G_3 7286_B_4 2005 7286 3 7286_B_3 3 7286_G_3 7286_B_3 2005 7286 4 7286_B_4 4 7286_G_4 7286_B_4 2005 7286 3 7286_B_3 4 7286_G_4 7286_B_3 2005 7296 HRSG22 7296_B_HRSG22 2-3 7296_G_2-3 7296_B_HRSG22 2005 7296 HRSG21 7296_B_HRSG21 2-3 7296_G_2-3 7296_B_HRSG21 2005 7307 4A 7307_B_4A 4 7307_G_4 7307_B_4A 2005 7307 4B 7307_B_4B 4 7307_G_4 7307_B_4B 2005 7343 4 7343_B_4 4 7343_G_4 7343_B_4 2005 7350 SG01 7350_B_SG01 2 7350_G_2 7350_B_SG01 2005 7384 1 7384_B_1 1 7384_G_1 7384_B_1 2005 7384 3 7384_B_3 1 7384_G_1 7384_B_3 2005 7384 2 7384_B_2 1 7384_G_1 7384_B_2 2005 7504 2 7504_B_2 2 7504_G_2 7504_B_2 2005 7512 2 7512_B_2 3 7512_G_3 7512_B_2 2005 7512 1 7512_B_1 3 7512_G_3 7512_B_1 2005 7513 BOIL1 7513_B_BOIL1 GEN1 7513_G_GEN1 7513_B_BOIL1

Gen_Boiler_Crosswalk_2005 383 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 7537 A 7537_B_A 1 7537_G_1 7537_B_A 2005 7549 1 7549_B_1 1 7549_G_1 7549_B_1 2005 7549 2 7549_B_2 1 7549_G_1 7549_B_2 2005 7549 3 7549_B_3 1 7549_G_1 7549_B_3 2005 7627 14 7627_B_14 1 7627_G_1 7627_B_14 2005 7652 D-4 7652_B_D-4 HP-1 7652_G_HP-1 7652_B_D-4 2005 7652 D-2 7652_B_D-2 HP-1 7652_G_HP-1 7652_B_D-2 2005 7652 D-1 7652_B_D-1 HP-1 7652_G_HP-1 7652_B_D-1 2005 7652 D-3 7652_B_D-3 HP-1 7652_G_HP-1 7652_B_D-3 2005 7652 D-4 7652_B_D-4 HP-2 7652_G_HP-2 7652_B_D-4 2005 7652 D-2 7652_B_D-2 HP-2 7652_G_HP-2 7652_B_D-2 2005 7652 D-1 7652_B_D-1 HP-2 7652_G_HP-2 7652_B_D-1 2005 7652 D-3 7652_B_D-3 HP-2 7652_G_HP-2 7652_B_D-3 2005 7652 D-4 7652_B_D-4 HP-3 7652_G_HP-3 7652_B_D-4 2005 7652 D-1 7652_B_D-1 HP-3 7652_G_HP-3 7652_B_D-1 2005 7652 D-2 7652_B_D-2 HP-3 7652_G_HP-3 7652_B_D-2 2005 7652 D-3 7652_B_D-3 HP-3 7652_G_HP-3 7652_B_D-3 2005 7652 D-4 7652_B_D-4 LP-1 7652_G_LP-1 7652_B_D-4 2005 7652 D-3 7652_B_D-3 LP-1 7652_G_LP-1 7652_B_D-3 2005 7652 D-2 7652_B_D-2 LP-1 7652_G_LP-1 7652_B_D-2 2005 7652 D-1 7652_B_D-1 LP-1 7652_G_LP-1 7652_B_D-1 2005 7652 D-4 7652_B_D-4 LP-2 7652_G_LP-2 7652_B_D-4 2005 7652 D-3 7652_B_D-3 LP-2 7652_G_LP-2 7652_B_D-3 2005 7652 D-1 7652_B_D-1 LP-2 7652_G_LP-2 7652_B_D-1 2005 7652 D-2 7652_B_D-2 LP-2 7652_G_LP-2 7652_B_D-2 2005 7652 D-4 7652_B_D-4 LP-3 7652_G_LP-3 7652_B_D-4 2005 7652 D-1 7652_B_D-1 LP-3 7652_G_LP-3 7652_B_D-1 2005 7652 D-2 7652_B_D-2 LP-3 7652_G_LP-3 7652_B_D-2 2005 7652 D-3 7652_B_D-3 LP-3 7652_G_LP-3 7652_B_D-3 2005 7652 D-4 7652_B_D-4 LP-4 7652_G_LP-4 7652_B_D-4 2005 7652 D-1 7652_B_D-1 LP-4 7652_G_LP-4 7652_B_D-1 2005 7652 D-2 7652_B_D-2 LP-4 7652_G_LP-4 7652_B_D-2 2005 7652 D-3 7652_B_D-3 LP-4 7652_G_LP-4 7652_B_D-3 2005 7697 1 7697_B_1 2 7697_G_2 7697_B_1 2005 7701 3 7701_B_3 A 7701_G_A 7701_B_3 2005 7701 4 7701_B_4 A 7701_G_A 7701_B_4 2005 7701 5 7701_B_5 A 7701_G_A 7701_B_5 2005 7701 3 7701_B_3 B 7701_G_B 7701_B_3 2005 7701 4 7701_B_4 B 7701_G_B 7701_B_4 2005 7701 5 7701_B_5 B 7701_G_B 7701_B_5 2005 7704 3 7704_B_3 A 7704_G_A 7704_B_3 2005 7704 5 7704_B_5 A 7704_G_A 7704_B_5 2005 7704 4 7704_B_4 A 7704_G_A 7704_B_4 2005 7704 3 7704_B_3 B 7704_G_B 7704_B_3

Gen_Boiler_Crosswalk_2005 384 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 7704 5 7704_B_5 B 7704_G_B 7704_B_5 2005 7704 4 7704_B_4 B 7704_G_B 7704_B_4 2005 7710 1A 7710_B_1A ST1 7710_G_ST1 7710_B_1A 2005 7710 1B 7710_B_1B ST1 7710_G_ST1 7710_B_1B 2005 7710 2A 7710_B_2A ST2 7710_G_ST2 7710_B_2A 2005 7710 2B 7710_B_2B ST2 7710_G_ST2 7710_B_2B 2005 7721 HRSG 7721_B_HRSG 2 7721_G_2 7721_B_HRSG 2005 7737 B001 7737_B_B001 1 7737_G_1 7737_B_B001 2005 7785 2 7785_B_2 2 7785_G_2 7785_B_2 2005 7790 1-1 7790_B_1-1 1 7790_G_1 7790_B_1-1 2005 7846 HRSG2 7846_B_HRSG2 004 7846_G_004 7846_B_HRSG2 2005 7846 HRSG3 7846_B_HRSG3 004 7846_G_004 7846_B_HRSG3 2005 7897 1A 7897_B_1A ST1 7897_G_ST1 7897_B_1A 2005 7897 1B 7897_B_1B ST1 7897_G_ST1 7897_B_1B 2005 7897 2A 7897_B_2A ST2 7897_G_ST2 7897_B_2A 2005 7897 2B 7897_B_2B ST2 7897_G_ST2 7897_B_2B 2005 7900 5A 7900_B_5A 5C 7900_G_5C 7900_B_5A 2005 7902 1 7902_B_1 1 7902_G_1 7902_B_1 2005 7931 SG02 7931_B_SG02 2 7931_G_2 7931_B_SG02 2005 7991 HRSG1 7991_B_HRSG1 STG1 7991_G_STG1 7991_B_HRSG1 2005 7991 HRSG2 7991_B_HRSG2 STG1 7991_G_STG1 7991_B_HRSG2 2005 8000 SG1 8000_B_SG1 ST1 8000_G_ST1 8000_B_SG1 2005 8000 SG2 8000_B_SG2 ST1 8000_G_ST1 8000_B_SG2 2005 8002 1 8002_B_1 1 8002_G_1 8002_B_1 2005 8003 1 8003_B_1 1 8003_G_1 8003_B_1 2005 8006 1 8006_B_1 1 8006_G_1 8006_B_1 2005 8006 2 8006_B_2 2 8006_G_2 8006_B_2 2005 8023 1 8023_B_1 1 8023_G_1 8023_B_1 2005 8023 2 8023_B_2 2 8023_G_2 8023_B_2 2005 8031 2 8031_B_2 ST1 8031_G_ST1 8031_B_2 2005 8031 1 8031_B_1 ST1 8031_G_ST1 8031_B_1 2005 8042 1 8042_B_1 1 8042_G_1 8042_B_1 2005 8042 2 8042_B_2 2 8042_G_2 8042_B_2 2005 8048 1 8048_B_1 1 8048_G_1 8048_B_1 2005 8048 2 8048_B_2 2 8048_G_2 8048_B_2 2005 8054 1 8054_B_1 1 8054_G_1 8054_B_1 2005 8056 1 8056_B_1 1 8056_G_1 8056_B_1 2005 8056 2 8056_B_2 2 8056_G_2 8056_B_2 2005 8059 7252 8059_B_7252 1S 8059_G_1S 8059_B_7252 2005 8059 7251 8059_B_7251 1S 8059_G_1S 8059_B_7251 2005 8063 1 8063_B_1 1 8063_G_1 8063_B_1 2005 8066 BW71 8066_B_BW71 1 8066_G_1 8066_B_BW71 2005 8066 BW72 8066_B_BW72 2 8066_G_2 8066_B_BW72 2005 8066 BW73 8066_B_BW73 3 8066_G_3 8066_B_BW73

Gen_Boiler_Crosswalk_2005 385 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 8066 BW74 8066_B_BW74 4 8066_G_4 8066_B_BW74 2005 8068 5B 8068_B_5B ST5S 8068_G_ST5S 8068_B_5B 2005 8068 5A 8068_B_5A ST5S 8068_G_ST5S 8068_B_5A 2005 8068 6A 8068_B_6A ST6S 8068_G_ST6S 8068_B_6A 2005 8069 1 8069_B_1 1 8069_G_1 8069_B_1 2005 8069 2 8069_B_2 2 8069_G_2 8069_B_2 2005 8102 1 8102_B_1 1 8102_G_1 8102_B_1 2005 8102 2 8102_B_2 2 8102_G_2 8102_B_2 2005 8219 1 8219_B_1 1 8219_G_1 8219_B_1 2005 8222 B1 8222_B_B1 1 8222_G_1 8222_B_B1 2005 8223 1 8223_B_1 1 8223_G_1 8223_B_1 2005 8223 2 8223_B_2 2 8223_G_2 8223_B_2 2005 8224 1 8224_B_1 1 8224_G_1 8224_B_1 2005 8224 2 8224_B_2 2 8224_G_2 8224_B_2 2005 8226 1 8226_B_1 1 8226_G_1 8226_B_1 2005 8906 20 8906_B_20 2 8906_G_2 8906_B_20 2005 8906 30 8906_B_30 3 8906_G_3 8906_B_30 2005 8906 40 8906_B_40 4 8906_G_4 8906_B_40 2005 8906 50 8906_B_50 ST5 8906_G_ST5 8906_B_50 2005 9864 6 9864_B_6 6 9864_G_6 9864_B_6 2005 9864 8 9864_B_8 6 9864_G_6 9864_B_8 2005 9864 5 9864_B_5 6 9864_G_6 9864_B_5 2005 9864 7 9864_B_7 6 9864_G_6 9864_B_7 2005 9864 6 9864_B_6 8 9864_G_8 9864_B_6 2005 9864 8 9864_B_8 8 9864_G_8 9864_B_8 2005 9864 5 9864_B_5 8 9864_G_8 9864_B_5 2005 9864 7 9864_B_7 8 9864_G_8 9864_B_7 2005 9864 6 9864_B_6 9 9864_G_9 9864_B_6 2005 9864 8 9864_B_8 9 9864_G_9 9864_B_8 2005 9864 7 9864_B_7 9 9864_G_9 9864_B_7 2005 9864 5 9864_B_5 9 9864_G_9 9864_B_5 2005 10002 CFB 10002_B_CFB GEN1 10002_G_GEN1 10002_B_CFB 2005 10003 BLR4 10003_B_BLR4 GEN1 10003_G_GEN1 10003_B_BLR4 2005 10003 BLR3 10003_B_BLR3 GEN1 10003_G_GEN1 10003_B_BLR3 2005 10003 BLR2 10003_B_BLR2 GEN1 10003_G_GEN1 10003_B_BLR2 2005 10003 BLR5 10003_B_BLR5 GEN1 10003_G_GEN1 10003_B_BLR5 2005 10003 BLR1 10003_B_BLR1 GEN1 10003_G_GEN1 10003_B_BLR1 2005 10003 BLR4 10003_B_BLR4 GEN2 10003_G_GEN2 10003_B_BLR4 2005 10003 BLR3 10003_B_BLR3 GEN2 10003_G_GEN2 10003_B_BLR3 2005 10003 BLR5 10003_B_BLR5 GEN2 10003_G_GEN2 10003_B_BLR5 2005 10003 BLR2 10003_B_BLR2 GEN2 10003_G_GEN2 10003_B_BLR2 2005 10003 BLR1 10003_B_BLR1 GEN2 10003_G_GEN2 10003_B_BLR1 2005 10003 BLR4 10003_B_BLR4 GEN3 10003_G_GEN3 10003_B_BLR4 2005 10003 BLR5 10003_B_BLR5 GEN3 10003_G_GEN3 10003_B_BLR5

Gen_Boiler_Crosswalk_2005 386 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10003 BLR2 10003_B_BLR2 GEN3 10003_G_GEN3 10003_B_BLR2 2005 10003 BLR3 10003_B_BLR3 GEN3 10003_G_GEN3 10003_B_BLR3 2005 10003 BLR1 10003_B_BLR1 GEN3 10003_G_GEN3 10003_B_BLR1 2005 10003 BLR3 10003_B_BLR3 VBPT 10003_G_VBPT 10003_B_BLR3 2005 10003 BLR5 10003_B_BLR5 VBPT 10003_G_VBPT 10003_B_BLR5 2005 10003 BLR4 10003_B_BLR4 VBPT 10003_G_VBPT 10003_B_BLR4 2005 10003 BLR2 10003_B_BLR2 VBPT 10003_G_VBPT 10003_B_BLR2 2005 10003 BLR1 10003_B_BLR1 VBPT 10003_G_VBPT 10003_B_BLR1 2005 10012 1 10012_B_1 1 10012_G_1 10012_B_1 2005 10012 2 10012_B_2 1 10012_G_1 10012_B_2 2005 10013 1 10013_B_1 GEN1 10013_G_GEN1 10013_B_1 2005 10013 2 10013_B_2 GEN1 10013_G_GEN1 10013_B_2 2005 10017 RF04 10017_B_RF04 GEN8 10017_G_GEN8 10017_B_RF04 2005 10017 PB06 10017_B_PB06 GEN8 10017_G_GEN8 10017_B_PB06 2005 10017 PB10 10017_B_PB10 GEN8 10017_G_GEN8 10017_B_PB10 2005 10017 RF05 10017_B_RF05 GEN8 10017_G_GEN8 10017_B_RF05 2005 10017 PB08 10017_B_PB08 GEN8 10017_G_GEN8 10017_B_PB08 2005 10017 RF04 10017_B_RF04 GEN9 10017_G_GEN9 10017_B_RF04 2005 10017 RF05 10017_B_RF05 GEN9 10017_G_GEN9 10017_B_RF05 2005 10017 PB10 10017_B_PB10 GEN9 10017_G_GEN9 10017_B_PB10 2005 10017 PB08 10017_B_PB08 GEN9 10017_G_GEN9 10017_B_PB08 2005 10017 RF04 10017_B_RF04 GN10 10017_G_GN10 10017_B_RF04 2005 10017 PB10 10017_B_PB10 GN10 10017_G_GN10 10017_B_PB10 2005 10017 RF05 10017_B_RF05 GN10 10017_G_GN10 10017_B_RF05 2005 10017 PB08 10017_B_PB08 GN10 10017_G_GN10 10017_B_PB08 2005 10017 RF04 10017_B_RF04 GN11 10017_G_GN11 10017_B_RF04 2005 10017 PB10 10017_B_PB10 GN11 10017_G_GN11 10017_B_PB10 2005 10017 RF05 10017_B_RF05 GN11 10017_G_GN11 10017_B_RF05 2005 10017 RF04 10017_B_RF04 GN12 10017_G_GN12 10017_B_RF04 2005 10017 RF05 10017_B_RF05 GN12 10017_G_GN12 10017_B_RF05 2005 10017 PB10 10017_B_PB10 GN12 10017_G_GN12 10017_B_PB10 2005 10025 13 10025_B_13 11TG 10025_G_11TG 10025_B_13 2005 10025 14 10025_B_14 11TG 10025_G_11TG 10025_B_14 2005 10025 13 10025_B_13 13TG 10025_G_13TG 10025_B_13 2005 10025 14 10025_B_14 13TG 10025_G_13TG 10025_B_14 2005 10025 13 10025_B_13 14TG 10025_G_14TG 10025_B_13 2005 10025 14 10025_B_14 14TG 10025_G_14TG 10025_B_14 2005 10025 15 10025_B_15 15TG 10025_G_15TG 10025_B_15 2005 10025 15 10025_B_15 16TG 10025_G_16TG 10025_B_15 2005 10025 PB1 10025_B_PB1 17TG 10025_G_17TG 10025_B_PB1 2005 10025 PB2 10025_B_PB2 17TG 10025_G_17TG 10025_B_PB2 2005 10025 PB3 10025_B_PB3 17TG 10025_G_17TG 10025_B_PB3 2005 10025 PB4 10025_B_PB4 17TG 10025_G_17TG 10025_B_PB4 2005 10025 43 10025_B_43 22TG 10025_G_22TG 10025_B_43

Gen_Boiler_Crosswalk_2005 387 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10025 42 10025_B_42 22TG 10025_G_22TG 10025_B_42 2005 10025 41 10025_B_41 22TG 10025_G_22TG 10025_B_41 2005 10025 44 10025_B_44 22TG 10025_G_22TG 10025_B_44 2005 10025 42 10025_B_42 41TG 10025_G_41TG 10025_B_42 2005 10025 43 10025_B_43 41TG 10025_G_41TG 10025_B_43 2005 10025 44 10025_B_44 41TG 10025_G_41TG 10025_B_44 2005 10025 41 10025_B_41 41TG 10025_G_41TG 10025_B_41 2005 10025 42 10025_B_42 42TG 10025_G_42TG 10025_B_42 2005 10025 44 10025_B_44 42TG 10025_G_42TG 10025_B_44 2005 10025 43 10025_B_43 42TG 10025_G_42TG 10025_B_43 2005 10025 41 10025_B_41 42TG 10025_G_42TG 10025_B_41 2005 10025 42 10025_B_42 43TG 10025_G_43TG 10025_B_42 2005 10025 44 10025_B_44 43TG 10025_G_43TG 10025_B_44 2005 10025 43 10025_B_43 43TG 10025_G_43TG 10025_B_43 2005 10025 41 10025_B_41 43TG 10025_G_43TG 10025_B_41 2005 10025 42 10025_B_42 44TG 10025_G_44TG 10025_B_42 2005 10025 41 10025_B_41 44TG 10025_G_44TG 10025_B_41 2005 10025 43 10025_B_43 44TG 10025_G_44TG 10025_B_43 2005 10025 44 10025_B_44 44TG 10025_G_44TG 10025_B_44 2005 10029 1 10029_B_1 GEN5 10029_G_GEN5 10029_B_1 2005 10029 5 10029_B_5 GEN5 10029_G_GEN5 10029_B_5 2005 10029 2 10029_B_2 GEN5 10029_G_GEN5 10029_B_2 2005 10029 3 10029_B_3 GEN5 10029_G_GEN5 10029_B_3 2005 10029 1 10029_B_1 GEN6 10029_G_GEN6 10029_B_1 2005 10029 3 10029_B_3 GEN6 10029_G_GEN6 10029_B_3 2005 10029 2 10029_B_2 GEN6 10029_G_GEN6 10029_B_2 2005 10029 5 10029_B_5 GEN6 10029_G_GEN6 10029_B_5 2005 10029 3 10029_B_3 GEN7 10029_G_GEN7 10029_B_3 2005 10029 2 10029_B_2 GEN7 10029_G_GEN7 10029_B_2 2005 10029 5 10029_B_5 GEN7 10029_G_GEN7 10029_B_5 2005 10029 1 10029_B_1 GEN7 10029_G_GEN7 10029_B_1 2005 10030 COGEN1 10030_B_COGEN1 COG1 10030_G_COG1 10030_B_COGEN1 2005 10033 13 10033_B_13 GEN1 10033_G_GEN1 10033_B_13 2005 10033 11 10033_B_11 GEN1 10033_G_GEN1 10033_B_11 2005 10033 12 10033_B_12 GEN1 10033_G_GEN1 10033_B_12 2005 10039 7 10039_B_7 GEN2 10039_G_GEN2 10039_B_7 2005 10039 8 10039_B_8 GEN4 10039_G_GEN4 10039_B_8 2005 10039 10 10039_B_10 GEN5 10039_G_GEN5 10039_B_10 2005 10039 9 10039_B_9 GEN6 10039_G_GEN6 10039_B_9 2005 10043 B01 10043_B_B01 GEN1 10043_G_GEN1 10043_B_B01 2005 10052 BLR1 10052_B_BLR1 GEN1 10052_G_GEN1 10052_B_BLR1 2005 10062 BLR4 10062_B_BLR4 GEN1 10062_G_GEN1 10062_B_BLR4 2005 10062 BLR1 10062_B_BLR1 GEN1 10062_G_GEN1 10062_B_BLR1 2005 10062 BLR3 10062_B_BLR3 GEN1 10062_G_GEN1 10062_B_BLR3

Gen_Boiler_Crosswalk_2005 388 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10062 BLR2 10062_B_BLR2 GEN1 10062_G_GEN1 10062_B_BLR2 2005 10062 BLR4 10062_B_BLR4 GEN2 10062_G_GEN2 10062_B_BLR4 2005 10062 BLR3 10062_B_BLR3 GEN2 10062_G_GEN2 10062_B_BLR3 2005 10062 BLR1 10062_B_BLR1 GEN2 10062_G_GEN2 10062_B_BLR1 2005 10062 BLR2 10062_B_BLR2 GEN2 10062_G_GEN2 10062_B_BLR2 2005 10071 1C 10071_B_1C GEN1 10071_G_GEN1 10071_B_1C 2005 10071 1B 10071_B_1B GEN1 10071_G_GEN1 10071_B_1B 2005 10071 1A 10071_B_1A GEN1 10071_G_GEN1 10071_B_1A 2005 10071 2C 10071_B_2C GEN2 10071_G_GEN2 10071_B_2C 2005 10071 2A 10071_B_2A GEN2 10071_G_GEN2 10071_B_2A 2005 10071 2B 10071_B_2B GEN2 10071_G_GEN2 10071_B_2B 2005 10072 WHBOIL 10072_B_WHBOIL GEN1 10072_G_GEN1 10072_B_WHBOIL 2005 10074 RECBOI 10074_B_RECBOI GEN1 10074_G_GEN1 10074_B_RECBOI 2005 10075 1 10075_B_1 GEN1 10075_G_GEN1 10075_B_1 2005 10075 2 10075_B_2 GEN2 10075_G_GEN2 10075_B_2 2005 10075 3 10075_B_3 GEN3 10075_G_GEN3 10075_B_3 2005 10090 SMBO01 10090_B_SMBO01 GEN1 10090_G_GEN1 10090_B_SMBO01 2005 10111 9BLR 10111_B_9BLR GEN1 10111_G_GEN1 10111_B_9BLR 2005 10113 CFB1 10113_B_CFB1 GEN1 10113_G_GEN1 10113_B_CFB1 2005 10113 CFB2 10113_B_CFB2 GEN1 10113_G_GEN1 10113_B_CFB2 2005 10114 B103 10114_B_B103 T-1 10114_G_T-1 10114_B_B103 2005 10114 B103 10114_B_B103 T-2 10114_G_T-2 10114_B_B103 2005 10114 B102 10114_B_B102 T-2 10114_G_T-2 10114_B_B102 2005 10114 B101 10114_B_B101 T-2 10114_G_T-2 10114_B_B101 2005 10114 B102 10114_B_B102 T-3 10114_G_T-3 10114_B_B102 2005 10114 B101 10114_B_B101 T-3 10114_G_T-3 10114_B_B101 2005 10114 B102 10114_B_B102 T-4 10114_G_T-4 10114_B_B102 2005 10114 B101 10114_B_B101 T-4 10114_G_T-4 10114_B_B101 2005 10118 3 10118_B_3 GEN3 10118_G_GEN3 10118_B_3 2005 10118 1 10118_B_1 GEN3 10118_G_GEN3 10118_B_1 2005 10118 2 10118_B_2 GEN3 10118_G_GEN3 10118_B_2 2005 10143 ABB01 10143_B_ABB01 COLV 10143_G_COLV 10143_B_ABB01 2005 10144 BLR1 10144_B_BLR1 GEN2 10144_G_GEN2 10144_B_BLR1 2005 10144 BLR2 10144_B_BLR2 GEN2 10144_G_GEN2 10144_B_BLR2 2005 10144 BLR2 10144_B_BLR2 GEN3 10144_G_GEN3 10144_B_BLR2 2005 10144 BLR1 10144_B_BLR1 GEN3 10144_G_GEN3 10144_B_BLR1 2005 10148 BLR 1 10148_B_BLR 1 GEN1 10148_G_GEN1 10148_B_BLR 1 2005 10148 BLR 2 10148_B_BLR 2 GEN2 10148_G_GEN2 10148_B_BLR 2 2005 10148 BLR 1 10148_B_BLR 1 GEN3 10148_G_GEN3 10148_B_BLR 1 2005 10148 BLR 2 10148_B_BLR 2 GEN3 10148_G_GEN3 10148_B_BLR 2 2005 10151 BLR1A 10151_B_BLR1A GEN1 10151_G_GEN1 10151_B_BLR1A 2005 10151 BLR1B 10151_B_BLR1B GEN1 10151_G_GEN1 10151_B_BLR1B 2005 10165 1 10165_B_1 GEN1 10165_G_GEN1 10165_B_1 2005 10165 3 10165_B_3 GEN1 10165_G_GEN1 10165_B_3

Gen_Boiler_Crosswalk_2005 389 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10165 2 10165_B_2 GEN1 10165_G_GEN1 10165_B_2 2005 10165 1 10165_B_1 GEN2 10165_G_GEN2 10165_B_1 2005 10165 2 10165_B_2 GEN2 10165_G_GEN2 10165_B_2 2005 10165 3 10165_B_3 GEN2 10165_G_GEN2 10165_B_3 2005 10187 COBOIL 10187_B_COBOIL GEN1 10187_G_GEN1 10187_B_COBOIL 2005 10190 HRSG-1 10190_B_HRSG-1 GEN2 10190_G_GEN2 10190_B_HRSG-1 2005 10202 5PWR 10202_B_5PWR GEN4 10202_G_GEN4 10202_B_5PWR 2005 10202 7PWR 10202_B_7PWR GEN4 10202_G_GEN4 10202_B_7PWR 2005 10202 4REC 10202_B_4REC GEN4 10202_G_GEN4 10202_B_4REC 2005 10202 5REC 10202_B_5REC GEN4 10202_G_GEN4 10202_B_5REC 2005 10202 5PWR 10202_B_5PWR GEN5 10202_G_GEN5 10202_B_5PWR 2005 10202 5REC 10202_B_5REC GEN5 10202_G_GEN5 10202_B_5REC 2005 10202 7PWR 10202_B_7PWR GEN5 10202_G_GEN5 10202_B_7PWR 2005 10202 4REC 10202_B_4REC GEN5 10202_G_GEN5 10202_B_4REC 2005 10202 5PWR 10202_B_5PWR GEN6 10202_G_GEN6 10202_B_5PWR 2005 10202 5REC 10202_B_5REC GEN6 10202_G_GEN6 10202_B_5REC 2005 10202 4REC 10202_B_4REC GEN6 10202_G_GEN6 10202_B_4REC 2005 10202 7PWR 10202_B_7PWR GEN6 10202_G_GEN6 10202_B_7PWR 2005 10207 1 10207_B_1 GEN1 10207_G_GEN1 10207_B_1 2005 10207 3 10207_B_3 GEN1 10207_G_GEN1 10207_B_3 2005 10207 2 10207_B_2 GEN1 10207_G_GEN1 10207_B_2 2005 10207 1 10207_B_1 GEN2 10207_G_GEN2 10207_B_1 2005 10207 2 10207_B_2 GEN2 10207_G_GEN2 10207_B_2 2005 10207 3 10207_B_3 GEN2 10207_G_GEN2 10207_B_3 2005 10208 7 10208_B_7 NO.7 10208_G_NO.7 10208_B_7 2005 10208 9 10208_B_9 NO.7 10208_G_NO.7 10208_B_9 2005 10208 10 10208_B_10 NO.7 10208_G_NO.7 10208_B_10 2005 10208 11 10208_B_11 NO.7 10208_G_NO.7 10208_B_11 2005 10208 8 10208_B_8 NO.7 10208_G_NO.7 10208_B_8 2005 10208 7 10208_B_7 NO.8 10208_G_NO.8 10208_B_7 2005 10208 9 10208_B_9 NO.8 10208_G_NO.8 10208_B_9 2005 10208 11 10208_B_11 NO.8 10208_G_NO.8 10208_B_11 2005 10208 10 10208_B_10 NO.8 10208_G_NO.8 10208_B_10 2005 10208 8 10208_B_8 NO.8 10208_G_NO.8 10208_B_8 2005 10208 7 10208_B_7 NO9 10208_G_NO9 10208_B_7 2005 10208 11 10208_B_11 NO9 10208_G_NO9 10208_B_11 2005 10208 10 10208_B_10 NO9 10208_G_NO9 10208_B_10 2005 10208 9 10208_B_9 NO9 10208_G_NO9 10208_B_9 2005 10208 8 10208_B_8 NO9 10208_G_NO9 10208_B_8 2005 10211 211 10211_B_211 10TG 10211_G_10TG 10211_B_211 2005 10211 213 10211_B_213 10TG 10211_G_10TG 10211_B_213 2005 10211 212 10211_B_212 10TG 10211_G_10TG 10211_B_212 2005 10211 211 10211_B_211 11TG 10211_G_11TG 10211_B_211 2005 10211 212 10211_B_212 11TG 10211_G_11TG 10211_B_212

Gen_Boiler_Crosswalk_2005 390 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10211 213 10211_B_213 11TG 10211_G_11TG 10211_B_213 2005 10211 211 10211_B_211 7TG 10211_G_7TG 10211_B_211 2005 10211 212 10211_B_212 7TG 10211_G_7TG 10211_B_212 2005 10211 213 10211_B_213 7TG 10211_G_7TG 10211_B_213 2005 10211 211 10211_B_211 8TG 10211_G_8TG 10211_B_211 2005 10211 212 10211_B_212 8TG 10211_G_8TG 10211_B_212 2005 10211 213 10211_B_213 8TG 10211_G_8TG 10211_B_213 2005 10216 RB1 10216_B_RB1 GEN1 10216_G_GEN1 10216_B_RB1 2005 10216 PB1 10216_B_PB1 GEN1 10216_G_GEN1 10216_B_PB1 2005 10224 BLR 9 10224_B_BLR 9 GEN7 10224_G_GEN7 10224_B_BLR 9 2005 10224 BLR 8 10224_B_BLR 8 GEN7 10224_G_GEN7 10224_B_BLR 8 2005 10224 BLR 3 10224_B_BLR 3 GEN7 10224_G_GEN7 10224_B_BLR 3 2005 10224 BLR 7 10224_B_BLR 7 GEN7 10224_G_GEN7 10224_B_BLR 7 2005 10224 BLR 10 10224_B_BLR 10 GEN7 10224_G_GEN7 10224_B_BLR 10 2005 10224 BLR 5 10224_B_BLR 5 GEN7 10224_G_GEN7 10224_B_BLR 5 2005 10224 BLR 9 10224_B_BLR 9 GEN8 10224_G_GEN8 10224_B_BLR 9 2005 10224 BLR 5 10224_B_BLR 5 GEN8 10224_G_GEN8 10224_B_BLR 5 2005 10224 BLR 10 10224_B_BLR 10 GEN8 10224_G_GEN8 10224_B_BLR 10 2005 10224 BLR 7 10224_B_BLR 7 GEN8 10224_G_GEN8 10224_B_BLR 7 2005 10224 BLR 3 10224_B_BLR 3 GEN8 10224_G_GEN8 10224_B_BLR 3 2005 10224 BLR 8 10224_B_BLR 8 GEN8 10224_G_GEN8 10224_B_BLR 8 2005 10224 BLR 9 10224_B_BLR 9 GEN9 10224_G_GEN9 10224_B_BLR 9 2005 10224 BLR 5 10224_B_BLR 5 GEN9 10224_G_GEN9 10224_B_BLR 5 2005 10224 BLR 3 10224_B_BLR 3 GEN9 10224_G_GEN9 10224_B_BLR 3 2005 10224 BLR 7 10224_B_BLR 7 GEN9 10224_G_GEN9 10224_B_BLR 7 2005 10224 BLR 8 10224_B_BLR 8 GEN9 10224_G_GEN9 10224_B_BLR 8 2005 10224 BLR 10 10224_B_BLR 10 GEN9 10224_G_GEN9 10224_B_BLR 10 2005 10233 RB 10233_B_RB GEN1 10233_G_GEN1 10233_B_RB 2005 10233 PB 10233_B_PB GEN1 10233_G_GEN1 10233_B_PB 2005 10233 PB 10233_B_PB GEN2 10233_G_GEN2 10233_B_PB 2005 10234 1 10234_B_1 GEN1 10234_G_GEN1 10234_B_1 2005 10234 3 10234_B_3 GEN1 10234_G_GEN1 10234_B_3 2005 10234 4 10234_B_4 GEN1 10234_G_GEN1 10234_B_4 2005 10234 2 10234_B_2 GEN1 10234_G_GEN1 10234_B_2 2005 10234 5 10234_B_5 GEN1 10234_G_GEN1 10234_B_5 2005 10234 1 10234_B_1 GEN3 10234_G_GEN3 10234_B_1 2005 10234 2 10234_B_2 GEN3 10234_G_GEN3 10234_B_2 2005 10234 4 10234_B_4 GEN3 10234_G_GEN3 10234_B_4 2005 10234 5 10234_B_5 GEN3 10234_G_GEN3 10234_B_5 2005 10234 3 10234_B_3 GEN3 10234_G_GEN3 10234_B_3 2005 10234 4 10234_B_4 GEN4 10234_G_GEN4 10234_B_4 2005 10234 5 10234_B_5 GEN5 10234_G_GEN5 10234_B_5 2005 10244 2 10244_B_2 T-10 10244_G_T-10 10244_B_2 2005 10244 5 10244_B_5 T-10 10244_G_T-10 10244_B_5

Gen_Boiler_Crosswalk_2005 391 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10244 9 10244_B_9 T-10 10244_G_T-10 10244_B_9 2005 10244 8 10244_B_8 T-10 10244_G_T-10 10244_B_8 2005 10244 6 10244_B_6 T-10 10244_G_T-10 10244_B_6 2005 10244 7 10244_B_7 T-10 10244_G_T-10 10244_B_7 2005 10244 1 10244_B_1 T-10 10244_G_T-10 10244_B_1 2005 10244 2 10244_B_2 T-11 10244_G_T-11 10244_B_2 2005 10244 5 10244_B_5 T-11 10244_G_T-11 10244_B_5 2005 10244 6 10244_B_6 T-11 10244_G_T-11 10244_B_6 2005 10244 7 10244_B_7 T-11 10244_G_T-11 10244_B_7 2005 10244 8 10244_B_8 T-11 10244_G_T-11 10244_B_8 2005 10244 9 10244_B_9 T-11 10244_G_T-11 10244_B_9 2005 10244 1 10244_B_1 T-11 10244_G_T-11 10244_B_1 2005 10244 1 10244_B_1 T-12 10244_G_T-12 10244_B_1 2005 10244 8 10244_B_8 T-12 10244_G_T-12 10244_B_8 2005 10244 7 10244_B_7 T-12 10244_G_T-12 10244_B_7 2005 10244 5 10244_B_5 T-12 10244_G_T-12 10244_B_5 2005 10244 2 10244_B_2 T-12 10244_G_T-12 10244_B_2 2005 10244 6 10244_B_6 T-12 10244_G_T-12 10244_B_6 2005 10244 9 10244_B_9 T-12 10244_G_T-12 10244_B_9 2005 10244 1 10244_B_1 T-13 10244_G_T-13 10244_B_1 2005 10244 2 10244_B_2 T-13 10244_G_T-13 10244_B_2 2005 10244 5 10244_B_5 T-13 10244_G_T-13 10244_B_5 2005 10244 6 10244_B_6 T-13 10244_G_T-13 10244_B_6 2005 10244 7 10244_B_7 T-13 10244_G_T-13 10244_B_7 2005 10244 8 10244_B_8 T-13 10244_G_T-13 10244_B_8 2005 10244 9 10244_B_9 T-13 10244_G_T-13 10244_B_9 2005 10245 10 10245_B_10 GEN5 10245_G_GEN5 10245_B_10 2005 10245 11 10245_B_11 GEN6 10245_G_GEN6 10245_B_11 2005 10245 12 10245_B_12 GEN7 10245_G_GEN7 10245_B_12 2005 10250 2 10250_B_2 GEN1 10250_G_GEN1 10250_B_2 2005 10250 1 10250_B_1 GEN1 10250_G_GEN1 10250_B_1 2005 10252 REC 2 10252_B_REC 2 NO.6 10252_G_NO.6 10252_B_REC 2 2005 10252 THB 10252_B_THB NO.6 10252_G_NO.6 10252_B_THB 2005 10252 7 10252_B_7 NO.6 10252_G_NO.6 10252_B_7 2005 10252 REC 2 10252_B_REC 2 NO.7 10252_G_NO.7 10252_B_REC 2 2005 10252 THB 10252_B_THB NO.7 10252_G_NO.7 10252_B_THB 2005 10252 7 10252_B_7 NO.7 10252_G_NO.7 10252_B_7 2005 10290 EU1 10290_B_EU1 GEN1 10290_G_GEN1 10290_B_EU1 2005 10300 BLR1 10300_B_BLR1 GEN1 10300_G_GEN1 10300_B_BLR1 2005 10300 BLR2 10300_B_BLR2 GEN1 10300_G_GEN1 10300_B_BLR2 2005 10321 9 10321_B_9 GEN1 10321_G_GEN1 10321_B_9 2005 10321 3 10321_B_3 GEN1 10321_G_GEN1 10321_B_3 2005 10321 2 10321_B_2 GEN1 10321_G_GEN1 10321_B_2 2005 10321 4 10321_B_4 GEN1 10321_G_GEN1 10321_B_4

Gen_Boiler_Crosswalk_2005 392 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10321 8 10321_B_8 GEN1 10321_G_GEN1 10321_B_8 2005 10321 6 10321_B_6 GEN1 10321_G_GEN1 10321_B_6 2005 10321 5 10321_B_5 GEN1 10321_G_GEN1 10321_B_5 2005 10321 9 10321_B_9 GEN2 10321_G_GEN2 10321_B_9 2005 10321 6 10321_B_6 GEN2 10321_G_GEN2 10321_B_6 2005 10321 2 10321_B_2 GEN2 10321_G_GEN2 10321_B_2 2005 10321 3 10321_B_3 GEN2 10321_G_GEN2 10321_B_3 2005 10321 4 10321_B_4 GEN2 10321_G_GEN2 10321_B_4 2005 10321 5 10321_B_5 GEN2 10321_G_GEN2 10321_B_5 2005 10321 8 10321_B_8 GEN2 10321_G_GEN2 10321_B_8 2005 10321 9 10321_B_9 GEN3 10321_G_GEN3 10321_B_9 2005 10321 6 10321_B_6 GEN3 10321_G_GEN3 10321_B_6 2005 10321 8 10321_B_8 GEN3 10321_G_GEN3 10321_B_8 2005 10321 5 10321_B_5 GEN3 10321_G_GEN3 10321_B_5 2005 10321 3 10321_B_3 GEN3 10321_G_GEN3 10321_B_3 2005 10321 2 10321_B_2 GEN3 10321_G_GEN3 10321_B_2 2005 10321 4 10321_B_4 GEN3 10321_G_GEN3 10321_B_4 2005 10321 9 10321_B_9 GEN5 10321_G_GEN5 10321_B_9 2005 10321 8 10321_B_8 GEN5 10321_G_GEN5 10321_B_8 2005 10321 4 10321_B_4 GEN5 10321_G_GEN5 10321_B_4 2005 10321 2 10321_B_2 GEN5 10321_G_GEN5 10321_B_2 2005 10321 3 10321_B_3 GEN5 10321_G_GEN5 10321_B_3 2005 10321 5 10321_B_5 GEN5 10321_G_GEN5 10321_B_5 2005 10321 6 10321_B_6 GEN5 10321_G_GEN5 10321_B_6 2005 10328 BLR4 10328_B_BLR4 GEN1 10328_G_GEN1 10328_B_BLR4 2005 10328 BLR1 10328_B_BLR1 GEN2 10328_G_GEN2 10328_B_BLR1 2005 10328 BLR2 10328_B_BLR2 GEN3 10328_G_GEN3 10328_B_BLR2 2005 10328 BLR3 10328_B_BLR3 GEN4 10328_G_GEN4 10328_B_BLR3 2005 10333 1 10333_B_1 GEN1 10333_G_GEN1 10333_B_1 2005 10334 1 10334_B_1 GEN1 10334_G_GEN1 10334_B_1 2005 10334 2 10334_B_2 GEN1 10334_G_GEN1 10334_B_2 2005 10338 BBLR 10338_B_BBLR MERC 10338_G_MERC 10338_B_BBLR 2005 10338 ABLR 10338_B_ABLR MERC 10338_G_MERC 10338_B_ABLR 2005 10343 SG-101 10343_B_SG-101 TG1 10343_G_TG1 10343_B_SG-101 2005 10344 B2 10344_B_B2 101 10344_G_101 10344_B_B2 2005 10344 B1 10344_B_B1 101 10344_G_101 10344_B_B1 2005 10346 BOIL01 10346_B_BOIL01 GEN1 10346_G_GEN1 10346_B_BOIL01 2005 10350 HRSG 10350_B_HRSG GEN2 10350_G_GEN2 10350_B_HRSG 2005 10354 1 10354_B_1 GEN1 10354_G_GEN1 10354_B_1 2005 10356 BOIL1 10356_B_BOIL1 GEN1 10356_G_GEN1 10356_B_BOIL1 2005 10360 B27 10360_B_B27 GEN5 10360_G_GEN5 10360_B_B27 2005 10360 B29 10360_B_B29 GEN5 10360_G_GEN5 10360_B_B29 2005 10360 B26 10360_B_B26 GEN5 10360_G_GEN5 10360_B_B26 2005 10360 B24 10360_B_B24 GEN5 10360_G_GEN5 10360_B_B24

Gen_Boiler_Crosswalk_2005 393 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10360 B25 10360_B_B25 GEN5 10360_G_GEN5 10360_B_B25 2005 10360 B28 10360_B_B28 GEN5 10360_G_GEN5 10360_B_B28 2005 10360 B27 10360_B_B27 GEN6 10360_G_GEN6 10360_B_B27 2005 10360 B24 10360_B_B24 GEN6 10360_G_GEN6 10360_B_B24 2005 10360 B25 10360_B_B25 GEN6 10360_G_GEN6 10360_B_B25 2005 10360 B26 10360_B_B26 GEN6 10360_G_GEN6 10360_B_B26 2005 10360 B28 10360_B_B28 GEN6 10360_G_GEN6 10360_B_B28 2005 10360 B29 10360_B_B29 GEN6 10360_G_GEN6 10360_B_B29 2005 10360 B27 10360_B_B27 GEN7 10360_G_GEN7 10360_B_B27 2005 10360 B28 10360_B_B28 GEN7 10360_G_GEN7 10360_B_B28 2005 10360 B29 10360_B_B29 GEN7 10360_G_GEN7 10360_B_B29 2005 10360 B24 10360_B_B24 GEN7 10360_G_GEN7 10360_B_B24 2005 10360 B25 10360_B_B25 GEN7 10360_G_GEN7 10360_B_B25 2005 10360 B26 10360_B_B26 GEN7 10360_G_GEN7 10360_B_B26 2005 10360 B27 10360_B_B27 GEN8 10360_G_GEN8 10360_B_B27 2005 10360 B29 10360_B_B29 GEN8 10360_G_GEN8 10360_B_B29 2005 10360 B25 10360_B_B25 GEN8 10360_G_GEN8 10360_B_B25 2005 10360 B26 10360_B_B26 GEN8 10360_G_GEN8 10360_B_B26 2005 10360 B28 10360_B_B28 GEN8 10360_G_GEN8 10360_B_B28 2005 10360 B24 10360_B_B24 GEN8 10360_G_GEN8 10360_B_B24 2005 10360 B27 10360_B_B27 GEN9 10360_G_GEN9 10360_B_B27 2005 10360 B26 10360_B_B26 GEN9 10360_G_GEN9 10360_B_B26 2005 10360 B28 10360_B_B28 GEN9 10360_G_GEN9 10360_B_B28 2005 10360 B25 10360_B_B25 GEN9 10360_G_GEN9 10360_B_B25 2005 10360 B24 10360_B_B24 GEN9 10360_G_GEN9 10360_B_B24 2005 10360 B29 10360_B_B29 GEN9 10360_G_GEN9 10360_B_B29 2005 10361 3B 10361_B_3B GEN3 10361_G_GEN3 10361_B_3B 2005 10361 4B 10361_B_4B GEN3 10361_G_GEN3 10361_B_4B 2005 10361 5B 10361_B_5B GEN3 10361_G_GEN3 10361_B_5B 2005 10361 3B 10361_B_3B GEN4 10361_G_GEN4 10361_B_3B 2005 10361 4B 10361_B_4B GEN4 10361_G_GEN4 10361_B_4B 2005 10361 5B 10361_B_5B GEN4 10361_G_GEN4 10361_B_5B 2005 10362 BLR2 10362_B_BLR2 GEN1 10362_G_GEN1 10362_B_BLR2 2005 10362 BLR3 10362_B_BLR3 GEN2 10362_G_GEN2 10362_B_BLR3 2005 10362 BLR4 10362_B_BLR4 GEN3 10362_G_GEN3 10362_B_BLR4 2005 10367 CB1302 10367_B_CB1302 GEN1 10367_G_GEN1 10367_B_CB1302 2005 10368 CB1302 10368_B_CB1302 GEN1 10368_G_GEN1 10368_B_CB1302 2005 10369 CB1302 10369_B_CB1302 GEN1 10369_G_GEN1 10369_B_CB1302 2005 10370 CB1302 10370_B_CB1302 GEN1 10370_G_GEN1 10370_B_CB1302 2005 10371 CB1302 10371_B_CB1302 GEN1 10371_G_GEN1 10371_B_CB1302 2005 10373 CB1302 10373_B_CB1302 GEN1 10373_G_GEN1 10373_B_CB1302 2005 10377 1A 10377_B_1A GEN1 10377_G_GEN1 10377_B_1A 2005 10377 1B 10377_B_1B GEN1 10377_G_GEN1 10377_B_1B 2005 10377 1C 10377_B_1C GEN1 10377_G_GEN1 10377_B_1C

Gen_Boiler_Crosswalk_2005 394 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10377 2A 10377_B_2A GEN2 10377_G_GEN2 10377_B_2A 2005 10377 2B 10377_B_2B GEN2 10377_G_GEN2 10377_B_2B 2005 10377 2C 10377_B_2C GEN2 10377_G_GEN2 10377_B_2C 2005 10378 1A 10378_B_1A GEN1 10378_G_GEN1 10378_B_1A 2005 10378 1C 10378_B_1C GEN1 10378_G_GEN1 10378_B_1C 2005 10378 1B 10378_B_1B GEN1 10378_G_GEN1 10378_B_1B 2005 10378 2C 10378_B_2C GEN2 10378_G_GEN2 10378_B_2C 2005 10378 2B 10378_B_2B GEN2 10378_G_GEN2 10378_B_2B 2005 10378 2A 10378_B_2A GEN2 10378_G_GEN2 10378_B_2A 2005 10379 1A 10379_B_1A GEN1 10379_G_GEN1 10379_B_1A 2005 10379 1B 10379_B_1B GEN1 10379_G_GEN1 10379_B_1B 2005 10379 1C 10379_B_1C GEN1 10379_G_GEN1 10379_B_1C 2005 10380 A BLR 10380_B_A BLR GEN1 10380_G_GEN1 10380_B_A BLR 2005 10380 B BLR 10380_B_B BLR GEN1 10380_G_GEN1 10380_B_B BLR 2005 10381 1B 10381_B_1B GEN1 10381_G_GEN1 10381_B_1B 2005 10381 1A 10381_B_1A GEN1 10381_G_GEN1 10381_B_1A 2005 10382 UNIT1 10382_B_UNIT1 GEN1 10382_G_GEN1 10382_B_UNIT1 2005 10382 UNIT2 10382_B_UNIT2 GEN1 10382_G_GEN1 10382_B_UNIT2 2005 10384 1A 10384_B_1A GEN1 10384_G_GEN1 10384_B_1A 2005 10384 1B 10384_B_1B GEN1 10384_G_GEN1 10384_B_1B 2005 10384 2A 10384_B_2A GEN2 10384_G_GEN2 10384_B_2A 2005 10384 2B 10384_B_2B GEN2 10384_G_GEN2 10384_B_2B 2005 10395 1 10395_B_1 GEN1 10395_G_GEN1 10395_B_1 2005 10397 5HPB 10397_B_5HPB GEN5 10397_G_GEN5 10397_B_5HPB 2005 10397 9HPB 10397_B_9HPB GEN5 10397_G_GEN5 10397_B_9HPB 2005 10397 8HPB 10397_B_8HPB GEN5 10397_G_GEN5 10397_B_8HPB 2005 10397 7HPB 10397_B_7HPB GEN5 10397_G_GEN5 10397_B_7HPB 2005 10397 6HPB 10397_B_6HPB GEN5 10397_G_GEN5 10397_B_6HPB 2005 10397 5HPB 10397_B_5HPB GEN6 10397_G_GEN6 10397_B_5HPB 2005 10397 6HPB 10397_B_6HPB GEN6 10397_G_GEN6 10397_B_6HPB 2005 10397 7HPB 10397_B_7HPB GEN6 10397_G_GEN6 10397_B_7HPB 2005 10397 9HPB 10397_B_9HPB GEN6 10397_G_GEN6 10397_B_9HPB 2005 10397 8HPB 10397_B_8HPB GEN6 10397_G_GEN6 10397_B_8HPB 2005 10397 5HPB 10397_B_5HPB GEN7 10397_G_GEN7 10397_B_5HPB 2005 10397 9HPB 10397_B_9HPB GEN7 10397_G_GEN7 10397_B_9HPB 2005 10397 6HPB 10397_B_6HPB GEN7 10397_G_GEN7 10397_B_6HPB 2005 10397 8HPB 10397_B_8HPB GEN7 10397_G_GEN7 10397_B_8HPB 2005 10397 7HPB 10397_B_7HPB GEN7 10397_G_GEN7 10397_B_7HPB 2005 10397 5HPB 10397_B_5HPB GEN8 10397_G_GEN8 10397_B_5HPB 2005 10397 9HPB 10397_B_9HPB GEN8 10397_G_GEN8 10397_B_9HPB 2005 10397 6HPB 10397_B_6HPB GEN8 10397_G_GEN8 10397_B_6HPB 2005 10397 8HPB 10397_B_8HPB GEN8 10397_G_GEN8 10397_B_8HPB 2005 10397 7HPB 10397_B_7HPB GEN8 10397_G_GEN8 10397_B_7HPB 2005 10397 5HPB 10397_B_5HPB GEN9 10397_G_GEN9 10397_B_5HPB

Gen_Boiler_Crosswalk_2005 395 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10397 8HPB 10397_B_8HPB GEN9 10397_G_GEN9 10397_B_8HPB 2005 10397 9HPB 10397_B_9HPB GEN9 10397_G_GEN9 10397_B_9HPB 2005 10397 6HPB 10397_B_6HPB GEN9 10397_G_GEN9 10397_B_6HPB 2005 10397 7HPB 10397_B_7HPB GEN9 10397_G_GEN9 10397_B_7HPB 2005 10398 A 10398_B_A GEN3 10398_G_GEN3 10398_B_A 2005 10398 D 10398_B_D GEN3 10398_G_GEN3 10398_B_D 2005 10398 C 10398_B_C GEN3 10398_G_GEN3 10398_B_C 2005 10398 B 10398_B_B GEN3 10398_G_GEN3 10398_B_B 2005 10398 A 10398_B_A GEN5 10398_G_GEN5 10398_B_A 2005 10398 D 10398_B_D GEN5 10398_G_GEN5 10398_B_D 2005 10398 B 10398_B_B GEN5 10398_G_GEN5 10398_B_B 2005 10398 C 10398_B_C GEN5 10398_G_GEN5 10398_B_C 2005 10398 A 10398_B_A GENA 10398_G_GENA 10398_B_A 2005 10398 D 10398_B_D GENA 10398_G_GENA 10398_B_D 2005 10398 C 10398_B_C GENA 10398_G_GENA 10398_B_C 2005 10398 B 10398_B_B GENA 10398_G_GENA 10398_B_B 2005 10398 A 10398_B_A GENB 10398_G_GENB 10398_B_A 2005 10398 D 10398_B_D GENB 10398_G_GENB 10398_B_D 2005 10398 C 10398_B_C GENB 10398_G_GENB 10398_B_C 2005 10398 B 10398_B_B GENB 10398_G_GENB 10398_B_B 2005 10401 BLR1 10401_B_BLR1 GEN1 10401_G_GEN1 10401_B_BLR1 2005 10416 BO8 10416_B_BO8 GEN1 10416_G_GEN1 10416_B_BO8 2005 10416 BO7 10416_B_BO7 GEN1 10416_G_GEN1 10416_B_BO7 2005 10416 BO6 10416_B_BO6 GEN1 10416_G_GEN1 10416_B_BO6 2005 10416 BO4 10416_B_BO4 GEN1 10416_G_GEN1 10416_B_BO4 2005 10416 BO5 10416_B_BO5 GEN1 10416_G_GEN1 10416_B_BO5 2005 10416 BO8 10416_B_BO8 GEN2 10416_G_GEN2 10416_B_BO8 2005 10416 BO6 10416_B_BO6 GEN2 10416_G_GEN2 10416_B_BO6 2005 10416 BO5 10416_B_BO5 GEN2 10416_G_GEN2 10416_B_BO5 2005 10416 BO7 10416_B_BO7 GEN2 10416_G_GEN2 10416_B_BO7 2005 10416 BO4 10416_B_BO4 GEN2 10416_G_GEN2 10416_B_BO4 2005 10416 BO8 10416_B_BO8 GEN3 10416_G_GEN3 10416_B_BO8 2005 10416 BO7 10416_B_BO7 GEN3 10416_G_GEN3 10416_B_BO7 2005 10416 BO5 10416_B_BO5 GEN3 10416_G_GEN3 10416_B_BO5 2005 10416 BO4 10416_B_BO4 GEN3 10416_G_GEN3 10416_B_BO4 2005 10416 BO6 10416_B_BO6 GEN3 10416_G_GEN3 10416_B_BO6 2005 10418 H5 10418_B_H5 GEN1 10418_G_GEN1 10418_B_H5 2005 10418 H1 10418_B_H1 GEN1 10418_G_GEN1 10418_B_H1 2005 10418 H4 10418_B_H4 GEN1 10418_G_GEN1 10418_B_H4 2005 10418 H5 10418_B_H5 GEN2 10418_G_GEN2 10418_B_H5 2005 10418 H1 10418_B_H1 GEN2 10418_G_GEN2 10418_B_H1 2005 10418 H4 10418_B_H4 GEN2 10418_G_GEN2 10418_B_H4 2005 10418 H5 10418_B_H5 GEN3 10418_G_GEN3 10418_B_H5 2005 10418 H1 10418_B_H1 GEN3 10418_G_GEN3 10418_B_H1

Gen_Boiler_Crosswalk_2005 396 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10418 H4 10418_B_H4 GEN3 10418_G_GEN3 10418_B_H4 2005 10418 H5 10418_B_H5 GEN4 10418_G_GEN4 10418_B_H5 2005 10418 H101 10418_B_H101 GEN4 10418_G_GEN4 10418_B_H101 2005 10418 H4 10418_B_H4 GEN4 10418_G_GEN4 10418_B_H4 2005 10425 1RB 10425_B_1RB TG 10425_G_TG 10425_B_1RB 2005 10425 BRKBLR 10425_B_BRKBLR TG 10425_G_TG 10425_B_BRKBLR 2005 10425 3PB 10425_B_3PB TG 10425_G_TG 10425_B_3PB 2005 10425 2RB 10425_B_2RB TG 10425_G_TG 10425_B_2RB 2005 10425 PF1BLR 10425_B_PF1BLR TG 10425_G_TG 10425_B_PF1BLR 2005 10426 PB1 10426_B_PB1 GEN2 10426_G_GEN2 10426_B_PB1 2005 10426 WFB 10426_B_WFB GEN2 10426_G_GEN2 10426_B_WFB 2005 10426 RF5 10426_B_RF5 GEN2 10426_G_GEN2 10426_B_RF5 2005 10426 PB4 10426_B_PB4 GEN2 10426_G_GEN2 10426_B_PB4 2005 10426 PB3 10426_B_PB3 GEN2 10426_G_GEN2 10426_B_PB3 2005 10426 PB2 10426_B_PB2 GEN2 10426_G_GEN2 10426_B_PB2 2005 10426 PB1 10426_B_PB1 GEN3 10426_G_GEN3 10426_B_PB1 2005 10426 WFB 10426_B_WFB GEN3 10426_G_GEN3 10426_B_WFB 2005 10426 PB2 10426_B_PB2 GEN3 10426_G_GEN3 10426_B_PB2 2005 10426 PB3 10426_B_PB3 GEN3 10426_G_GEN3 10426_B_PB3 2005 10426 RF5 10426_B_RF5 GEN3 10426_G_GEN3 10426_B_RF5 2005 10426 PB4 10426_B_PB4 GEN3 10426_G_GEN3 10426_B_PB4 2005 10426 PB1 10426_B_PB1 GEN4 10426_G_GEN4 10426_B_PB1 2005 10426 WFB 10426_B_WFB GEN4 10426_G_GEN4 10426_B_WFB 2005 10426 RF5 10426_B_RF5 GEN4 10426_G_GEN4 10426_B_RF5 2005 10426 PB2 10426_B_PB2 GEN4 10426_G_GEN4 10426_B_PB2 2005 10426 PB4 10426_B_PB4 GEN4 10426_G_GEN4 10426_B_PB4 2005 10426 PB3 10426_B_PB3 GEN4 10426_G_GEN4 10426_B_PB3 2005 10426 PB1 10426_B_PB1 GEN5 10426_G_GEN5 10426_B_PB1 2005 10426 PB2 10426_B_PB2 GEN5 10426_G_GEN5 10426_B_PB2 2005 10426 PB4 10426_B_PB4 GEN5 10426_G_GEN5 10426_B_PB4 2005 10426 RF5 10426_B_RF5 GEN5 10426_G_GEN5 10426_B_RF5 2005 10426 WFB 10426_B_WFB GEN5 10426_G_GEN5 10426_B_WFB 2005 10426 PB3 10426_B_PB3 GEN5 10426_G_GEN5 10426_B_PB3 2005 10430 B1 10430_B_B1 GEN1 10430_G_GEN1 10430_B_B1 2005 10430 B5 10430_B_B5 GEN1 10430_G_GEN1 10430_B_B5 2005 10430 B6 10430_B_B6 GEN1 10430_G_GEN1 10430_B_B6 2005 10430 B9 10430_B_B9 GEN1 10430_G_GEN1 10430_B_B9 2005 10430 B8 10430_B_B8 GEN1 10430_G_GEN1 10430_B_B8 2005 10430 B7 10430_B_B7 GEN1 10430_G_GEN1 10430_B_B7 2005 10430 B1 10430_B_B1 GEN3 10430_G_GEN3 10430_B_B1 2005 10430 B7 10430_B_B7 GEN3 10430_G_GEN3 10430_B_B7 2005 10430 B6 10430_B_B6 GEN3 10430_G_GEN3 10430_B_B6 2005 10430 B5 10430_B_B5 GEN3 10430_G_GEN3 10430_B_B5 2005 10430 B8 10430_B_B8 GEN3 10430_G_GEN3 10430_B_B8

Gen_Boiler_Crosswalk_2005 397 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10430 B9 10430_B_B9 GEN3 10430_G_GEN3 10430_B_B9 2005 10430 B1 10430_B_B1 GEN4 10430_G_GEN4 10430_B_B1 2005 10430 B6 10430_B_B6 GEN4 10430_G_GEN4 10430_B_B6 2005 10430 B5 10430_B_B5 GEN4 10430_G_GEN4 10430_B_B5 2005 10430 B9 10430_B_B9 GEN4 10430_G_GEN4 10430_B_B9 2005 10430 B7 10430_B_B7 GEN4 10430_G_GEN4 10430_B_B7 2005 10430 B8 10430_B_B8 GEN4 10430_G_GEN4 10430_B_B8 2005 10435 SG101C 10435_B_SG101C TGA 10435_G_TGA 10435_B_SG101C 2005 10435 SG101B 10435_B_SG101B TGA 10435_G_TGA 10435_B_SG101B 2005 10435 SG101A 10435_B_SG101A TGA 10435_G_TGA 10435_B_SG101A 2005 10435 SG101C 10435_B_SG101C TGB 10435_G_TGB 10435_B_SG101C 2005 10435 SG101A 10435_B_SG101A TGB 10435_G_TGB 10435_B_SG101A 2005 10435 SG101B 10435_B_SG101B TGB 10435_G_TGB 10435_B_SG101B 2005 10437 1SH 10437_B_1SH GEN1 10437_G_GEN1 10437_B_1SH 2005 10438 2U100 10438_B_2U100 GEN1 10438_G_GEN1 10438_B_2U100 2005 10439 3U100 10439_B_3U100 GEN1 10439_G_GEN1 10439_B_3U100 2005 10440 4U100 10440_B_4U100 GEN1 10440_G_GEN1 10440_B_4U100 2005 10441 5U100 10441_B_5U100 GEN1 10441_G_GEN1 10441_B_5U100 2005 10442 6U100 10442_B_6U100 GEN1 10442_G_GEN1 10442_B_6U100 2005 10443 7U100 10443_B_7U100 GEN1 10443_G_GEN1 10443_B_7U100 2005 10444 HTFHTR 10444_B_HTFHTR GEN1 10444_G_GEN1 10444_B_HTFHTR 2005 10446 HTFHTR 10446_B_HTFHTR GEN1 10446_G_GEN1 10446_B_HTFHTR 2005 10464 E0003 10464_B_E0003 GEN1 10464_G_GEN1 10464_B_E0003 2005 10464 E0001 10464_B_E0001 GEN1 10464_G_GEN1 10464_B_E0001 2005 10464 E0002 10464_B_E0002 GEN1 10464_G_GEN1 10464_B_E0002 2005 10471 SMB001 10471_B_SMB001 GEN1 10471_G_GEN1 10471_B_SMB001 2005 10472 B300 10472_B_B300 GEN1 10472_G_GEN1 10472_B_B300 2005 10472 B400 10472_B_B400 GEN1 10472_G_GEN1 10472_B_B400 2005 10473 B501 10473_B_B501 GEN1 10473_G_GEN1 10473_B_B501 2005 10473 B502 10473_B_B502 GEN1 10473_G_GEN1 10473_B_B502 2005 10477 R1 10477_B_R1 GEN1 10477_G_GEN1 10477_B_R1 2005 10477 P3 10477_B_P3 GEN1 10477_G_GEN1 10477_B_P3 2005 10477 P2 10477_B_P2 GEN1 10477_G_GEN1 10477_B_P2 2005 10477 R3 10477_B_R3 GEN1 10477_G_GEN1 10477_B_R3 2005 10477 P1 10477_B_P1 GEN1 10477_G_GEN1 10477_B_P1 2005 10477 R2 10477_B_R2 GEN1 10477_G_GEN1 10477_B_R2 2005 10477 R1 10477_B_R1 GEN2 10477_G_GEN2 10477_B_R1 2005 10477 P3 10477_B_P3 GEN2 10477_G_GEN2 10477_B_P3 2005 10477 P2 10477_B_P2 GEN2 10477_G_GEN2 10477_B_P2 2005 10477 P1 10477_B_P1 GEN2 10477_G_GEN2 10477_B_P1 2005 10477 R3 10477_B_R3 GEN2 10477_G_GEN2 10477_B_R3 2005 10477 R2 10477_B_R2 GEN2 10477_G_GEN2 10477_B_R2 2005 10485 1 10485_B_1 GEN1 10485_G_GEN1 10485_B_1 2005 10485 2 10485_B_2 GEN2 10485_G_GEN2 10485_B_2

Gen_Boiler_Crosswalk_2005 398 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10485 3 10485_B_3 GEN3 10485_G_GEN3 10485_B_3 2005 10485 4 10485_B_4 GEN4 10485_G_GEN4 10485_B_4 2005 10486 3 10486_B_3 GEN1 10486_G_GEN1 10486_B_3 2005 10486 1 10486_B_1 GEN1 10486_G_GEN1 10486_B_1 2005 10486 RECBLR 10486_B_RECBLR GEN1 10486_G_GEN1 10486_B_RECBLR 2005 10486 2 10486_B_2 GEN1 10486_G_GEN1 10486_B_2 2005 10486 3 10486_B_3 GEN2 10486_G_GEN2 10486_B_3 2005 10486 RECBLR 10486_B_RECBLR GEN2 10486_G_GEN2 10486_B_RECBLR 2005 10486 1 10486_B_1 GEN2 10486_G_GEN2 10486_B_1 2005 10486 2 10486_B_2 GEN2 10486_G_GEN2 10486_B_2 2005 10486 3 10486_B_3 GEN3 10486_G_GEN3 10486_B_3 2005 10486 RECBLR 10486_B_RECBLR GEN3 10486_G_GEN3 10486_B_RECBLR 2005 10486 1 10486_B_1 GEN3 10486_G_GEN3 10486_B_1 2005 10486 2 10486_B_2 GEN3 10486_G_GEN3 10486_B_2 2005 10486 2 10486_B_2 GEN4 10486_G_GEN4 10486_B_2 2005 10486 3 10486_B_3 GEN4 10486_G_GEN4 10486_B_3 2005 10486 RECBLR 10486_B_RECBLR GEN4 10486_G_GEN4 10486_B_RECBLR 2005 10486 1 10486_B_1 GEN4 10486_G_GEN4 10486_B_1 2005 10486 2 10486_B_2 GEN5 10486_G_GEN5 10486_B_2 2005 10486 1 10486_B_1 GEN5 10486_G_GEN5 10486_B_1 2005 10486 3 10486_B_3 GEN5 10486_G_GEN5 10486_B_3 2005 10488 REC 10488_B_REC TG 10488_G_TG 10488_B_REC 2005 10488 PB1 10488_B_PB1 TG 10488_G_TG 10488_B_PB1 2005 10488 PB2 10488_B_PB2 TG 10488_G_TG 10488_B_PB2 2005 10488 PB4 10488_B_PB4 TG 10488_G_TG 10488_B_PB4 2005 10488 PB3 10488_B_PB3 TG 10488_G_TG 10488_B_PB3 2005 10491 5 10491_B_5 3STG 10491_G_3STG 10491_B_5 2005 10491 3 10491_B_3 3STG 10491_G_3STG 10491_B_3 2005 10495 6 10495_B_6 GEN1 10495_G_GEN1 10495_B_6 2005 10495 7 10495_B_7 GEN1 10495_G_GEN1 10495_B_7 2005 10502 02 10502_B_02 GEN1 10502_G_GEN1 10502_B_02 2005 10503 SG201B 10503_B_SG201B GEN1 10503_G_GEN1 10503_B_SG201B 2005 10503 SG201A 10503_B_SG201A GEN1 10503_G_GEN1 10503_B_SG201A 2005 10504 SB1 10504_B_SB1 1500 10504_G_1500 10504_B_SB1 2005 10504 SB2 10504_B_SB2 1500 10504_G_1500 10504_B_SB2 2005 10504 SB1 10504_B_SB1 2500 10504_G_2500 10504_B_SB1 2005 10504 SB2 10504_B_SB2 2500 10504_G_2500 10504_B_SB2 2005 10504 SB1 10504_B_SB1 4000 10504_G_4000 10504_B_SB1 2005 10511 4 10511_B_4 GEN6 10511_G_GEN6 10511_B_4 2005 10511 5 10511_B_5 GEN6 10511_G_GEN6 10511_B_5 2005 10511 8 10511_B_8 GEN6 10511_G_GEN6 10511_B_8 2005 10511 9 10511_B_9 GEN6 10511_G_GEN6 10511_B_9 2005 10511 10 10511_B_10 GEN6 10511_G_GEN6 10511_B_10 2005 10525 4A 10525_B_4A 1UNI 10525_G_1UNI 10525_B_4A

Gen_Boiler_Crosswalk_2005 399 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10554 THB-50 10554_B_THB-50 ST1 10554_G_ST1 10554_B_THB-50 2005 10554 THB-30 10554_B_THB-30 ST1 10554_G_ST1 10554_B_THB-30 2005 10554 THB-10 10554_B_THB-10 ST1 10554_G_ST1 10554_B_THB-10 2005 10554 THB-20 10554_B_THB-20 ST1 10554_G_ST1 10554_B_THB-20 2005 10554 THB-40 10554_B_THB-40 ST1 10554_G_ST1 10554_B_THB-40 2005 10554 THB-50 10554_B_THB-50 ST2 10554_G_ST2 10554_B_THB-50 2005 10554 THB-30 10554_B_THB-30 ST2 10554_G_ST2 10554_B_THB-30 2005 10554 THB-40 10554_B_THB-40 ST2 10554_G_ST2 10554_B_THB-40 2005 10554 THB-10 10554_B_THB-10 ST2 10554_G_ST2 10554_B_THB-10 2005 10554 THB-20 10554_B_THB-20 ST2 10554_G_ST2 10554_B_THB-20 2005 10554 THB-50 10554_B_THB-50 ST3 10554_G_ST3 10554_B_THB-50 2005 10554 THB-40 10554_B_THB-40 ST3 10554_G_ST3 10554_B_THB-40 2005 10554 THB-20 10554_B_THB-20 ST3 10554_G_ST3 10554_B_THB-20 2005 10554 THB-30 10554_B_THB-30 ST3 10554_G_ST3 10554_B_THB-30 2005 10554 THB-10 10554_B_THB-10 ST3 10554_G_ST3 10554_B_THB-10 2005 10560 RB5 10560_B_RB5 GEN2 10560_G_GEN2 10560_B_RB5 2005 10560 POWB 10560_B_POWB GEN2 10560_G_GEN2 10560_B_POWB 2005 10560 PACKB 10560_B_PACKB GEN2 10560_G_GEN2 10560_B_PACKB 2005 10560 RB5 10560_B_RB5 GEN3 10560_G_GEN3 10560_B_RB5 2005 10560 POWB 10560_B_POWB GEN3 10560_G_GEN3 10560_B_POWB 2005 10560 PACKB 10560_B_PACKB GEN3 10560_G_GEN3 10560_B_PACKB 2005 10560 RB5 10560_B_RB5 GEN4 10560_G_GEN4 10560_B_RB5 2005 10560 PACKB 10560_B_PACKB GEN4 10560_G_GEN4 10560_B_PACKB 2005 10560 POWB 10560_B_POWB GEN4 10560_G_GEN4 10560_B_POWB 2005 10560 RB5 10560_B_RB5 GEN5 10560_G_GEN5 10560_B_RB5 2005 10560 PACKB 10560_B_PACKB GEN5 10560_G_GEN5 10560_B_PACKB 2005 10560 POWB 10560_B_POWB GEN5 10560_G_GEN5 10560_B_POWB 2005 10560 RB6 10560_B_RB6 GEN6 10560_G_GEN6 10560_B_RB6 2005 10562 PB1 10562_B_PB1 GEN2 10562_G_GEN2 10562_B_PB1 2005 10562 PB2 10562_B_PB2 GEN2 10562_G_GEN2 10562_B_PB2 2005 10562 PB3 10562_B_PB3 GEN2 10562_G_GEN2 10562_B_PB3 2005 10562 PB1 10562_B_PB1 GEN3 10562_G_GEN3 10562_B_PB1 2005 10562 PB3 10562_B_PB3 GEN3 10562_G_GEN3 10562_B_PB3 2005 10562 PB2 10562_B_PB2 GEN3 10562_G_GEN3 10562_B_PB2 2005 10562 REC5 10562_B_REC5 GEN4 10562_G_GEN4 10562_B_REC5 2005 10566 BOIL2 10566_B_BOIL2 GEN1 10566_G_GEN1 10566_B_BOIL2 2005 10566 BOIL1 10566_B_BOIL1 GEN1 10566_G_GEN1 10566_B_BOIL1 2005 10593 BLR1 10593_B_BLR1 GEN1 10593_G_GEN1 10593_B_BLR1 2005 10603 031 10603_B_031 GEN1 10603_G_GEN1 10603_B_031 2005 10604 BLR3 10604_B_BLR3 PUU3 10604_G_PUU3 10604_B_BLR3 2005 10604 BLR3 10604_B_BLR3 PUU4 10604_G_PUU4 10604_B_BLR3 2005 10604 BLR1 10604_B_BLR1 PUU5 10604_G_PUU5 10604_B_BLR1 2005 10604 BLR2 10604_B_BLR2 PUU5 10604_G_PUU5 10604_B_BLR2 2005 10605 5RB 10605_B_5RB GEN3 10605_G_GEN3 10605_B_5RB

Gen_Boiler_Crosswalk_2005 400 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10605 4PB 10605_B_4PB GEN3 10605_G_GEN3 10605_B_4PB 2005 10605 7PB 10605_B_7PB GEN3 10605_G_GEN3 10605_B_7PB 2005 10605 6RB 10605_B_6RB GEN3 10605_G_GEN3 10605_B_6RB 2005 10605 6PB 10605_B_6PB GEN3 10605_G_GEN3 10605_B_6PB 2005 10605 6RB 10605_B_6RB GEN4 10605_G_GEN4 10605_B_6RB 2005 10605 4PB 10605_B_4PB GEN4 10605_G_GEN4 10605_B_4PB 2005 10605 5RB 10605_B_5RB GEN4 10605_G_GEN4 10605_B_5RB 2005 10605 7PB 10605_B_7PB GEN4 10605_G_GEN4 10605_B_7PB 2005 10605 6PB 10605_B_6PB GEN4 10605_G_GEN4 10605_B_6PB 2005 10605 4PB 10605_B_4PB GEN5 10605_G_GEN5 10605_B_4PB 2005 10605 6PB 10605_B_6PB GEN5 10605_G_GEN5 10605_B_6PB 2005 10605 7PB 10605_B_7PB GEN5 10605_G_GEN5 10605_B_7PB 2005 10605 6RB 10605_B_6RB GEN5 10605_G_GEN5 10605_B_6RB 2005 10605 5RB 10605_B_5RB GEN5 10605_G_GEN5 10605_B_5RB 2005 10606 5A 10606_B_5A GEN4 10606_G_GEN4 10606_B_5A 2005 10606 9A 10606_B_9A GEN4 10606_G_GEN4 10606_B_9A 2005 10606 10A 10606_B_10A GEN4 10606_G_GEN4 10606_B_10A 2005 10606 8R 10606_B_8R GEN4 10606_G_GEN4 10606_B_8R 2005 10606 6A 10606_B_6A GEN4 10606_G_GEN4 10606_B_6A 2005 10606 5A 10606_B_5A GEN5 10606_G_GEN5 10606_B_5A 2005 10606 8R 10606_B_8R GEN5 10606_G_GEN5 10606_B_8R 2005 10606 10A 10606_B_10A GEN5 10606_G_GEN5 10606_B_10A 2005 10606 6A 10606_B_6A GEN5 10606_G_GEN5 10606_B_6A 2005 10606 9A 10606_B_9A GEN5 10606_G_GEN5 10606_B_9A 2005 10606 5A 10606_B_5A GEN6 10606_G_GEN6 10606_B_5A 2005 10606 6A 10606_B_6A GEN6 10606_G_GEN6 10606_B_6A 2005 10606 8R 10606_B_8R GEN6 10606_G_GEN6 10606_B_8R 2005 10606 10A 10606_B_10A GEN6 10606_G_GEN6 10606_B_10A 2005 10606 9A 10606_B_9A GEN6 10606_G_GEN6 10606_B_9A 2005 10610 PFI 10610_B_PFI GEN1 10610_G_GEN1 10610_B_PFI 2005 10610 REC2 10610_B_REC2 GEN1 10610_G_GEN1 10610_B_REC2 2005 10610 COMB 10610_B_COMB GEN1 10610_G_GEN1 10610_B_COMB 2005 10610 REC1 10610_B_REC1 GEN1 10610_G_GEN1 10610_B_REC1 2005 10610 PFI 10610_B_PFI GEN2 10610_G_GEN2 10610_B_PFI 2005 10610 REC2 10610_B_REC2 GEN2 10610_G_GEN2 10610_B_REC2 2005 10610 COMB 10610_B_COMB GEN2 10610_G_GEN2 10610_B_COMB 2005 10610 REC1 10610_B_REC1 GEN2 10610_G_GEN2 10610_B_REC1 2005 10611 5 10611_B_5 GEN2 10611_G_GEN2 10611_B_5 2005 10611 4RB 10611_B_4RB GEN4 10611_G_GEN4 10611_B_4RB 2005 10611 4 COMB 10611_B_4 COMB GEN4 10611_G_GEN4 10611_B_4 COMB 2005 10611 4RB 10611_B_4RB GEN8 10611_G_GEN8 10611_B_4RB 2005 10611 6 10611_B_6 GEN8 10611_G_GEN8 10611_B_6 2005 10612 RB1 10612_B_RB1 GEN1 10612_G_GEN1 10612_B_RB1 2005 10612 PB5 10612_B_PB5 GEN1 10612_G_GEN1 10612_B_PB5

Gen_Boiler_Crosswalk_2005 401 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10612 RB2 10612_B_RB2 GEN1 10612_G_GEN1 10612_B_RB2 2005 10612 PB1 10612_B_PB1 GEN1 10612_G_GEN1 10612_B_PB1 2005 10613 3RB 10613_B_3RB TG10 10613_G_TG10 10613_B_3RB 2005 10613 9PB 10613_B_9PB TG10 10613_G_TG10 10613_B_9PB 2005 10613 9PB 10613_B_9PB TG11 10613_G_TG11 10613_B_9PB 2005 10613 3RB 10613_B_3RB TG11 10613_G_TG11 10613_B_3RB 2005 10617 HRSG50 10617_B_HRSG50 GEN2 10617_G_GEN2 10617_B_HRSG50 2005 10618 HRSG 10618_B_HRSG GEN2 10618_G_GEN2 10618_B_HRSG 2005 10620 HRSG 10620_B_HRSG GEN2 10620_G_GEN2 10620_B_HRSG 2005 10621 HRSG50 10621_B_HRSG50 GEN2 10621_G_GEN2 10621_B_HRSG50 2005 10627 PB1 10627_B_PB1 1TG1 10627_G_1TG1 10627_B_PB1 2005 10627 PB2 10627_B_PB2 1TG1 10627_G_1TG1 10627_B_PB2 2005 10627 RB2 10627_B_RB2 1TG1 10627_G_1TG1 10627_B_RB2 2005 10627 BB1 10627_B_BB1 1TG1 10627_G_1TG1 10627_B_BB1 2005 10627 RB4 10627_B_RB4 1TG1 10627_G_1TG1 10627_B_RB4 2005 10627 RB3 10627_B_RB3 1TG1 10627_G_1TG1 10627_B_RB3 2005 10627 PB1 10627_B_PB1 2TG1 10627_G_2TG1 10627_B_PB1 2005 10627 BB1 10627_B_BB1 2TG1 10627_G_2TG1 10627_B_BB1 2005 10627 RB4 10627_B_RB4 2TG1 10627_G_2TG1 10627_B_RB4 2005 10627 RB3 10627_B_RB3 2TG1 10627_G_2TG1 10627_B_RB3 2005 10627 PB2 10627_B_PB2 2TG1 10627_G_2TG1 10627_B_PB2 2005 10627 RB2 10627_B_RB2 2TG1 10627_G_2TG1 10627_B_RB2 2005 10627 PB1 10627_B_PB1 3TG1 10627_G_3TG1 10627_B_PB1 2005 10627 BB1 10627_B_BB1 3TG1 10627_G_3TG1 10627_B_BB1 2005 10627 RB3 10627_B_RB3 3TG1 10627_G_3TG1 10627_B_RB3 2005 10627 RB2 10627_B_RB2 3TG1 10627_G_3TG1 10627_B_RB2 2005 10627 PB2 10627_B_PB2 3TG1 10627_G_3TG1 10627_B_PB2 2005 10627 RB4 10627_B_RB4 3TG1 10627_G_3TG1 10627_B_RB4 2005 10629 BLR1 10629_B_BLR1 GEN1 10629_G_GEN1 10629_B_BLR1 2005 10629 BLR3 10629_B_BLR3 GEN1 10629_G_GEN1 10629_B_BLR3 2005 10629 BLR2 10629_B_BLR2 GEN1 10629_G_GEN1 10629_B_BLR2 2005 10629 BLR1 10629_B_BLR1 GEN2 10629_G_GEN2 10629_B_BLR1 2005 10629 BLR3 10629_B_BLR3 GEN2 10629_G_GEN2 10629_B_BLR3 2005 10629 BLR2 10629_B_BLR2 GEN2 10629_G_GEN2 10629_B_BLR2 2005 10640 BLR1 10640_B_BLR1 GEN1 10640_G_GEN1 10640_B_BLR1 2005 10641 B1 10641_B_B1 GEN1 10641_G_GEN1 10641_B_B1 2005 10641 B2 10641_B_B2 GEN1 10641_G_GEN1 10641_B_B2 2005 10642 1 10642_B_1 GEN1 10642_G_GEN1 10642_B_1 2005 10642 3 10642_B_3 GEN1 10642_G_GEN1 10642_B_3 2005 10642 2 10642_B_2 GEN1 10642_G_GEN1 10642_B_2 2005 10643 3 10643_B_3 GEN1 10643_G_GEN1 10643_B_3 2005 10643 2 10643_B_2 GEN1 10643_G_GEN1 10643_B_2 2005 10643 1 10643_B_1 GEN1 10643_G_GEN1 10643_B_1 2005 10643 3 10643_B_3 GEN2 10643_G_GEN2 10643_B_3

Gen_Boiler_Crosswalk_2005 402 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10646 BLR1 10646_B_BLR1 GEN1 10646_G_GEN1 10646_B_BLR1 2005 10646 BLR2 10646_B_BLR2 GEN1 10646_G_GEN1 10646_B_BLR2 2005 10652 BLR1 10652_B_BLR1 GEN1 10652_G_GEN1 10652_B_BLR1 2005 10652 BLR2 10652_B_BLR2 GEN1 10652_G_GEN1 10652_B_BLR2 2005 10661 4 10661_B_4 GEN4 10661_G_GEN4 10661_B_4 2005 10670 AAB001 10670_B_AAB001 GEN1 10670_G_GEN1 10670_B_AAB001 2005 10671 1A 10671_B_1A GEN1 10671_G_GEN1 10671_B_1A 2005 10671 1B 10671_B_1B GEN1 10671_G_GEN1 10671_B_1B 2005 10671 2A 10671_B_2A GEN2 10671_G_GEN2 10671_B_2A 2005 10671 2B 10671_B_2B GEN2 10671_G_GEN2 10671_B_2B 2005 10672 CBA 10672_B_CBA GEN1 10672_G_GEN1 10672_B_CBA 2005 10672 CBB 10672_B_CBB GEN1 10672_G_GEN1 10672_B_CBB 2005 10672 CBC 10672_B_CBC GEN1 10672_G_GEN1 10672_B_CBC 2005 10673 BLRB 10673_B_BLRB GEN1 10673_G_GEN1 10673_B_BLRB 2005 10673 BLRA 10673_B_BLRA GEN1 10673_G_GEN1 10673_B_BLRA 2005 10675 A 10675_B_A GEN1 10675_G_GEN1 10675_B_A 2005 10675 B 10675_B_B GEN1 10675_G_GEN1 10675_B_B 2005 10676 4 10676_B_4 GEN2 10676_G_GEN2 10676_B_4 2005 10676 3 10676_B_3 GEN2 10676_G_GEN2 10676_B_3 2005 10676 2 10676_B_2 GEN2 10676_G_GEN2 10676_B_2 2005 10676 5 10676_B_5 GEN3 10676_G_GEN3 10676_B_5 2005 10676 4 10676_B_4 GEN3 10676_G_GEN3 10676_B_4 2005 10676 3 10676_B_3 GEN3 10676_G_GEN3 10676_B_3 2005 10676 2 10676_B_2 GEN3 10676_G_GEN3 10676_B_2 2005 10678 BLR1 10678_B_BLR1 GEN1 10678_G_GEN1 10678_B_BLR1 2005 10682 HR1 10682_B_HR1 ST1 10682_G_ST1 10682_B_HR1 2005 10683 HR2 10683_B_HR2 ST2 10683_G_ST2 10683_B_HR2 2005 10684 BLR25 10684_B_BLR25 TG8 10684_G_TG8 10684_B_BLR25 2005 10684 BLR26 10684_B_BLR26 TG8 10684_G_TG8 10684_B_BLR26 2005 10684 BLR26 10684_B_BLR26 TG9 10684_G_TG9 10684_B_BLR26 2005 10684 BLR25 10684_B_BLR25 TG9 10684_G_TG9 10684_B_BLR25 2005 10686 5 10686_B_5 6 10686_G_6 10686_B_5 2005 10686 8 10686_B_8 6 10686_G_6 10686_B_8 2005 10686 7 10686_B_7 6 10686_G_6 10686_B_7 2005 10686 6 10686_B_6 6 10686_G_6 10686_B_6 2005 10686 5 10686_B_5 7 10686_G_7 10686_B_5 2005 10686 6 10686_B_6 7 10686_G_7 10686_B_6 2005 10697 RB 10697_B_RB GEN2 10697_G_GEN2 10697_B_RB 2005 10698 8 10698_B_8 GEN1 10698_G_GEN1 10698_B_8 2005 10698 9 10698_B_9 GEN2 10698_G_GEN2 10698_B_9 2005 10699 6 10699_B_6 GEN1 10699_G_GEN1 10699_B_6 2005 10699 4 10699_B_4 GEN1 10699_G_GEN1 10699_B_4 2005 10699 1 10699_B_1 GEN1 10699_G_GEN1 10699_B_1 2005 10699 2 10699_B_2 GEN1 10699_G_GEN1 10699_B_2

Gen_Boiler_Crosswalk_2005 403 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10699 3 10699_B_3 GEN1 10699_G_GEN1 10699_B_3 2005 10699 5 10699_B_5 GEN1 10699_G_GEN1 10699_B_5 2005 10699 6 10699_B_6 GEN2 10699_G_GEN2 10699_B_6 2005 10699 4 10699_B_4 GEN2 10699_G_GEN2 10699_B_4 2005 10699 5 10699_B_5 GEN2 10699_G_GEN2 10699_B_5 2005 10699 1 10699_B_1 GEN2 10699_G_GEN2 10699_B_1 2005 10699 2 10699_B_2 GEN2 10699_G_GEN2 10699_B_2 2005 10699 3 10699_B_3 GEN2 10699_G_GEN2 10699_B_3 2005 10699 4 10699_B_4 GT3 10699_G_GT3 10699_B_4 2005 10700 RB4 10700_B_RB4 TG4 10700_G_TG4 10700_B_RB4 2005 10700 BLR1 10700_B_BLR1 TG6 10700_G_TG6 10700_B_BLR1 2005 10725 HRSG1 10725_B_HRSG1 GEN2 10725_G_GEN2 10725_B_HRSG1 2005 10725 HRSG1 10725_B_HRSG1 GEN5 10725_G_GEN5 10725_B_HRSG1 2005 10725 HRSG3 10725_B_HRSG3 GEN5 10725_G_GEN5 10725_B_HRSG3 2005 10725 HRSG2 10725_B_HRSG2 GEN5 10725_G_GEN5 10725_B_HRSG2 2005 10729 PCBLR 10729_B_PCBLR GEN1 10729_G_GEN1 10729_B_PCBLR 2005 10729 STRBLR 10729_B_STRBLR GEN1 10729_G_GEN1 10729_B_STRBLR 2005 10731 1 10731_B_1 GEN1 10731_G_GEN1 10731_B_1 2005 10743 CFB1 10743_B_CFB1 GEN1 10743_G_GEN1 10743_B_CFB1 2005 10743 CFB2 10743_B_CFB2 GEN1 10743_G_GEN1 10743_B_CFB2 2005 10745 09HR82 10745_B_09HR82 ST1 10745_G_ST1 10745_B_09HR82 2005 10745 14HR82 10745_B_14HR82 ST1 10745_G_ST1 10745_B_14HR82 2005 10745 13HR82 10745_B_13HR82 ST1 10745_G_ST1 10745_B_13HR82 2005 10745 10HR82 10745_B_10HR82 ST1 10745_G_ST1 10745_B_10HR82 2005 10745 12HR82 10745_B_12HR82 ST1 10745_G_ST1 10745_B_12HR82 2005 10745 11HR82 10745_B_11HR82 ST1 10745_G_ST1 10745_B_11HR82 2005 10745 09HR82 10745_B_09HR82 ST2 10745_G_ST2 10745_B_09HR82 2005 10745 14HR82 10745_B_14HR82 ST2 10745_G_ST2 10745_B_14HR82 2005 10745 13HR82 10745_B_13HR82 ST2 10745_G_ST2 10745_B_13HR82 2005 10745 12HR82 10745_B_12HR82 ST2 10745_G_ST2 10745_B_12HR82 2005 10745 11HR82 10745_B_11HR82 ST2 10745_G_ST2 10745_B_11HR82 2005 10745 10HR82 10745_B_10HR82 ST2 10745_G_ST2 10745_B_10HR82 2005 10746 BLR6 10746_B_BLR6 GEN1 10746_G_GEN1 10746_B_BLR6 2005 10746 BLR5 10746_B_BLR5 GEN1 10746_G_GEN1 10746_B_BLR5 2005 10746 BLR3 10746_B_BLR3 GEN1 10746_G_GEN1 10746_B_BLR3 2005 10746 BLR1 10746_B_BLR1 GEN1 10746_G_GEN1 10746_B_BLR1 2005 10746 BLR2 10746_B_BLR2 GEN1 10746_G_GEN1 10746_B_BLR2 2005 10746 BLR4 10746_B_BLR4 GEN1 10746_G_GEN1 10746_B_BLR4 2005 10751 HRSG 10751_B_HRSG GEN2 10751_G_GEN2 10751_B_HRSG 2005 10755 HR2 10755_B_HR2 ST1 10755_G_ST1 10755_B_HR2 2005 10755 HR3 10755_B_HR3 ST1 10755_G_ST1 10755_B_HR3 2005 10755 HR4 10755_B_HR4 ST1 10755_G_ST1 10755_B_HR4 2005 10764 Zurn 10764_B_Zurn GEN1 10764_G_GEN1 10764_B_Zurn 2005 10765 CFB002 10765_B_CFB002 GEN1 10765_G_GEN1 10765_B_CFB002

Gen_Boiler_Crosswalk_2005 404 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10766 CFB001 10766_B_CFB001 GEN1 10766_G_GEN1 10766_B_CFB001 2005 10767 CFB 10767_B_CFB GEN1 10767_G_GEN1 10767_B_CFB 2005 10768 CFB 10768_B_CFB UP9 10768_G_UP9 10768_B_CFB 2005 10769 CFB 10769_B_CFB UP8 10769_G_UP8 10769_B_CFB 2005 10771 1 10771_B_1 1 10771_G_1 10771_B_1 2005 10772 CFB 10772_B_CFB GEN1 10772_G_GEN1 10772_B_CFB 2005 10773 1 10773_B_1 1 10773_G_1 10773_B_1 2005 10774 1 10774_B_1 1 10774_G_1 10774_B_1 2005 10777 ZURN1 10777_B_ZURN1 GEN1 10777_G_GEN1 10777_B_ZURN1 2005 10784 BLR1 10784_B_BLR1 GEN1 10784_G_GEN1 10784_B_BLR1 2005 10788 BLR14 10788_B_BLR14 GEN1 10788_G_GEN1 10788_B_BLR14 2005 10788 BLR6 10788_B_BLR6 GEN1 10788_G_GEN1 10788_B_BLR6 2005 10788 BLR15 10788_B_BLR15 GEN1 10788_G_GEN1 10788_B_BLR15 2005 10788 BLR10 10788_B_BLR10 GEN1 10788_G_GEN1 10788_B_BLR10 2005 10792 BOIL1 10792_B_BOIL1 GEN1 10792_G_GEN1 10792_B_BOIL1 2005 10792 BOIL2 10792_B_BOIL2 GEN1 10792_G_GEN1 10792_B_BOIL2 2005 10792 BOIL3 10792_B_BOIL3 GEN1 10792_G_GEN1 10792_B_BOIL3 2005 10792 BOIL1 10792_B_BOIL1 GEN2 10792_G_GEN2 10792_B_BOIL1 2005 10792 BOIL2 10792_B_BOIL2 GEN2 10792_G_GEN2 10792_B_BOIL2 2005 10792 BOIL3 10792_B_BOIL3 GEN2 10792_G_GEN2 10792_B_BOIL3 2005 10793 BLR2 10793_B_BLR2 GEN1 10793_G_GEN1 10793_B_BLR2 2005 10793 BLR3 10793_B_BLR3 GEN1 10793_G_GEN1 10793_B_BLR3 2005 10793 BLR1 10793_B_BLR1 GEN1 10793_G_GEN1 10793_B_BLR1 2005 10793 BLR2 10793_B_BLR2 GEN2 10793_G_GEN2 10793_B_BLR2 2005 10793 BLR3 10793_B_BLR3 GEN2 10793_G_GEN2 10793_B_BLR3 2005 10793 BLR1 10793_B_BLR1 GEN2 10793_G_GEN2 10793_B_BLR1 2005 10793 BLR1 10793_B_BLR1 GEN3 10793_G_GEN3 10793_B_BLR1 2005 10793 BLR3 10793_B_BLR3 GEN3 10793_G_GEN3 10793_B_BLR3 2005 10793 BLR2 10793_B_BLR2 GEN3 10793_G_GEN3 10793_B_BLR2 2005 10795 BLR4 10795_B_BLR4 GEN1 10795_G_GEN1 10795_B_BLR4 2005 10795 BLR3 10795_B_BLR3 GEN1 10795_G_GEN1 10795_B_BLR3 2005 10795 BLR2 10795_B_BLR2 GEN1 10795_G_GEN1 10795_B_BLR2 2005 10795 BLR1 10795_B_BLR1 GEN1 10795_G_GEN1 10795_B_BLR1 2005 10795 BLR4 10795_B_BLR4 GEN2 10795_G_GEN2 10795_B_BLR4 2005 10795 BLR2 10795_B_BLR2 GEN2 10795_G_GEN2 10795_B_BLR2 2005 10795 BLR1 10795_B_BLR1 GEN2 10795_G_GEN2 10795_B_BLR1 2005 10795 BLR3 10795_B_BLR3 GEN2 10795_G_GEN2 10795_B_BLR3 2005 10795 BLR4 10795_B_BLR4 GEN3 10795_G_GEN3 10795_B_BLR4 2005 10795 BLR2 10795_B_BLR2 GEN3 10795_G_GEN3 10795_B_BLR2 2005 10795 BLR3 10795_B_BLR3 GEN3 10795_G_GEN3 10795_B_BLR3 2005 10795 BLR1 10795_B_BLR1 GEN3 10795_G_GEN3 10795_B_BLR1 2005 10796 BLR3 10796_B_BLR3 GEN1 10796_G_GEN1 10796_B_BLR3 2005 10796 BLR2 10796_B_BLR2 GEN1 10796_G_GEN1 10796_B_BLR2 2005 10796 BLR1 10796_B_BLR1 GEN1 10796_G_GEN1 10796_B_BLR1

Gen_Boiler_Crosswalk_2005 405 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10796 BLR3 10796_B_BLR3 GEN2 10796_G_GEN2 10796_B_BLR3 2005 10796 BLR2 10796_B_BLR2 GEN2 10796_G_GEN2 10796_B_BLR2 2005 10796 BLR1 10796_B_BLR1 GEN2 10796_G_GEN2 10796_B_BLR1 2005 10796 BLR3 10796_B_BLR3 GEN3 10796_G_GEN3 10796_B_BLR3 2005 10796 BLR1 10796_B_BLR1 GEN3 10796_G_GEN3 10796_B_BLR1 2005 10796 BLR2 10796_B_BLR2 GEN3 10796_G_GEN3 10796_B_BLR2 2005 10796 BLR3 10796_B_BLR3 GEN4 10796_G_GEN4 10796_B_BLR3 2005 10796 BLR2 10796_B_BLR2 GEN4 10796_G_GEN4 10796_B_BLR2 2005 10796 BLR1 10796_B_BLR1 GEN4 10796_G_GEN4 10796_B_BLR1 2005 10803 HRSG A 10803_B_HRSG A GEN3 10803_G_GEN3 10803_B_HRSG A 2005 10822 BOIL1 10822_B_BOIL1 GEN1 10822_G_GEN1 10822_B_BOIL1 2005 10823 B201 10823_B_B201 S101 10823_G_S101 10823_B_B201 2005 10823 B101 10823_B_B101 S101 10823_G_S101 10823_B_B101 2005 10836 BLR1 10836_B_BLR1 GEN1 10836_G_GEN1 10836_B_BLR1 2005 10837 B1 10837_B_B1 GEN1 10837_G_GEN1 10837_B_B1 2005 10838 BLR1 10838_B_BLR1 GEN1 10838_G_GEN1 10838_B_BLR1 2005 10839 BLR1 10839_B_BLR1 GEN1 10839_G_GEN1 10839_B_BLR1 2005 10840 U1 10840_B_U1 GEN1 10840_G_GEN1 10840_B_U1 2005 10840 U2 10840_B_U2 GEN2 10840_G_GEN2 10840_B_U2 2005 10849 BLR1 10849_B_BLR1 GEN1 10849_G_GEN1 10849_B_BLR1 2005 10849 BLR2 10849_B_BLR2 GEN2 10849_G_GEN2 10849_B_BLR2 2005 10855 STKR1 10855_B_STKR1 GEN1 10855_G_GEN1 10855_B_STKR1 2005 10855 STKR3 10855_B_STKR3 GEN1 10855_G_GEN1 10855_B_STKR3 2005 10855 STKR2 10855_B_STKR2 GEN1 10855_G_GEN1 10855_B_STKR2 2005 10855 STKR1 10855_B_STKR1 GEN2 10855_G_GEN2 10855_B_STKR1 2005 10855 STKR3 10855_B_STKR3 GEN2 10855_G_GEN2 10855_B_STKR3 2005 10855 STKR2 10855_B_STKR2 GEN2 10855_G_GEN2 10855_B_STKR2 2005 10860 B2 10860_B_B2 GEN1 10860_G_GEN1 10860_B_B2 2005 10860 B7 10860_B_B7 GEN1 10860_G_GEN1 10860_B_B7 2005 10860 B9 10860_B_B9 GEN1 10860_G_GEN1 10860_B_B9 2005 10860 B1 10860_B_B1 GEN1 10860_G_GEN1 10860_B_B1 2005 10860 B10 10860_B_B10 GEN1 10860_G_GEN1 10860_B_B10 2005 10860 B8 10860_B_B8 GEN1 10860_G_GEN1 10860_B_B8 2005 10860 B6 10860_B_B6 GEN1 10860_G_GEN1 10860_B_B6 2005 10860 B3 10860_B_B3 GEN1 10860_G_GEN1 10860_B_B3 2005 10860 B4 10860_B_B4 GEN1 10860_G_GEN1 10860_B_B4 2005 10860 B5 10860_B_B5 GEN1 10860_G_GEN1 10860_B_B5 2005 10860 B2 10860_B_B2 GEN2 10860_G_GEN2 10860_B_B2 2005 10860 B3 10860_B_B3 GEN2 10860_G_GEN2 10860_B_B3 2005 10860 B1 10860_B_B1 GEN2 10860_G_GEN2 10860_B_B1 2005 10860 B10 10860_B_B10 GEN2 10860_G_GEN2 10860_B_B10 2005 10860 B9 10860_B_B9 GEN2 10860_G_GEN2 10860_B_B9 2005 10860 B8 10860_B_B8 GEN2 10860_G_GEN2 10860_B_B8 2005 10860 B7 10860_B_B7 GEN2 10860_G_GEN2 10860_B_B7

Gen_Boiler_Crosswalk_2005 406 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10860 B6 10860_B_B6 GEN2 10860_G_GEN2 10860_B_B6 2005 10860 B5 10860_B_B5 GEN2 10860_G_GEN2 10860_B_B5 2005 10860 B4 10860_B_B4 GEN2 10860_G_GEN2 10860_B_B4 2005 10860 B2 10860_B_B2 GEN3 10860_G_GEN3 10860_B_B2 2005 10860 B9 10860_B_B9 GEN3 10860_G_GEN3 10860_B_B9 2005 10860 B1 10860_B_B1 GEN3 10860_G_GEN3 10860_B_B1 2005 10860 B10 10860_B_B10 GEN3 10860_G_GEN3 10860_B_B10 2005 10860 B8 10860_B_B8 GEN3 10860_G_GEN3 10860_B_B8 2005 10860 B7 10860_B_B7 GEN3 10860_G_GEN3 10860_B_B7 2005 10860 B6 10860_B_B6 GEN3 10860_G_GEN3 10860_B_B6 2005 10860 B5 10860_B_B5 GEN3 10860_G_GEN3 10860_B_B5 2005 10860 B4 10860_B_B4 GEN3 10860_G_GEN3 10860_B_B4 2005 10860 B3 10860_B_B3 GEN3 10860_G_GEN3 10860_B_B3 2005 10860 B2 10860_B_B2 GEN4 10860_G_GEN4 10860_B_B2 2005 10860 B5 10860_B_B5 GEN4 10860_G_GEN4 10860_B_B5 2005 10860 B1 10860_B_B1 GEN4 10860_G_GEN4 10860_B_B1 2005 10860 B10 10860_B_B10 GEN4 10860_G_GEN4 10860_B_B10 2005 10860 B9 10860_B_B9 GEN4 10860_G_GEN4 10860_B_B9 2005 10860 B8 10860_B_B8 GEN4 10860_G_GEN4 10860_B_B8 2005 10860 B7 10860_B_B7 GEN4 10860_G_GEN4 10860_B_B7 2005 10860 B6 10860_B_B6 GEN4 10860_G_GEN4 10860_B_B6 2005 10860 B4 10860_B_B4 GEN4 10860_G_GEN4 10860_B_B4 2005 10860 B3 10860_B_B3 GEN4 10860_G_GEN4 10860_B_B3 2005 10860 B2 10860_B_B2 GEN5 10860_G_GEN5 10860_B_B2 2005 10860 B3 10860_B_B3 GEN5 10860_G_GEN5 10860_B_B3 2005 10860 B1 10860_B_B1 GEN5 10860_G_GEN5 10860_B_B1 2005 10860 B10 10860_B_B10 GEN5 10860_G_GEN5 10860_B_B10 2005 10860 B9 10860_B_B9 GEN5 10860_G_GEN5 10860_B_B9 2005 10860 B8 10860_B_B8 GEN5 10860_G_GEN5 10860_B_B8 2005 10860 B7 10860_B_B7 GEN5 10860_G_GEN5 10860_B_B7 2005 10860 B6 10860_B_B6 GEN5 10860_G_GEN5 10860_B_B6 2005 10860 B5 10860_B_B5 GEN5 10860_G_GEN5 10860_B_B5 2005 10860 B4 10860_B_B4 GEN5 10860_G_GEN5 10860_B_B4 2005 10864 1 10864_B_1 GEN1 10864_G_GEN1 10864_B_1 2005 10864 3 10864_B_3 GEN1 10864_G_GEN1 10864_B_3 2005 10864 4 10864_B_4 GEN1 10864_G_GEN1 10864_B_4 2005 10864 5 10864_B_5 GEN1 10864_G_GEN1 10864_B_5 2005 10864 2 10864_B_2 GEN1 10864_G_GEN1 10864_B_2 2005 10864 1 10864_B_1 GEN2 10864_G_GEN2 10864_B_1 2005 10864 4 10864_B_4 GEN2 10864_G_GEN2 10864_B_4 2005 10864 5 10864_B_5 GEN2 10864_G_GEN2 10864_B_5 2005 10864 3 10864_B_3 GEN2 10864_G_GEN2 10864_B_3 2005 10864 2 10864_B_2 GEN2 10864_G_GEN2 10864_B_2 2005 10864 1 10864_B_1 GEN3 10864_G_GEN3 10864_B_1

Gen_Boiler_Crosswalk_2005 407 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10864 5 10864_B_5 GEN3 10864_G_GEN3 10864_B_5 2005 10864 4 10864_B_4 GEN3 10864_G_GEN3 10864_B_4 2005 10864 3 10864_B_3 GEN3 10864_G_GEN3 10864_B_3 2005 10864 2 10864_B_2 GEN3 10864_G_GEN3 10864_B_2 2005 10864 1 10864_B_1 GEN4 10864_G_GEN4 10864_B_1 2005 10864 5 10864_B_5 GEN4 10864_G_GEN4 10864_B_5 2005 10864 4 10864_B_4 GEN4 10864_G_GEN4 10864_B_4 2005 10864 3 10864_B_3 GEN4 10864_G_GEN4 10864_B_3 2005 10864 2 10864_B_2 GEN4 10864_G_GEN4 10864_B_2 2005 10864 1 10864_B_1 GEN5 10864_G_GEN5 10864_B_1 2005 10864 2 10864_B_2 GEN5 10864_G_GEN5 10864_B_2 2005 10864 3 10864_B_3 GEN5 10864_G_GEN5 10864_B_3 2005 10864 5 10864_B_5 GEN5 10864_G_GEN5 10864_B_5 2005 10864 4 10864_B_4 GEN5 10864_G_GEN5 10864_B_4 2005 10864 1 10864_B_1 GEN6 10864_G_GEN6 10864_B_1 2005 10864 2 10864_B_2 GEN6 10864_G_GEN6 10864_B_2 2005 10864 3 10864_B_3 GEN6 10864_G_GEN6 10864_B_3 2005 10864 5 10864_B_5 GEN6 10864_G_GEN6 10864_B_5 2005 10864 4 10864_B_4 GEN6 10864_G_GEN6 10864_B_4 2005 10865 CFB5 10865_B_CFB5 GEN2 10865_G_GEN2 10865_B_CFB5 2005 10865 CFB1 10865_B_CFB1 GEN2 10865_G_GEN2 10865_B_CFB1 2005 10865 CFB3 10865_B_CFB3 GEN2 10865_G_GEN2 10865_B_CFB3 2005 10865 CFB4 10865_B_CFB4 GEN2 10865_G_GEN2 10865_B_CFB4 2005 10865 CFB2 10865_B_CFB2 GEN2 10865_G_GEN2 10865_B_CFB2 2005 10865 CFB9 10865_B_CFB9 GEN2 10865_G_GEN2 10865_B_CFB9 2005 10865 CFB6 10865_B_CFB6 GEN2 10865_G_GEN2 10865_B_CFB6 2005 10865 CFB7 10865_B_CFB7 GEN2 10865_G_GEN2 10865_B_CFB7 2005 10865 CFB8 10865_B_CFB8 GEN2 10865_G_GEN2 10865_B_CFB8 2005 10865 CFB5 10865_B_CFB5 GEN3 10865_G_GEN3 10865_B_CFB5 2005 10865 CFB6 10865_B_CFB6 GEN3 10865_G_GEN3 10865_B_CFB6 2005 10865 CFB4 10865_B_CFB4 GEN3 10865_G_GEN3 10865_B_CFB4 2005 10865 CFB3 10865_B_CFB3 GEN3 10865_G_GEN3 10865_B_CFB3 2005 10865 CFB2 10865_B_CFB2 GEN3 10865_G_GEN3 10865_B_CFB2 2005 10865 CFB1 10865_B_CFB1 GEN3 10865_G_GEN3 10865_B_CFB1 2005 10865 CFB9 10865_B_CFB9 GEN3 10865_G_GEN3 10865_B_CFB9 2005 10865 CFB8 10865_B_CFB8 GEN3 10865_G_GEN3 10865_B_CFB8 2005 10865 CFB7 10865_B_CFB7 GEN3 10865_G_GEN3 10865_B_CFB7 2005 10865 CFB5 10865_B_CFB5 GEN4 10865_G_GEN4 10865_B_CFB5 2005 10865 CFB6 10865_B_CFB6 GEN4 10865_G_GEN4 10865_B_CFB6 2005 10865 CFB8 10865_B_CFB8 GEN4 10865_G_GEN4 10865_B_CFB8 2005 10865 CFB1 10865_B_CFB1 GEN4 10865_G_GEN4 10865_B_CFB1 2005 10865 CFB4 10865_B_CFB4 GEN4 10865_G_GEN4 10865_B_CFB4 2005 10865 CFB3 10865_B_CFB3 GEN4 10865_G_GEN4 10865_B_CFB3 2005 10865 CFB2 10865_B_CFB2 GEN4 10865_G_GEN4 10865_B_CFB2

Gen_Boiler_Crosswalk_2005 408 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10865 CFB9 10865_B_CFB9 GEN4 10865_G_GEN4 10865_B_CFB9 2005 10865 CFB7 10865_B_CFB7 GEN4 10865_G_GEN4 10865_B_CFB7 2005 10865 CFB5 10865_B_CFB5 GEN5 10865_G_GEN5 10865_B_CFB5 2005 10865 CFB7 10865_B_CFB7 GEN5 10865_G_GEN5 10865_B_CFB7 2005 10865 CFB4 10865_B_CFB4 GEN5 10865_G_GEN5 10865_B_CFB4 2005 10865 CFB3 10865_B_CFB3 GEN5 10865_G_GEN5 10865_B_CFB3 2005 10865 CFB2 10865_B_CFB2 GEN5 10865_G_GEN5 10865_B_CFB2 2005 10865 CFB1 10865_B_CFB1 GEN5 10865_G_GEN5 10865_B_CFB1 2005 10865 CFB9 10865_B_CFB9 GEN5 10865_G_GEN5 10865_B_CFB9 2005 10865 CFB8 10865_B_CFB8 GEN5 10865_G_GEN5 10865_B_CFB8 2005 10865 CFB6 10865_B_CFB6 GEN5 10865_G_GEN5 10865_B_CFB6 2005 10865 CFB5 10865_B_CFB5 GEN6 10865_G_GEN6 10865_B_CFB5 2005 10865 CFB4 10865_B_CFB4 GEN6 10865_G_GEN6 10865_B_CFB4 2005 10865 CFB3 10865_B_CFB3 GEN6 10865_G_GEN6 10865_B_CFB3 2005 10865 CFB2 10865_B_CFB2 GEN6 10865_G_GEN6 10865_B_CFB2 2005 10865 CFB1 10865_B_CFB1 GEN6 10865_G_GEN6 10865_B_CFB1 2005 10865 CFB9 10865_B_CFB9 GEN6 10865_G_GEN6 10865_B_CFB9 2005 10865 CFB8 10865_B_CFB8 GEN6 10865_G_GEN6 10865_B_CFB8 2005 10865 CFB7 10865_B_CFB7 GEN6 10865_G_GEN6 10865_B_CFB7 2005 10865 CFB6 10865_B_CFB6 GEN6 10865_G_GEN6 10865_B_CFB6 2005 10865 CFB5 10865_B_CFB5 GEN7 10865_G_GEN7 10865_B_CFB5 2005 10865 CFB6 10865_B_CFB6 GEN7 10865_G_GEN7 10865_B_CFB6 2005 10865 CFB7 10865_B_CFB7 GEN7 10865_G_GEN7 10865_B_CFB7 2005 10865 CFB9 10865_B_CFB9 GEN7 10865_G_GEN7 10865_B_CFB9 2005 10865 CFB4 10865_B_CFB4 GEN7 10865_G_GEN7 10865_B_CFB4 2005 10865 CFB3 10865_B_CFB3 GEN7 10865_G_GEN7 10865_B_CFB3 2005 10865 CFB2 10865_B_CFB2 GEN7 10865_G_GEN7 10865_B_CFB2 2005 10865 CFB1 10865_B_CFB1 GEN7 10865_G_GEN7 10865_B_CFB1 2005 10865 CFB8 10865_B_CFB8 GEN7 10865_G_GEN7 10865_B_CFB8 2005 10865 CFB4 10865_B_CFB4 GEN8 10865_G_GEN8 10865_B_CFB4 2005 10865 CFB6 10865_B_CFB6 GEN8 10865_G_GEN8 10865_B_CFB6 2005 10865 CFB5 10865_B_CFB5 GEN8 10865_G_GEN8 10865_B_CFB5 2005 10865 CFB3 10865_B_CFB3 GEN8 10865_G_GEN8 10865_B_CFB3 2005 10865 CFB2 10865_B_CFB2 GEN8 10865_G_GEN8 10865_B_CFB2 2005 10865 CFB1 10865_B_CFB1 GEN8 10865_G_GEN8 10865_B_CFB1 2005 10865 CFB9 10865_B_CFB9 GEN8 10865_G_GEN8 10865_B_CFB9 2005 10865 CFB8 10865_B_CFB8 GEN8 10865_G_GEN8 10865_B_CFB8 2005 10865 CFB7 10865_B_CFB7 GEN8 10865_G_GEN8 10865_B_CFB7 2005 10866 12 10866_B_12 GEN1 10866_G_GEN1 10866_B_12 2005 10866 13 10866_B_13 GEN1 10866_G_GEN1 10866_B_13 2005 10866 9 10866_B_9 GEN1 10866_G_GEN1 10866_B_9 2005 10866 10 10866_B_10 GEN1 10866_G_GEN1 10866_B_10 2005 10866 3 10866_B_3 GEN1 10866_G_GEN1 10866_B_3 2005 10866 2 10866_B_2 GEN1 10866_G_GEN1 10866_B_2

Gen_Boiler_Crosswalk_2005 409 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10866 1 10866_B_1 GEN1 10866_G_GEN1 10866_B_1 2005 10866 5 10866_B_5 GEN1 10866_G_GEN1 10866_B_5 2005 10866 11 10866_B_11 GEN1 10866_G_GEN1 10866_B_11 2005 10866 12 10866_B_12 GEN2 10866_G_GEN2 10866_B_12 2005 10866 13 10866_B_13 GEN2 10866_G_GEN2 10866_B_13 2005 10866 9 10866_B_9 GEN2 10866_G_GEN2 10866_B_9 2005 10866 2 10866_B_2 GEN2 10866_G_GEN2 10866_B_2 2005 10866 1 10866_B_1 GEN2 10866_G_GEN2 10866_B_1 2005 10866 3 10866_B_3 GEN2 10866_G_GEN2 10866_B_3 2005 10866 5 10866_B_5 GEN2 10866_G_GEN2 10866_B_5 2005 10866 10 10866_B_10 GEN2 10866_G_GEN2 10866_B_10 2005 10866 11 10866_B_11 GEN2 10866_G_GEN2 10866_B_11 2005 10866 12 10866_B_12 GEN3 10866_G_GEN3 10866_B_12 2005 10866 13 10866_B_13 GEN3 10866_G_GEN3 10866_B_13 2005 10866 3 10866_B_3 GEN3 10866_G_GEN3 10866_B_3 2005 10866 1 10866_B_1 GEN3 10866_G_GEN3 10866_B_1 2005 10866 5 10866_B_5 GEN3 10866_G_GEN3 10866_B_5 2005 10866 9 10866_B_9 GEN3 10866_G_GEN3 10866_B_9 2005 10866 10 10866_B_10 GEN3 10866_G_GEN3 10866_B_10 2005 10866 2 10866_B_2 GEN3 10866_G_GEN3 10866_B_2 2005 10866 11 10866_B_11 GEN3 10866_G_GEN3 10866_B_11 2005 10866 12 10866_B_12 GEN4 10866_G_GEN4 10866_B_12 2005 10866 13 10866_B_13 GEN4 10866_G_GEN4 10866_B_13 2005 10866 9 10866_B_9 GEN4 10866_G_GEN4 10866_B_9 2005 10866 1 10866_B_1 GEN4 10866_G_GEN4 10866_B_1 2005 10866 2 10866_B_2 GEN4 10866_G_GEN4 10866_B_2 2005 10866 3 10866_B_3 GEN4 10866_G_GEN4 10866_B_3 2005 10866 5 10866_B_5 GEN4 10866_G_GEN4 10866_B_5 2005 10866 11 10866_B_11 GEN4 10866_G_GEN4 10866_B_11 2005 10866 10 10866_B_10 GEN4 10866_G_GEN4 10866_B_10 2005 10866 12 10866_B_12 GEN5 10866_G_GEN5 10866_B_12 2005 10866 13 10866_B_13 GEN5 10866_G_GEN5 10866_B_13 2005 10866 9 10866_B_9 GEN5 10866_G_GEN5 10866_B_9 2005 10866 5 10866_B_5 GEN5 10866_G_GEN5 10866_B_5 2005 10866 1 10866_B_1 GEN5 10866_G_GEN5 10866_B_1 2005 10866 2 10866_B_2 GEN5 10866_G_GEN5 10866_B_2 2005 10866 3 10866_B_3 GEN5 10866_G_GEN5 10866_B_3 2005 10866 11 10866_B_11 GEN5 10866_G_GEN5 10866_B_11 2005 10866 10 10866_B_10 GEN5 10866_G_GEN5 10866_B_10 2005 10867 COGEN2 10867_B_COGEN2 GEN1 10867_G_GEN1 10867_B_COGEN2 2005 10867 COGEN1 10867_B_COGEN1 GEN1 10867_G_GEN1 10867_B_COGEN1 2005 10869 NORTH 10869_B_NORTH BBC 10869_G_BBC 10869_B_NORTH 2005 10869 SOUTH 10869_B_SOUTH GE 10869_G_GE 10869_B_SOUTH 2005 10883 GTHSG1 10883_B_GTHSG1 STG2 10883_G_STG2 10883_B_GTHSG1

Gen_Boiler_Crosswalk_2005 410 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 10883 GTHSG2 10883_B_GTHSG2 STG2 10883_G_STG2 10883_B_GTHSG2 2005 10883 PSG1 10883_B_PSG1 STG2 10883_G_STG2 10883_B_PSG1 2005 10883 PSG2 10883_B_PSG2 STG2 10883_G_STG2 10883_B_PSG2 2005 10883 PSG3 10883_B_PSG3 STG2 10883_G_STG2 10883_B_PSG3 2005 10883 HSG1 10883_B_HSG1 STG2 10883_G_STG2 10883_B_HSG1 2005 10883 HSG2 10883_B_HSG2 STG2 10883_G_STG2 10883_B_HSG2 2005 10883 GTHSG2 10883_B_GTHSG2 STG3 10883_G_STG3 10883_B_GTHSG2 2005 10883 HSG2 10883_B_HSG2 STG3 10883_G_STG3 10883_B_HSG2 2005 10883 GTHSG1 10883_B_GTHSG1 STG3 10883_G_STG3 10883_B_GTHSG1 2005 10883 PSG1 10883_B_PSG1 STG3 10883_G_STG3 10883_B_PSG1 2005 10883 PSG2 10883_B_PSG2 STG3 10883_G_STG3 10883_B_PSG2 2005 10883 PSG3 10883_B_PSG3 STG3 10883_G_STG3 10883_B_PSG3 2005 10883 HSG1 10883_B_HSG1 STG3 10883_G_STG3 10883_B_HSG1 2005 50012 BLR4 50012_B_BLR4 GEN3 50012_G_GEN3 50012_B_BLR4 2005 50028 5CE 50028_B_5CE GEN2 50028_G_GEN2 50028_B_5CE 2005 50028 1HP 50028_B_1HP GEN2 50028_G_GEN2 50028_B_1HP 2005 50028 2FW 50028_B_2FW GEN2 50028_G_GEN2 50028_B_2FW 2005 50028 4BW 50028_B_4BW GEN2 50028_G_GEN2 50028_B_4BW 2005 50028 1FW 50028_B_1FW GEN2 50028_G_GEN2 50028_B_1FW 2005 50028 4BW 50028_B_4BW GEN3 50028_G_GEN3 50028_B_4BW 2005 50028 1FW 50028_B_1FW GEN3 50028_G_GEN3 50028_B_1FW 2005 50028 5CE 50028_B_5CE GEN3 50028_G_GEN3 50028_B_5CE 2005 50028 2FW 50028_B_2FW GEN3 50028_G_GEN3 50028_B_2FW 2005 50028 1HP 50028_B_1HP GEN3 50028_G_GEN3 50028_B_1HP 2005 50028 5CE 50028_B_5CE GEN4 50028_G_GEN4 50028_B_5CE 2005 50028 1FW 50028_B_1FW GEN4 50028_G_GEN4 50028_B_1FW 2005 50028 4BW 50028_B_4BW GEN4 50028_G_GEN4 50028_B_4BW 2005 50028 2FW 50028_B_2FW GEN4 50028_G_GEN4 50028_B_2FW 2005 50028 1HP 50028_B_1HP GEN4 50028_G_GEN4 50028_B_1HP 2005 50028 5CE 50028_B_5CE GEN5 50028_G_GEN5 50028_B_5CE 2005 50028 1FW 50028_B_1FW GEN5 50028_G_GEN5 50028_B_1FW 2005 50028 1HP 50028_B_1HP GEN5 50028_G_GEN5 50028_B_1HP 2005 50028 2FW 50028_B_2FW GEN5 50028_G_GEN5 50028_B_2FW 2005 50028 4BW 50028_B_4BW GEN5 50028_G_GEN5 50028_B_4BW 2005 50028 5CE 50028_B_5CE GEN6 50028_G_GEN6 50028_B_5CE 2005 50028 1HP 50028_B_1HP GEN6 50028_G_GEN6 50028_B_1HP 2005 50028 1FW 50028_B_1FW GEN6 50028_G_GEN6 50028_B_1FW 2005 50028 4BW 50028_B_4BW GEN6 50028_G_GEN6 50028_B_4BW 2005 50028 2FW 50028_B_2FW GEN6 50028_G_GEN6 50028_B_2FW 2005 50039 1 50039_B_1 GEN1 50039_G_GEN1 50039_B_1 2005 50043 HRSG2 50043_B_HRSG2 ST 50043_G_ST 50043_B_HRSG2 2005 50043 HRSG3 50043_B_HRSG3 ST 50043_G_ST 50043_B_HRSG3 2005 50043 HRSG1 50043_B_HRSG1 ST 50043_G_ST 50043_B_HRSG1 2005 50049 BLRC 50049_B_BLRC GEN1 50049_G_GEN1 50049_B_BLRC

Gen_Boiler_Crosswalk_2005 411 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50049 BLRA 50049_B_BLRA GEN1 50049_G_GEN1 50049_B_BLRA 2005 50049 BLRB 50049_B_BLRB GEN1 50049_G_GEN1 50049_B_BLRB 2005 50049 BLRC 50049_B_BLRC GEN2 50049_G_GEN2 50049_B_BLRC 2005 50049 BLRA 50049_B_BLRA GEN2 50049_G_GEN2 50049_B_BLRA 2005 50049 BLRB 50049_B_BLRB GEN2 50049_G_GEN2 50049_B_BLRB 2005 50049 BLRA 50049_B_BLRA GEN3 50049_G_GEN3 50049_B_BLRA 2005 50051 BLR A 50051_B_BLR A GEN1 50051_G_GEN1 50051_B_BLR A 2005 50051 BLR B 50051_B_BLR B GEN1 50051_G_GEN1 50051_B_BLR B 2005 50067 2 50067_B_2 GEN1 50067_G_GEN1 50067_B_2 2005 50067 1 50067_B_1 GEN1 50067_G_GEN1 50067_B_1 2005 50071 BLR1 50071_B_BLR1 GEN1 50071_G_GEN1 50071_B_BLR1 2005 50071 BLR2 50071_B_BLR2 GEN1 50071_G_GEN1 50071_B_BLR2 2005 50087 1 50087_B_1 GEN1 50087_G_GEN1 50087_B_1 2005 50087 3 50087_B_3 GEN1 50087_G_GEN1 50087_B_3 2005 50087 2 50087_B_2 GEN1 50087_G_GEN1 50087_B_2 2005 50087 4 50087_B_4 GEN1 50087_G_GEN1 50087_B_4 2005 50087 1 50087_B_1 GEN2 50087_G_GEN2 50087_B_1 2005 50087 2 50087_B_2 GEN2 50087_G_GEN2 50087_B_2 2005 50087 4 50087_B_4 GEN2 50087_G_GEN2 50087_B_4 2005 50087 3 50087_B_3 GEN2 50087_G_GEN2 50087_B_3 2005 50087 4 50087_B_4 GEN3 50087_G_GEN3 50087_B_4 2005 50087 3 50087_B_3 GEN3 50087_G_GEN3 50087_B_3 2005 50101 RB4 50101_B_RB4 GEN1 50101_G_GEN1 50101_B_RB4 2005 50101 RB3 50101_B_RB3 GEN1 50101_G_GEN1 50101_B_RB3 2005 50101 PB6 50101_B_PB6 GEN1 50101_G_GEN1 50101_B_PB6 2005 50101 PB2 50101_B_PB2 GEN1 50101_G_GEN1 50101_B_PB2 2005 50101 PB1 50101_B_PB1 GEN1 50101_G_GEN1 50101_B_PB1 2005 50101 PB5 50101_B_PB5 GEN1 50101_G_GEN1 50101_B_PB5 2005 50101 RB2 50101_B_RB2 GEN1 50101_G_GEN1 50101_B_RB2 2005 50101 RB4 50101_B_RB4 GEN2 50101_G_GEN2 50101_B_RB4 2005 50101 RB3 50101_B_RB3 GEN2 50101_G_GEN2 50101_B_RB3 2005 50101 PB5 50101_B_PB5 GEN2 50101_G_GEN2 50101_B_PB5 2005 50101 PB2 50101_B_PB2 GEN2 50101_G_GEN2 50101_B_PB2 2005 50101 PB6 50101_B_PB6 GEN2 50101_G_GEN2 50101_B_PB6 2005 50101 PB1 50101_B_PB1 GEN2 50101_G_GEN2 50101_B_PB1 2005 50101 RB2 50101_B_RB2 GEN2 50101_G_GEN2 50101_B_RB2 2005 50101 PB6 50101_B_PB6 GEN3 50101_G_GEN3 50101_B_PB6 2005 50101 PB2 50101_B_PB2 GEN3 50101_G_GEN3 50101_B_PB2 2005 50101 PB5 50101_B_PB5 GEN3 50101_G_GEN3 50101_B_PB5 2005 50101 RB3 50101_B_RB3 GEN3 50101_G_GEN3 50101_B_RB3 2005 50101 RB2 50101_B_RB2 GEN3 50101_G_GEN3 50101_B_RB2 2005 50101 RB4 50101_B_RB4 GEN3 50101_G_GEN3 50101_B_RB4 2005 50101 PB1 50101_B_PB1 GEN3 50101_G_GEN3 50101_B_PB1 2005 50109 HRSG1 50109_B_HRSG1 GEN3 50109_G_GEN3 50109_B_HRSG1

Gen_Boiler_Crosswalk_2005 412 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50109 HRSG2 50109_B_HRSG2 GEN3 50109_G_GEN3 50109_B_HRSG2 2005 50110 BLR1 50110_B_BLR1 GEN1 50110_G_GEN1 50110_B_BLR1 2005 50111 BLR1 50111_B_BLR1 GEN1 50111_G_GEN1 50111_B_BLR1 2005 50112 BLR1 50112_B_BLR1 GEN1 50112_G_GEN1 50112_B_BLR1 2005 50112 BLR2 50112_B_BLR2 GEN1 50112_G_GEN1 50112_B_BLR2 2005 50112 BLR1 50112_B_BLR1 GEN2 50112_G_GEN2 50112_B_BLR1 2005 50112 BLR2 50112_B_BLR2 GEN2 50112_G_GEN2 50112_B_BLR2 2005 50118 B2 50118_B_B2 GEN4 50118_G_GEN4 50118_B_B2 2005 50118 B1 50118_B_B1 GEN4 50118_G_GEN4 50118_B_B1 2005 50118 B7 50118_B_B7 GEN4 50118_G_GEN4 50118_B_B7 2005 50118 HRSG8 50118_B_HRSG8 GEN4 50118_G_GEN4 50118_B_HRSG8 2005 50118 B3 50118_B_B3 GEN4 50118_G_GEN4 50118_B_B3 2005 50118 B2 50118_B_B2 GEN5 50118_G_GEN5 50118_B_B2 2005 50118 B1 50118_B_B1 GEN5 50118_G_GEN5 50118_B_B1 2005 50118 B7 50118_B_B7 GEN5 50118_G_GEN5 50118_B_B7 2005 50118 HRSG8 50118_B_HRSG8 GEN5 50118_G_GEN5 50118_B_HRSG8 2005 50118 B3 50118_B_B3 GEN5 50118_G_GEN5 50118_B_B3 2005 50118 B3 50118_B_B3 GEN7 50118_G_GEN7 50118_B_B3 2005 50118 B2 50118_B_B2 GEN7 50118_G_GEN7 50118_B_B2 2005 50118 B7 50118_B_B7 GEN7 50118_G_GEN7 50118_B_B7 2005 50118 HRSG8 50118_B_HRSG8 GEN7 50118_G_GEN7 50118_B_HRSG8 2005 50118 B1 50118_B_B1 GEN7 50118_G_GEN7 50118_B_B1 2005 50118 B1 50118_B_B1 GEN9 50118_G_GEN9 50118_B_B1 2005 50118 HRSG8 50118_B_HRSG8 GEN9 50118_G_GEN9 50118_B_HRSG8 2005 50118 B7 50118_B_B7 GEN9 50118_G_GEN9 50118_B_B7 2005 50118 B3 50118_B_B3 GEN9 50118_G_GEN9 50118_B_B3 2005 50118 B2 50118_B_B2 GEN9 50118_G_GEN9 50118_B_B2 2005 50121 HOC 50121_B_HOC TG1 50121_G_TG1 50121_B_HOC 2005 50121 HOC 50121_B_HOC TG2 50121_G_TG2 50121_B_HOC 2005 50121 B&W 50121_B_B&W TG3 50121_G_TG3 50121_B_B&W 2005 50130 BLR1 50130_B_BLR1 GEN1 50130_G_GEN1 50130_B_BLR1 2005 50130 BLR2 50130_B_BLR2 GEN2 50130_G_GEN2 50130_B_BLR2 2005 50146 D 50146_B_D GENA 50146_G_GENA 50146_B_D 2005 50146 B 50146_B_B GENA 50146_G_GENA 50146_B_B 2005 50146 A 50146_B_A GENA 50146_G_GENA 50146_B_A 2005 50146 C 50146_B_C GENA 50146_G_GENA 50146_B_C 2005 50146 D 50146_B_D GENB 50146_G_GENB 50146_B_D 2005 50146 A 50146_B_A GENB 50146_G_GENB 50146_B_A 2005 50146 B 50146_B_B GENB 50146_G_GENB 50146_B_B 2005 50146 C 50146_B_C GENB 50146_G_GENB 50146_B_C 2005 50146 D 50146_B_D GENC 50146_G_GENC 50146_B_D 2005 50146 A 50146_B_A GENC 50146_G_GENC 50146_B_A 2005 50146 B 50146_B_B GENC 50146_G_GENC 50146_B_B 2005 50146 C 50146_B_C GENC 50146_G_GENC 50146_B_C

Gen_Boiler_Crosswalk_2005 413 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50146 D 50146_B_D GEND 50146_G_GEND 50146_B_D 2005 50146 B 50146_B_B GEND 50146_G_GEND 50146_B_B 2005 50146 C 50146_B_C GEND 50146_G_GEND 50146_B_C 2005 50146 A 50146_B_A GEND 50146_G_GEND 50146_B_A 2005 50150 6 HRSG 50150_B_6 HRSG GE10 50150_G_GE10 50150_B_6 HRSG 2005 50150 11HRSG 50150_B_11HRSG GE10 50150_G_GE10 50150_B_11HRSG 2005 50150 8 HRSG 50150_B_8 HRSG GE10 50150_G_GE10 50150_B_8 HRSG 2005 50150 8 HRSG 50150_B_8 HRSG GEN5 50150_G_GEN5 50150_B_8 HRSG 2005 50150 6 HRSG 50150_B_6 HRSG GEN5 50150_G_GEN5 50150_B_6 HRSG 2005 50150 11HRSG 50150_B_11HRSG GEN5 50150_G_GEN5 50150_B_11HRSG 2005 50150 6 HRSG 50150_B_6 HRSG GEN7 50150_G_GEN7 50150_B_6 HRSG 2005 50150 11HRSG 50150_B_11HRSG GEN7 50150_G_GEN7 50150_B_11HRSG 2005 50150 8 HRSG 50150_B_8 HRSG GEN7 50150_G_GEN7 50150_B_8 HRSG 2005 50150 11HRSG 50150_B_11HRSG GEN9 50150_G_GEN9 50150_B_11HRSG 2005 50150 8 HRSG 50150_B_8 HRSG GEN9 50150_G_GEN9 50150_B_8 HRSG 2005 50150 6 HRSG 50150_B_6 HRSG GEN9 50150_G_GEN9 50150_B_6 HRSG 2005 50184 REC 50184_B_REC TG1 50184_G_TG1 50184_B_REC 2005 50184 COMB 50184_B_COMB TG2 50184_G_TG2 50184_B_COMB 2005 50184 COMB 50184_B_COMB TG3 50184_G_TG3 50184_B_COMB 2005 50184 PKG 50184_B_PKG TG3 50184_G_TG3 50184_B_PKG 2005 50184 COMB 50184_B_COMB TG4 50184_G_TG4 50184_B_COMB 2005 50184 PKG 50184_B_PKG TG4 50184_G_TG4 50184_B_PKG 2005 50185 1RB 50185_B_1RB TG1 50185_G_TG1 50185_B_1RB 2005 50185 3RB 50185_B_3RB TG1 50185_G_TG1 50185_B_3RB 2005 50185 PB 50185_B_PB TG1 50185_G_TG1 50185_B_PB 2005 50185 2RB 50185_B_2RB TG1 50185_G_TG1 50185_B_2RB 2005 50185 1RB 50185_B_1RB TG2 50185_G_TG2 50185_B_1RB 2005 50185 PB 50185_B_PB TG2 50185_G_TG2 50185_B_PB 2005 50185 2RB 50185_B_2RB TG2 50185_G_TG2 50185_B_2RB 2005 50185 3RB 50185_B_3RB TG2 50185_G_TG2 50185_B_3RB 2005 50187 10B 50187_B_10B TG1 50187_G_TG1 50187_B_10B 2005 50187 PB 50187_B_PB TG1 50187_G_TG1 50187_B_PB 2005 50187 10B 50187_B_10B TG2 50187_G_TG2 50187_B_10B 2005 50187 PB 50187_B_PB TG2 50187_G_TG2 50187_B_PB 2005 50187 10B 50187_B_10B TG4 50187_G_TG4 50187_B_10B 2005 50187 PB 50187_B_PB TG4 50187_G_TG4 50187_B_PB 2005 50187 11B 50187_B_11B TG5 50187_G_TG5 50187_B_11B 2005 50188 RB 50188_B_RB TG1 50188_G_TG1 50188_B_RB 2005 50188 PB2 50188_B_PB2 TG1 50188_G_TG1 50188_B_PB2 2005 50188 PB1 50188_B_PB1 TG1 50188_G_TG1 50188_B_PB1 2005 50189 1HFB 50189_B_1HFB TG10 50189_G_TG10 50189_B_1HFB 2005 50189 2HFB 50189_B_2HFB TG10 50189_G_TG10 50189_B_2HFB 2005 50189 1CB 50189_B_1CB TG4 50189_G_TG4 50189_B_1CB 2005 50189 PKG 50189_B_PKG TG4 50189_G_TG4 50189_B_PKG

Gen_Boiler_Crosswalk_2005 414 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50189 1CB 50189_B_1CB TG6 50189_G_TG6 50189_B_1CB 2005 50189 PKG 50189_B_PKG TG6 50189_G_TG6 50189_B_PKG 2005 50189 1CB 50189_B_1CB TG7 50189_G_TG7 50189_B_1CB 2005 50189 PKG 50189_B_PKG TG7 50189_G_TG7 50189_B_PKG 2005 50189 1CB 50189_B_1CB TG8 50189_G_TG8 50189_B_1CB 2005 50189 PKG 50189_B_PKG TG8 50189_G_TG8 50189_B_PKG 2005 50189 5REC 50189_B_5REC TG9 50189_G_TG9 50189_B_5REC 2005 50191 PKG 50191_B_PKG TG1 50191_G_TG1 50191_B_PKG 2005 50191 PKG 50191_B_PKG TG2 50191_G_TG2 50191_B_PKG 2005 50191 PKG 50191_B_PKG TG3 50191_G_TG3 50191_B_PKG 2005 50191 REC4 50191_B_REC4 TG4 50191_G_TG4 50191_B_REC4 2005 50191 PB 50191_B_PB TG4 50191_G_TG4 50191_B_PB 2005 50191 REC3 50191_B_REC3 TG4 50191_G_TG4 50191_B_REC3 2005 50192 1 50192_B_1 TG1 50192_G_TG1 50192_B_1 2005 50192 2 50192_B_2 TG1 50192_G_TG1 50192_B_2 2005 50192 3 50192_B_3 TG1 50192_G_TG1 50192_B_3 2005 50202 1 50202_B_1 GEN1 50202_G_GEN1 50202_B_1 2005 50208 B1 50208_B_B1 GEN1 50208_G_GEN1 50208_B_B1 2005 50215 101 50215_B_101 GEN1 50215_G_GEN1 50215_B_101 2005 50215 102 50215_B_102 GEN1 50215_G_GEN1 50215_B_102 2005 50215 103 50215_B_103 GEN1 50215_G_GEN1 50215_B_103 2005 50216 91 50216_B_91 GN95 50216_G_GN95 50216_B_91 2005 50216 92 50216_B_92 GN95 50216_G_GN95 50216_B_92 2005 50216 93 50216_B_93 GN95 50216_G_GN95 50216_B_93 2005 50216 94 50216_B_94 GN95 50216_G_GN95 50216_B_94 2005 50216 91 50216_B_91 GN96 50216_G_GN96 50216_B_91 2005 50216 93 50216_B_93 GN96 50216_G_GN96 50216_B_93 2005 50216 94 50216_B_94 GN96 50216_G_GN96 50216_B_94 2005 50216 92 50216_B_92 GN96 50216_G_GN96 50216_B_92 2005 50225 1SG1A 50225_B_1SG1A TG1 50225_G_TG1 50225_B_1SG1A 2005 50225 1SG1B 50225_B_1SG1B TG1 50225_G_TG1 50225_B_1SG1B 2005 50229 TPCBLR 50229_B_TPCBLR TG2 50229_G_TG2 50229_B_TPCBLR 2005 50231 821 50231_B_821 TG2 50231_G_TG2 50231_B_821 2005 50231 821 50231_B_821 TG3 50231_G_TG3 50231_B_821 2005 50232 B1 50232_B_B1 T/G 50232_G_T/G 50232_B_B1 2005 50240 BLR5 50240_B_BLR5 GEN1 50240_G_GEN1 50240_B_BLR5 2005 50240 BLR2 50240_B_BLR2 GEN1 50240_G_GEN1 50240_B_BLR2 2005 50240 BLR1 50240_B_BLR1 GEN1 50240_G_GEN1 50240_B_BLR1 2005 50240 BLR3 50240_B_BLR3 GEN1 50240_G_GEN1 50240_B_BLR3 2005 50240 BLR5 50240_B_BLR5 GEN2 50240_G_GEN2 50240_B_BLR5 2005 50240 BLR1 50240_B_BLR1 GEN2 50240_G_GEN2 50240_B_BLR1 2005 50240 BLR2 50240_B_BLR2 GEN2 50240_G_GEN2 50240_B_BLR2 2005 50240 BLR3 50240_B_BLR3 GEN2 50240_G_GEN2 50240_B_BLR3 2005 50243 5 50243_B_5 GEN2 50243_G_GEN2 50243_B_5

Gen_Boiler_Crosswalk_2005 415 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50243 7 50243_B_7 GEN2 50243_G_GEN2 50243_B_7 2005 50243 8 50243_B_8 GEN2 50243_G_GEN2 50243_B_8 2005 50243 6 50243_B_6 GEN2 50243_G_GEN2 50243_B_6 2005 50243 5 50243_B_5 GEN3 50243_G_GEN3 50243_B_5 2005 50243 6 50243_B_6 GEN3 50243_G_GEN3 50243_B_6 2005 50243 7 50243_B_7 GEN3 50243_G_GEN3 50243_B_7 2005 50243 8 50243_B_8 GEN3 50243_G_GEN3 50243_B_8 2005 50244 BBB 50244_B_BBB GEN8 50244_G_GEN8 50244_B_BBB 2005 50244 RCB 50244_B_RCB GEN8 50244_G_GEN8 50244_B_RCB 2005 50244 4PB 50244_B_4PB GEN8 50244_G_GEN8 50244_B_4PB 2005 50244 RBB 50244_B_RBB GEN8 50244_G_GEN8 50244_B_RBB 2005 50244 PGB 50244_B_PGB GEN8 50244_G_GEN8 50244_B_PGB 2005 50244 BBB 50244_B_BBB GEN9 50244_G_GEN9 50244_B_BBB 2005 50244 PGB 50244_B_PGB GEN9 50244_G_GEN9 50244_B_PGB 2005 50244 RCB 50244_B_RCB GEN9 50244_G_GEN9 50244_B_RCB 2005 50244 4PB 50244_B_4PB GEN9 50244_G_GEN9 50244_B_4PB 2005 50244 RBB 50244_B_RBB GEN9 50244_G_GEN9 50244_B_RBB 2005 50244 BBB 50244_B_BBB GN10 50244_G_GN10 50244_B_BBB 2005 50244 4PB 50244_B_4PB GN10 50244_G_GN10 50244_B_4PB 2005 50244 RBB 50244_B_RBB GN10 50244_G_GN10 50244_B_RBB 2005 50244 RCB 50244_B_RCB GN10 50244_G_GN10 50244_B_RCB 2005 50244 PGB 50244_B_PGB GN10 50244_G_GN10 50244_B_PGB 2005 50244 BBB 50244_B_BBB GN11 50244_G_GN11 50244_B_BBB 2005 50244 4PB 50244_B_4PB GN11 50244_G_GN11 50244_B_4PB 2005 50244 RBB 50244_B_RBB GN11 50244_G_GN11 50244_B_RBB 2005 50244 RCB 50244_B_RCB GN11 50244_G_GN11 50244_B_RCB 2005 50244 PGB 50244_B_PGB GN11 50244_G_GN11 50244_B_PGB 2005 50244 BBB 50244_B_BBB GN12 50244_G_GN12 50244_B_BBB 2005 50244 RBB 50244_B_RBB GN12 50244_G_GN12 50244_B_RBB 2005 50244 RCB 50244_B_RCB GN12 50244_G_GN12 50244_B_RCB 2005 50244 4PB 50244_B_4PB GN12 50244_G_GN12 50244_B_4PB 2005 50244 PGB 50244_B_PGB GN12 50244_G_GN12 50244_B_PGB 2005 50244 4PB 50244_B_4PB GN13 50244_G_GN13 50244_B_4PB 2005 50244 RBB 50244_B_RBB GN13 50244_G_GN13 50244_B_RBB 2005 50244 RCB 50244_B_RCB GN13 50244_G_GN13 50244_B_RCB 2005 50244 PGB 50244_B_PGB GN13 50244_G_GN13 50244_B_PGB 2005 50244 BBB 50244_B_BBB GN13 50244_G_GN13 50244_B_BBB 2005 50245 RB3 50245_B_RB3 ABB 50245_G_ABB 50245_B_RB3 2005 50245 PB3 50245_B_PB3 ABB 50245_G_ABB 50245_B_PB3 2005 50245 HRSG 50245_B_HRSG ABB 50245_G_ABB 50245_B_HRSG 2005 50245 PB3 50245_B_PB3 GE 50245_G_GE 50245_B_PB3 2005 50245 RB3 50245_B_RB3 GE 50245_G_GE 50245_B_RB3 2005 50245 HRSG 50245_B_HRSG GE 50245_G_GE 50245_B_HRSG 2005 50247 B022 50247_B_B022 GEN3 50247_G_GEN3 50247_B_B022

Gen_Boiler_Crosswalk_2005 416 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50247 B010 50247_B_B010 GEN3 50247_G_GEN3 50247_B_B010 2005 50247 B020 50247_B_B020 GEN3 50247_G_GEN3 50247_B_B020 2005 50247 B022 50247_B_B022 GEN4 50247_G_GEN4 50247_B_B022 2005 50247 B010 50247_B_B010 GEN4 50247_G_GEN4 50247_B_B010 2005 50247 B020 50247_B_B020 GEN4 50247_G_GEN4 50247_B_B020 2005 50247 B022 50247_B_B022 GEN5 50247_G_GEN5 50247_B_B022 2005 50247 B020 50247_B_B020 GEN5 50247_G_GEN5 50247_B_B020 2005 50247 B010 50247_B_B010 GEN5 50247_G_GEN5 50247_B_B010 2005 50247 B010 50247_B_B010 GEN6 50247_G_GEN6 50247_B_B010 2005 50249 4 50249_B_4 GEN2 50249_G_GEN2 50249_B_4 2005 50249 5 50249_B_5 GEN3 50249_G_GEN3 50249_B_5 2005 50249 8 50249_B_8 GEN4 50249_G_GEN4 50249_B_8 2005 50249 9 50249_B_9 GEN5 50249_G_GEN5 50249_B_9 2005 50249 11 50249_B_11 GEN6 50249_G_GEN6 50249_B_11 2005 50249 14 50249_B_14 GEN7 50249_G_GEN7 50249_B_14 2005 50250 1RB 50250_B_1RB GEN1 50250_G_GEN1 50250_B_1RB 2005 50250 3PB 50250_B_3PB GEN1 50250_G_GEN1 50250_B_3PB 2005 50250 2RB 50250_B_2RB GEN1 50250_G_GEN1 50250_B_2RB 2005 50250 4PB 50250_B_4PB GEN1 50250_G_GEN1 50250_B_4PB 2005 50250 6PB 50250_B_6PB GEN1 50250_G_GEN1 50250_B_6PB 2005 50250 1RB 50250_B_1RB GEN2 50250_G_GEN2 50250_B_1RB 2005 50250 2RB 50250_B_2RB GEN2 50250_G_GEN2 50250_B_2RB 2005 50250 3PB 50250_B_3PB GEN2 50250_G_GEN2 50250_B_3PB 2005 50250 4PB 50250_B_4PB GEN2 50250_G_GEN2 50250_B_4PB 2005 50250 6PB 50250_B_6PB GEN2 50250_G_GEN2 50250_B_6PB 2005 50251 RB 50251_B_RB GEN1 50251_G_GEN1 50251_B_RB 2005 50251 WTB 50251_B_WTB GEN1 50251_G_GEN1 50251_B_WTB 2005 50251 PB 50251_B_PB GEN1 50251_G_GEN1 50251_B_PB 2005 50252 3PB 50252_B_3PB ABB2 50252_G_ABB2 50252_B_3PB 2005 50253 2A 50253_B_2A TG1 50253_G_TG1 50253_B_2A 2005 50253 1PB 50253_B_1PB TG1 50253_G_TG1 50253_B_1PB 2005 50253 2B 50253_B_2B TG1 50253_G_TG1 50253_B_2B 2005 50253 2C 50253_B_2C TG1 50253_G_TG1 50253_B_2C 2005 50253 2A 50253_B_2A TG4 50253_G_TG4 50253_B_2A 2005 50253 1PB 50253_B_1PB TG4 50253_G_TG4 50253_B_1PB 2005 50253 2B 50253_B_2B TG4 50253_G_TG4 50253_B_2B 2005 50253 2C 50253_B_2C TG4 50253_G_TG4 50253_B_2C 2005 50254 3PB 50254_B_3PB GEN1 50254_G_GEN1 50254_B_3PB 2005 50254 2PB 50254_B_2PB GEN1 50254_G_GEN1 50254_B_2PB 2005 50254 1PB 50254_B_1PB GEN1 50254_G_GEN1 50254_B_1PB 2005 50271 3A 50271_B_3A 1TG 50271_G_1TG 50271_B_3A 2005 50271 1A 50271_B_1A 1TG 50271_G_1TG 50271_B_1A 2005 50271 2A 50271_B_2A 1TG 50271_G_1TG 50271_B_2A 2005 50271 3A 50271_B_3A 3TG 50271_G_3TG 50271_B_3A

Gen_Boiler_Crosswalk_2005 417 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50271 2A 50271_B_2A 3TG 50271_G_3TG 50271_B_2A 2005 50271 1A 50271_B_1A 3TG 50271_G_3TG 50271_B_1A 2005 50275 2 50275_B_2 TG2 50275_G_TG2 50275_B_2 2005 50275 3 50275_B_3 TG3 50275_G_TG3 50275_B_3 2005 50277 BLR1 50277_B_BLR1 GEN1 50277_G_GEN1 50277_B_BLR1 2005 50279 MAIN 50279_B_MAIN GEN1 50279_G_GEN1 50279_B_MAIN 2005 50282 24PB 50282_B_24PB GEN1 50282_G_GEN1 50282_B_24PB 2005 50282 25PB 50282_B_25PB GEN2 50282_G_GEN2 50282_B_25PB 2005 50282 26PB 50282_B_26PB GEN2 50282_G_GEN2 50282_B_26PB 2005 50282 2RB 50282_B_2RB GEN2 50282_G_GEN2 50282_B_2RB 2005 50282 3RB 50282_B_3RB GEN2 50282_G_GEN2 50282_B_3RB 2005 50284 7 50284_B_7 TG3 50284_G_TG3 50284_B_7 2005 50284 7 50284_B_7 TG4 50284_G_TG4 50284_B_7 2005 50284 7 50284_B_7 TG5 50284_G_TG5 50284_B_7 2005 50284 7 50284_B_7 TG6 50284_G_TG6 50284_B_7 2005 50290 3 50290_B_3 GEN1 50290_G_GEN1 50290_B_3 2005 50290 1 50290_B_1 GEN1 50290_G_GEN1 50290_B_1 2005 50290 2 50290_B_2 GEN1 50290_G_GEN1 50290_B_2 2005 50290 3 50290_B_3 GEN2 50290_G_GEN2 50290_B_3 2005 50290 1 50290_B_1 GEN2 50290_G_GEN2 50290_B_1 2005 50290 2 50290_B_2 GEN2 50290_G_GEN2 50290_B_2 2005 50292 HRSG2 50292_B_HRSG2 GEN3 50292_G_GEN3 50292_B_HRSG2 2005 50292 HRSG1 50292_B_HRSG1 GEN3 50292_G_GEN3 50292_B_HRSG1 2005 50292 HRSG3 50292_B_HRSG3 GEN7 50292_G_GEN7 50292_B_HRSG3 2005 50293 BLR100 50293_B_BLR100 GEN1 50293_G_GEN1 50293_B_BLR100 2005 50296 C1 50296_B_C1 GEN1 50296_G_GEN1 50296_B_C1 2005 50296 R2 50296_B_R2 GEN1 50296_G_GEN1 50296_B_R2 2005 50296 C2 50296_B_C2 GEN1 50296_G_GEN1 50296_B_C2 2005 50296 R1 50296_B_R1 GEN1 50296_G_GEN1 50296_B_R1 2005 50296 R3 50296_B_R3 GEN1 50296_G_GEN1 50296_B_R3 2005 50304 H8610 50304_B_H8610 GEN1 50304_G_GEN1 50304_B_H8610 2005 50304 H8620 50304_B_H8620 GEN2 50304_G_GEN2 50304_B_H8620 2005 50305 K19 50305_B_K19 GE10 50305_G_GE10 50305_B_K19 2005 50305 K21 50305_B_K21 GE10 50305_G_GE10 50305_B_K21 2005 50305 K22 50305_B_K22 GE10 50305_G_GE10 50305_B_K22 2005 50305 K23 50305_B_K23 GE10 50305_G_GE10 50305_B_K23 2005 50305 K20 50305_B_K20 GE10 50305_G_GE10 50305_B_K20 2005 50305 K19 50305_B_K19 GEN6 50305_G_GEN6 50305_B_K19 2005 50305 K21 50305_B_K21 GEN6 50305_G_GEN6 50305_B_K21 2005 50305 K23 50305_B_K23 GEN6 50305_G_GEN6 50305_B_K23 2005 50305 K22 50305_B_K22 GEN6 50305_G_GEN6 50305_B_K22 2005 50305 K20 50305_B_K20 GEN6 50305_G_GEN6 50305_B_K20 2005 50305 K19 50305_B_K19 GEN7 50305_G_GEN7 50305_B_K19 2005 50305 K20 50305_B_K20 GEN7 50305_G_GEN7 50305_B_K20

Gen_Boiler_Crosswalk_2005 418 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50305 K23 50305_B_K23 GEN7 50305_G_GEN7 50305_B_K23 2005 50305 K22 50305_B_K22 GEN7 50305_G_GEN7 50305_B_K22 2005 50305 K21 50305_B_K21 GEN7 50305_G_GEN7 50305_B_K21 2005 50305 K19 50305_B_K19 GEN8 50305_G_GEN8 50305_B_K19 2005 50305 K20 50305_B_K20 GEN8 50305_G_GEN8 50305_B_K20 2005 50305 K23 50305_B_K23 GEN8 50305_G_GEN8 50305_B_K23 2005 50305 K22 50305_B_K22 GEN8 50305_G_GEN8 50305_B_K22 2005 50305 K21 50305_B_K21 GEN8 50305_G_GEN8 50305_B_K21 2005 50305 K19 50305_B_K19 GEN9 50305_G_GEN9 50305_B_K19 2005 50305 K21 50305_B_K21 GEN9 50305_G_GEN9 50305_B_K21 2005 50305 K20 50305_B_K20 GEN9 50305_G_GEN9 50305_B_K20 2005 50305 K23 50305_B_K23 GEN9 50305_G_GEN9 50305_B_K23 2005 50305 K22 50305_B_K22 GEN9 50305_G_GEN9 50305_B_K22 2005 50307 B1 50307_B_B1 GEN1 50307_G_GEN1 50307_B_B1 2005 50307 B2 50307_B_B2 GEN2 50307_G_GEN2 50307_B_B2 2005 50307 B3 50307_B_B3 GEN3 50307_G_GEN3 50307_B_B3 2005 50307 B4 50307_B_B4 GEN4 50307_G_GEN4 50307_B_B4 2005 50308 3 50308_B_3 GEN1 50308_G_GEN1 50308_B_3 2005 50308 5 50308_B_5 GEN1 50308_G_GEN1 50308_B_5 2005 50308 6 50308_B_6 GEN1 50308_G_GEN1 50308_B_6 2005 50308 8 50308_B_8 GEN1 50308_G_GEN1 50308_B_8 2005 50308 7 50308_B_7 GEN1 50308_G_GEN1 50308_B_7 2005 50308 4 50308_B_4 GEN1 50308_G_GEN1 50308_B_4 2005 50308 3 50308_B_3 GEN4 50308_G_GEN4 50308_B_3 2005 50308 8 50308_B_8 GEN4 50308_G_GEN4 50308_B_8 2005 50308 7 50308_B_7 GEN4 50308_G_GEN4 50308_B_7 2005 50308 6 50308_B_6 GEN4 50308_G_GEN4 50308_B_6 2005 50308 5 50308_B_5 GEN4 50308_G_GEN4 50308_B_5 2005 50308 4 50308_B_4 GEN4 50308_G_GEN4 50308_B_4 2005 50308 3 50308_B_3 GEN5 50308_G_GEN5 50308_B_3 2005 50308 4 50308_B_4 GEN5 50308_G_GEN5 50308_B_4 2005 50308 8 50308_B_8 GEN5 50308_G_GEN5 50308_B_8 2005 50308 7 50308_B_7 GEN5 50308_G_GEN5 50308_B_7 2005 50308 6 50308_B_6 GEN5 50308_G_GEN5 50308_B_6 2005 50308 5 50308_B_5 GEN5 50308_G_GEN5 50308_B_5 2005 50359 3 50359_B_3 10 50359_G_10 50359_B_3 2005 50359 4 50359_B_4 10 50359_G_10 50359_B_4 2005 50359 1 50359_B_1 10 50359_G_10 50359_B_1 2005 50359 2 50359_B_2 10 50359_G_10 50359_B_2 2005 50359 3 50359_B_3 9 50359_G_9 50359_B_3 2005 50359 4 50359_B_4 9 50359_G_9 50359_B_4 2005 50359 1 50359_B_1 9 50359_G_9 50359_B_1 2005 50359 2 50359_B_2 9 50359_G_9 50359_B_2 2005 50363 B201 50363_B_B201 L313 50363_G_L313 50363_B_B201

Gen_Boiler_Crosswalk_2005 419 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50366 BLR1 50366_B_BLR1 GEN1 50366_G_GEN1 50366_B_BLR1 2005 50366 BLR3 50366_B_BLR3 GEN1 50366_G_GEN1 50366_B_BLR3 2005 50366 BLR4 50366_B_BLR4 GEN1 50366_G_GEN1 50366_B_BLR4 2005 50366 BLR5 50366_B_BLR5 GEN1 50366_G_GEN1 50366_B_BLR5 2005 50366 BLR2 50366_B_BLR2 GEN1 50366_G_GEN1 50366_B_BLR2 2005 50366 BLR1 50366_B_BLR1 GEN2 50366_G_GEN2 50366_B_BLR1 2005 50366 BLR5 50366_B_BLR5 GEN2 50366_G_GEN2 50366_B_BLR5 2005 50366 BLR4 50366_B_BLR4 GEN2 50366_G_GEN2 50366_B_BLR4 2005 50366 BLR3 50366_B_BLR3 GEN2 50366_G_GEN2 50366_B_BLR3 2005 50366 BLR2 50366_B_BLR2 GEN2 50366_G_GEN2 50366_B_BLR2 2005 50366 BLR1 50366_B_BLR1 GEN5 50366_G_GEN5 50366_B_BLR1 2005 50366 BLR2 50366_B_BLR2 GEN5 50366_G_GEN5 50366_B_BLR2 2005 50366 BLR3 50366_B_BLR3 GEN5 50366_G_GEN5 50366_B_BLR3 2005 50366 BLR5 50366_B_BLR5 GEN5 50366_G_GEN5 50366_B_BLR5 2005 50366 BLR4 50366_B_BLR4 GEN5 50366_G_GEN5 50366_B_BLR4 2005 50366 BLR1 50366_B_BLR1 GEN6 50366_G_GEN6 50366_B_BLR1 2005 50366 BLR5 50366_B_BLR5 GEN6 50366_G_GEN6 50366_B_BLR5 2005 50366 BLR2 50366_B_BLR2 GEN6 50366_G_GEN6 50366_B_BLR2 2005 50366 BLR4 50366_B_BLR4 GEN6 50366_G_GEN6 50366_B_BLR4 2005 50366 BLR3 50366_B_BLR3 GEN6 50366_G_GEN6 50366_B_BLR3 2005 50366 BLR1 50366_B_BLR1 GEN7 50366_G_GEN7 50366_B_BLR1 2005 50366 BLR2 50366_B_BLR2 GEN7 50366_G_GEN7 50366_B_BLR2 2005 50366 BLR4 50366_B_BLR4 GEN7 50366_G_GEN7 50366_B_BLR4 2005 50366 BLR5 50366_B_BLR5 GEN7 50366_G_GEN7 50366_B_BLR5 2005 50366 BLR3 50366_B_BLR3 GEN7 50366_G_GEN7 50366_B_BLR3 2005 50388 K1 50388_B_K1 GEN1 50388_G_GEN1 50388_B_K1 2005 50388 K2 50388_B_K2 GEN1 50388_G_GEN1 50388_B_K2 2005 50392 6 50392_B_6 TG1 50392_G_TG1 50392_B_6 2005 50392 3 50392_B_3 TG1 50392_G_TG1 50392_B_3 2005 50392 4 50392_B_4 TG1 50392_G_TG1 50392_B_4 2005 50392 5 50392_B_5 TG1 50392_G_TG1 50392_B_5 2005 50392 1 50392_B_1 TG1 50392_G_TG1 50392_B_1 2005 50392 2 50392_B_2 TG1 50392_G_TG1 50392_B_2 2005 50392 6 50392_B_6 TG2 50392_G_TG2 50392_B_6 2005 50392 3 50392_B_3 TG2 50392_G_TG2 50392_B_3 2005 50392 5 50392_B_5 TG2 50392_G_TG2 50392_B_5 2005 50392 4 50392_B_4 TG2 50392_G_TG2 50392_B_4 2005 50392 2 50392_B_2 TG2 50392_G_TG2 50392_B_2 2005 50392 1 50392_B_1 TG2 50392_G_TG2 50392_B_1 2005 50392 6 50392_B_6 TG3 50392_G_TG3 50392_B_6 2005 50392 5 50392_B_5 TG3 50392_G_TG3 50392_B_5 2005 50392 4 50392_B_4 TG3 50392_G_TG3 50392_B_4 2005 50392 3 50392_B_3 TG3 50392_G_TG3 50392_B_3 2005 50392 2 50392_B_2 TG3 50392_G_TG3 50392_B_2

Gen_Boiler_Crosswalk_2005 420 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50392 1 50392_B_1 TG3 50392_G_TG3 50392_B_1 2005 50392 6 50392_B_6 TG4 50392_G_TG4 50392_B_6 2005 50392 2 50392_B_2 TG4 50392_G_TG4 50392_B_2 2005 50392 3 50392_B_3 TG4 50392_G_TG4 50392_B_3 2005 50392 5 50392_B_5 TG4 50392_G_TG4 50392_B_5 2005 50392 4 50392_B_4 TG4 50392_G_TG4 50392_B_4 2005 50392 1 50392_B_1 TG4 50392_G_TG4 50392_B_1 2005 50392 6 50392_B_6 TG5 50392_G_TG5 50392_B_6 2005 50392 5 50392_B_5 TG5 50392_G_TG5 50392_B_5 2005 50392 4 50392_B_4 TG5 50392_G_TG5 50392_B_4 2005 50392 3 50392_B_3 TG5 50392_G_TG5 50392_B_3 2005 50392 2 50392_B_2 TG5 50392_G_TG5 50392_B_2 2005 50392 1 50392_B_1 TG5 50392_G_TG5 50392_B_1 2005 50395 14 50395_B_14 TG14 50395_G_TG14 50395_B_14 2005 50395 1 50395_B_1 TG6 50395_G_TG6 50395_B_1 2005 50395 7 50395_B_7 TG6 50395_G_TG6 50395_B_7 2005 50395 2 50395_B_2 TG6 50395_G_TG6 50395_B_2 2005 50395 10 50395_B_10 TG8 50395_G_TG8 50395_B_10 2005 50396 BLR1 50396_B_BLR1 GEN1 50396_G_GEN1 50396_B_BLR1 2005 50396 BLR2 50396_B_BLR2 GEN1 50396_G_GEN1 50396_B_BLR2 2005 50396 BLR6 50396_B_BLR6 GEN1 50396_G_GEN1 50396_B_BLR6 2005 50396 BLR1 50396_B_BLR1 GEN2 50396_G_GEN2 50396_B_BLR1 2005 50396 BLR2 50396_B_BLR2 GEN2 50396_G_GEN2 50396_B_BLR2 2005 50396 BLR6 50396_B_BLR6 GEN2 50396_G_GEN2 50396_B_BLR6 2005 50396 BLR1 50396_B_BLR1 GEN3 50396_G_GEN3 50396_B_BLR1 2005 50396 BLR2 50396_B_BLR2 GEN3 50396_G_GEN3 50396_B_BLR2 2005 50396 BLR6 50396_B_BLR6 GEN3 50396_G_GEN3 50396_B_BLR6 2005 50396 BLR1 50396_B_BLR1 GEN4 50396_G_GEN4 50396_B_BLR1 2005 50396 BLR6 50396_B_BLR6 GEN4 50396_G_GEN4 50396_B_BLR6 2005 50396 BLR2 50396_B_BLR2 GEN4 50396_G_GEN4 50396_B_BLR2 2005 50396 BLR1 50396_B_BLR1 GEN5 50396_G_GEN5 50396_B_BLR1 2005 50396 BLR6 50396_B_BLR6 GEN5 50396_G_GEN5 50396_B_BLR6 2005 50396 BLR2 50396_B_BLR2 GEN5 50396_G_GEN5 50396_B_BLR2 2005 50397 3PB033 50397_B_3PB033 GEN1 50397_G_GEN1 50397_B_3PB033 2005 50397 4PB034 50397_B_4PB034 GEN1 50397_G_GEN1 50397_B_4PB034 2005 50397 3PB033 50397_B_3PB033 GEN2 50397_G_GEN2 50397_B_3PB033 2005 50397 4PB034 50397_B_4PB034 GEN2 50397_G_GEN2 50397_B_4PB034 2005 50397 3PB033 50397_B_3PB033 GEN3 50397_G_GEN3 50397_B_3PB033 2005 50397 4PB034 50397_B_4PB034 GEN3 50397_G_GEN3 50397_B_4PB034 2005 50397 1PB035 50397_B_1PB035 GEN4 50397_G_GEN4 50397_B_1PB035 2005 50397 5PB036 50397_B_5PB036 GEN5 50397_G_GEN5 50397_B_5PB036 2005 50397 REC037 50397_B_REC037 GEN6 50397_G_GEN6 50397_B_REC037 2005 50398 15RB 50398_B_15RB GE10 50398_G_GE10 50398_B_15RB 2005 50398 13PB 50398_B_13PB GEN9 50398_G_GEN9 50398_B_13PB

Gen_Boiler_Crosswalk_2005 421 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50406 1HFB 50406_B_1HFB GEN1 50406_G_GEN1 50406_B_1HFB 2005 50406 REC 50406_B_REC GEN1 50406_G_GEN1 50406_B_REC 2005 50406 2HFB 50406_B_2HFB GEN1 50406_G_GEN1 50406_B_2HFB 2005 50406 1HFB 50406_B_1HFB GEN2 50406_G_GEN2 50406_B_1HFB 2005 50406 2HFB 50406_B_2HFB GEN2 50406_G_GEN2 50406_B_2HFB 2005 50406 REC 50406_B_REC GEN2 50406_G_GEN2 50406_B_REC 2005 50407 5PB 50407_B_5PB GEN5 50407_G_GEN5 50407_B_5PB 2005 50407 8PB 50407_B_8PB GEN5 50407_G_GEN5 50407_B_8PB 2005 50407 7PB 50407_B_7PB GEN5 50407_G_GEN5 50407_B_7PB 2005 50407 8RB 50407_B_8RB GEN5 50407_G_GEN5 50407_B_8RB 2005 50407 5PB 50407_B_5PB GEN6 50407_G_GEN6 50407_B_5PB 2005 50407 7PB 50407_B_7PB GEN6 50407_G_GEN6 50407_B_7PB 2005 50407 8RB 50407_B_8RB GEN6 50407_G_GEN6 50407_B_8RB 2005 50407 8PB 50407_B_8PB GEN6 50407_G_GEN6 50407_B_8PB 2005 50410 10 50410_B_10 5 50410_G_5 50410_B_10 2005 50438 3PB 50438_B_3PB GEN2 50438_G_GEN2 50438_B_3PB 2005 50438 4PB 50438_B_4PB GEN2 50438_G_GEN2 50438_B_4PB 2005 50438 3PB 50438_B_3PB GEN4 50438_G_GEN4 50438_B_3PB 2005 50438 4PB 50438_B_4PB GEN4 50438_G_GEN4 50438_B_4PB 2005 50438 4PB 50438_B_4PB GEN5 50438_G_GEN5 50438_B_4PB 2005 50447 21 50447_B_21 GEN9 50447_G_GEN9 50447_B_21 2005 50447 18 50447_B_18 GEN9 50447_G_GEN9 50447_B_18 2005 50447 20 50447_B_20 GEN9 50447_G_GEN9 50447_B_20 2005 50447 17 50447_B_17 GEN9 50447_G_GEN9 50447_B_17 2005 50447 21 50447_B_21 GN10 50447_G_GN10 50447_B_21 2005 50449 HRSG1 50449_B_HRSG1 GEN2 50449_G_GEN2 50449_B_HRSG1 2005 50450 HRSG1 50450_B_HRSG1 GEN2 50450_G_GEN2 50450_B_HRSG1 2005 50451 HRSG1 50451_B_HRSG1 GEN2 50451_G_GEN2 50451_B_HRSG1 2005 50456 4 50456_B_4 GEN1 50456_G_GEN1 50456_B_4 2005 50456 PB2 50456_B_PB2 GEN1 50456_G_GEN1 50456_B_PB2 2005 50456 PB1 50456_B_PB1 GEN1 50456_G_GEN1 50456_B_PB1 2005 50458 HRSG1 50458_B_HRSG1 GEN2 50458_G_GEN2 50458_B_HRSG1 2005 50459 1 50459_B_1 ST 50459_G_ST 50459_B_1 2005 50465 RB 50465_B_RB GEN1 50465_G_GEN1 50465_B_RB 2005 50465 PB 50465_B_PB GEN1 50465_G_GEN1 50465_B_PB 2005 50466 4RB 50466_B_4RB GEN2 50466_G_GEN2 50466_B_4RB 2005 50466 2PB 50466_B_2PB GEN2 50466_G_GEN2 50466_B_2PB 2005 50466 1PB 50466_B_1PB GEN2 50466_G_GEN2 50466_B_1PB 2005 50466 2BB 50466_B_2BB GEN2 50466_G_GEN2 50466_B_2BB 2005 50466 1BB 50466_B_1BB GEN2 50466_G_GEN2 50466_B_1BB 2005 50466 3RB 50466_B_3RB GEN2 50466_G_GEN2 50466_B_3RB 2005 50466 2RB 50466_B_2RB GEN2 50466_G_GEN2 50466_B_2RB 2005 50466 4RB 50466_B_4RB GEN3 50466_G_GEN3 50466_B_4RB 2005 50466 3RB 50466_B_3RB GEN3 50466_G_GEN3 50466_B_3RB

Gen_Boiler_Crosswalk_2005 422 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50466 1PB 50466_B_1PB GEN3 50466_G_GEN3 50466_B_1PB 2005 50466 1BB 50466_B_1BB GEN3 50466_G_GEN3 50466_B_1BB 2005 50466 2PB 50466_B_2PB GEN3 50466_G_GEN3 50466_B_2PB 2005 50466 2BB 50466_B_2BB GEN3 50466_G_GEN3 50466_B_2BB 2005 50466 2RB 50466_B_2RB GEN3 50466_G_GEN3 50466_B_2RB 2005 50466 4RB 50466_B_4RB GEN4 50466_G_GEN4 50466_B_4RB 2005 50466 2RB 50466_B_2RB GEN4 50466_G_GEN4 50466_B_2RB 2005 50466 3RB 50466_B_3RB GEN4 50466_G_GEN4 50466_B_3RB 2005 50466 2BB 50466_B_2BB GEN4 50466_G_GEN4 50466_B_2BB 2005 50466 1BB 50466_B_1BB GEN4 50466_G_GEN4 50466_B_1BB 2005 50466 1PB 50466_B_1PB GEN4 50466_G_GEN4 50466_B_1PB 2005 50466 2PB 50466_B_2PB GEN4 50466_G_GEN4 50466_B_2PB 2005 50466 4RB 50466_B_4RB GEN5 50466_G_GEN5 50466_B_4RB 2005 50466 3RB 50466_B_3RB GEN5 50466_G_GEN5 50466_B_3RB 2005 50466 2PB 50466_B_2PB GEN5 50466_G_GEN5 50466_B_2PB 2005 50466 1PB 50466_B_1PB GEN5 50466_G_GEN5 50466_B_1PB 2005 50466 1BB 50466_B_1BB GEN5 50466_G_GEN5 50466_B_1BB 2005 50466 2BB 50466_B_2BB GEN5 50466_G_GEN5 50466_B_2BB 2005 50466 2RB 50466_B_2RB GEN5 50466_G_GEN5 50466_B_2RB 2005 50472 BLR3 50472_B_BLR3 GEN1 50472_G_GEN1 50472_B_BLR3 2005 50472 BLR4 50472_B_BLR4 GEN1 50472_G_GEN1 50472_B_BLR4 2005 50472 BLR1 50472_B_BLR1 GEN1 50472_G_GEN1 50472_B_BLR1 2005 50472 BLR2 50472_B_BLR2 GEN1 50472_G_GEN1 50472_B_BLR2 2005 50472 BLR3 50472_B_BLR3 GEN2 50472_G_GEN2 50472_B_BLR3 2005 50472 BLR4 50472_B_BLR4 GEN2 50472_G_GEN2 50472_B_BLR4 2005 50472 BLR2 50472_B_BLR2 GEN2 50472_G_GEN2 50472_B_BLR2 2005 50472 BLR1 50472_B_BLR1 GEN2 50472_G_GEN2 50472_B_BLR1 2005 50476 B7 50476_B_B7 GEN1 50476_G_GEN1 50476_B_B7 2005 50476 B8 50476_B_B8 GEN1 50476_G_GEN1 50476_B_B8 2005 50476 B9 50476_B_B9 GEN1 50476_G_GEN1 50476_B_B9 2005 50476 B10 50476_B_B10 GEN1 50476_G_GEN1 50476_B_B10 2005 50476 B11 50476_B_B11 GEN1 50476_G_GEN1 50476_B_B11 2005 50476 B5 50476_B_B5 GEN1 50476_G_GEN1 50476_B_B5 2005 50476 B7 50476_B_B7 GEN2 50476_G_GEN2 50476_B_B7 2005 50476 B8 50476_B_B8 GEN2 50476_G_GEN2 50476_B_B8 2005 50476 B9 50476_B_B9 GEN2 50476_G_GEN2 50476_B_B9 2005 50476 B10 50476_B_B10 GEN2 50476_G_GEN2 50476_B_B10 2005 50476 B5 50476_B_B5 GEN2 50476_G_GEN2 50476_B_B5 2005 50476 B11 50476_B_B11 GEN2 50476_G_GEN2 50476_B_B11 2005 50481 83-18 50481_B_83-18 TG10 50481_G_TG10 50481_B_83-18 2005 50481 83-19 50481_B_83-19 TG10 50481_G_TG10 50481_B_83-19 2005 50481 83-24 50481_B_83-24 TG10 50481_G_TG10 50481_B_83-24 2005 50481 83-23 50481_B_83-23 TG10 50481_G_TG10 50481_B_83-23 2005 50481 83-22 50481_B_83-22 TG10 50481_G_TG10 50481_B_83-22

Gen_Boiler_Crosswalk_2005 423 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50481 83-21 50481_B_83-21 TG10 50481_G_TG10 50481_B_83-21 2005 50481 83-20 50481_B_83-20 TG10 50481_G_TG10 50481_B_83-20 2005 50481 83-18 50481_B_83-18 TG11 50481_G_TG11 50481_B_83-18 2005 50481 83-20 50481_B_83-20 TG11 50481_G_TG11 50481_B_83-20 2005 50481 83-22 50481_B_83-22 TG11 50481_G_TG11 50481_B_83-22 2005 50481 83-24 50481_B_83-24 TG11 50481_G_TG11 50481_B_83-24 2005 50481 83-19 50481_B_83-19 TG11 50481_G_TG11 50481_B_83-19 2005 50481 83-23 50481_B_83-23 TG11 50481_G_TG11 50481_B_83-23 2005 50481 83-21 50481_B_83-21 TG11 50481_G_TG11 50481_B_83-21 2005 50481 83-18 50481_B_83-18 TG12 50481_G_TG12 50481_B_83-18 2005 50481 83-19 50481_B_83-19 TG12 50481_G_TG12 50481_B_83-19 2005 50481 83-24 50481_B_83-24 TG12 50481_G_TG12 50481_B_83-24 2005 50481 83-23 50481_B_83-23 TG12 50481_G_TG12 50481_B_83-23 2005 50481 83-22 50481_B_83-22 TG12 50481_G_TG12 50481_B_83-22 2005 50481 83-21 50481_B_83-21 TG12 50481_G_TG12 50481_B_83-21 2005 50481 83-20 50481_B_83-20 TG12 50481_G_TG12 50481_B_83-20 2005 50481 83-23 50481_B_83-23 TG13 50481_G_TG13 50481_B_83-23 2005 50481 83-19 50481_B_83-19 TG14 50481_G_TG14 50481_B_83-19 2005 50481 83-21 50481_B_83-21 TG14 50481_G_TG14 50481_B_83-21 2005 50481 83-20 50481_B_83-20 TG14 50481_G_TG14 50481_B_83-20 2005 50481 83-23 50481_B_83-23 TG14 50481_G_TG14 50481_B_83-23 2005 50481 83-24 50481_B_83-24 TG14 50481_G_TG14 50481_B_83-24 2005 50481 83-22 50481_B_83-22 TG14 50481_G_TG14 50481_B_83-22 2005 50481 83-18 50481_B_83-18 TG14 50481_G_TG14 50481_B_83-18 2005 50481 83-24 50481_B_83-24 TG15 50481_G_TG15 50481_B_83-24 2005 50481 253-25 50481_B_253-25 TG16 50481_G_TG16 50481_B_253-25 2005 50481 253-26 50481_B_253-26 TG17 50481_G_TG17 50481_B_253-26 2005 50481 253-27 50481_B_253-27 TG18 50481_G_TG18 50481_B_253-27 2005 50481 253-28 50481_B_253-28 TG19 50481_G_TG19 50481_B_253-28 2005 50481 253-29 50481_B_253-29 TG20 50481_G_TG20 50481_B_253-29 2005 50481 253-25 50481_B_253-25 TG21 50481_G_TG21 50481_B_253-25 2005 50481 253-28 50481_B_253-28 TG21 50481_G_TG21 50481_B_253-28 2005 50481 253-29 50481_B_253-29 TG21 50481_G_TG21 50481_B_253-29 2005 50481 253-27 50481_B_253-27 TG21 50481_G_TG21 50481_B_253-27 2005 50481 253-26 50481_B_253-26 TG21 50481_G_TG21 50481_B_253-26 2005 50481 325-30 50481_B_325-30 TG22 50481_G_TG22 50481_B_325-30 2005 50481 253-25 50481_B_253-25 TG24 50481_G_TG24 50481_B_253-25 2005 50481 253-29 50481_B_253-29 TG24 50481_G_TG24 50481_B_253-29 2005 50481 253-28 50481_B_253-28 TG24 50481_G_TG24 50481_B_253-28 2005 50481 253-27 50481_B_253-27 TG24 50481_G_TG24 50481_B_253-27 2005 50481 253-26 50481_B_253-26 TG24 50481_G_TG24 50481_B_253-26 2005 50481 325-30 50481_B_325-30 TG25 50481_G_TG25 50481_B_325-30 2005 50481 325-31 50481_B_325-31 TG25 50481_G_TG25 50481_B_325-31 2005 50481 325-31 50481_B_325-31 TG26 50481_G_TG26 50481_B_325-31

Gen_Boiler_Crosswalk_2005 424 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50481 83-20 50481_B_83-20 TGO7 50481_G_TGO7 50481_B_83-20 2005 50481 83-18 50481_B_83-18 TGO7 50481_G_TGO7 50481_B_83-18 2005 50481 83-19 50481_B_83-19 TGO7 50481_G_TGO7 50481_B_83-19 2005 50481 83-21 50481_B_83-21 TGO7 50481_G_TGO7 50481_B_83-21 2005 50481 83-22 50481_B_83-22 TGO7 50481_G_TGO7 50481_B_83-22 2005 50481 83-23 50481_B_83-23 TGO7 50481_G_TGO7 50481_B_83-23 2005 50481 83-24 50481_B_83-24 TGO7 50481_G_TGO7 50481_B_83-24 2005 50481 83-20 50481_B_83-20 TGO8 50481_G_TGO8 50481_B_83-20 2005 50481 83-21 50481_B_83-21 TGO8 50481_G_TGO8 50481_B_83-21 2005 50481 83-22 50481_B_83-22 TGO8 50481_G_TGO8 50481_B_83-22 2005 50481 83-23 50481_B_83-23 TGO8 50481_G_TGO8 50481_B_83-23 2005 50481 83-19 50481_B_83-19 TGO8 50481_G_TGO8 50481_B_83-19 2005 50481 83-18 50481_B_83-18 TGO8 50481_G_TGO8 50481_B_83-18 2005 50481 83-24 50481_B_83-24 TGO8 50481_G_TGO8 50481_B_83-24 2005 50481 83-18 50481_B_83-18 TGO9 50481_G_TGO9 50481_B_83-18 2005 50481 83-21 50481_B_83-21 TGO9 50481_G_TGO9 50481_B_83-21 2005 50481 83-22 50481_B_83-22 TGO9 50481_G_TGO9 50481_B_83-22 2005 50481 83-19 50481_B_83-19 TGO9 50481_G_TGO9 50481_B_83-19 2005 50481 83-20 50481_B_83-20 TGO9 50481_G_TGO9 50481_B_83-20 2005 50481 83-24 50481_B_83-24 TGO9 50481_G_TGO9 50481_B_83-24 2005 50481 83-23 50481_B_83-23 TGO9 50481_G_TGO9 50481_B_83-23 2005 50482 B1 50482_B_B1 TG2 50482_G_TG2 50482_B_B1 2005 50482 B7 50482_B_B7 TG2 50482_G_TG2 50482_B_B7 2005 50482 B4 50482_B_B4 TG2 50482_G_TG2 50482_B_B4 2005 50482 B2 50482_B_B2 TG2 50482_G_TG2 50482_B_B2 2005 50482 B3 50482_B_B3 TG2 50482_G_TG2 50482_B_B3 2005 50482 B1 50482_B_B1 TG3 50482_G_TG3 50482_B_B1 2005 50482 B2 50482_B_B2 TG3 50482_G_TG3 50482_B_B2 2005 50482 B7 50482_B_B7 TG3 50482_G_TG3 50482_B_B7 2005 50482 B4 50482_B_B4 TG3 50482_G_TG3 50482_B_B4 2005 50482 B3 50482_B_B3 TG3 50482_G_TG3 50482_B_B3 2005 50482 B1 50482_B_B1 TG4 50482_G_TG4 50482_B_B1 2005 50482 B2 50482_B_B2 TG4 50482_G_TG4 50482_B_B2 2005 50482 B4 50482_B_B4 TG4 50482_G_TG4 50482_B_B4 2005 50482 B3 50482_B_B3 TG4 50482_G_TG4 50482_B_B3 2005 50482 B7 50482_B_B7 TG4 50482_G_TG4 50482_B_B7 2005 50482 B1 50482_B_B1 TG5 50482_G_TG5 50482_B_B1 2005 50482 B3 50482_B_B3 TG5 50482_G_TG5 50482_B_B3 2005 50482 B7 50482_B_B7 TG5 50482_G_TG5 50482_B_B7 2005 50482 B4 50482_B_B4 TG5 50482_G_TG5 50482_B_B4 2005 50482 B2 50482_B_B2 TG5 50482_G_TG5 50482_B_B2 2005 50482 B7 50482_B_B7 TG6 50482_G_TG6 50482_B_B7 2005 50482 B3 50482_B_B3 TG6 50482_G_TG6 50482_B_B3 2005 50482 B1 50482_B_B1 TG6 50482_G_TG6 50482_B_B1

Gen_Boiler_Crosswalk_2005 425 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50482 B2 50482_B_B2 TG6 50482_G_TG6 50482_B_B2 2005 50482 B4 50482_B_B4 TG6 50482_G_TG6 50482_B_B4 2005 50483 B7 50483_B_B7 TG1 50483_G_TG1 50483_B_B7 2005 50483 B4 50483_B_B4 TG1 50483_G_TG1 50483_B_B4 2005 50483 B3 50483_B_B3 TG1 50483_G_TG1 50483_B_B3 2005 50483 B8 50483_B_B8 TG1 50483_G_TG1 50483_B_B8 2005 50483 B1 50483_B_B1 TG1 50483_G_TG1 50483_B_B1 2005 50483 B2 50483_B_B2 TG1 50483_G_TG1 50483_B_B2 2005 50483 B7 50483_B_B7 TG2 50483_G_TG2 50483_B_B7 2005 50483 B8 50483_B_B8 TG2 50483_G_TG2 50483_B_B8 2005 50483 B4 50483_B_B4 TG2 50483_G_TG2 50483_B_B4 2005 50483 B3 50483_B_B3 TG2 50483_G_TG2 50483_B_B3 2005 50483 B2 50483_B_B2 TG2 50483_G_TG2 50483_B_B2 2005 50483 B1 50483_B_B1 TG2 50483_G_TG2 50483_B_B1 2005 50483 B7 50483_B_B7 TG3 50483_G_TG3 50483_B_B7 2005 50483 B2 50483_B_B2 TG3 50483_G_TG3 50483_B_B2 2005 50483 B1 50483_B_B1 TG3 50483_G_TG3 50483_B_B1 2005 50483 B8 50483_B_B8 TG3 50483_G_TG3 50483_B_B8 2005 50483 B3 50483_B_B3 TG3 50483_G_TG3 50483_B_B3 2005 50483 B4 50483_B_B4 TG3 50483_G_TG3 50483_B_B4 2005 50483 B7 50483_B_B7 TG4 50483_G_TG4 50483_B_B7 2005 50483 B1 50483_B_B1 TG4 50483_G_TG4 50483_B_B1 2005 50483 B2 50483_B_B2 TG4 50483_G_TG4 50483_B_B2 2005 50483 B8 50483_B_B8 TG4 50483_G_TG4 50483_B_B8 2005 50483 B4 50483_B_B4 TG4 50483_G_TG4 50483_B_B4 2005 50483 B3 50483_B_B3 TG4 50483_G_TG4 50483_B_B3 2005 50489 C1 50489_B_C1 C3 50489_G_C3 50489_B_C1 2005 50489 C2 50489_B_C2 C3 50489_G_C3 50489_B_C2 2005 50491 3BLR 50491_B_3BLR GEN3 50491_G_GEN3 50491_B_3BLR 2005 50491 5BLR 50491_B_5BLR GEN3 50491_G_GEN3 50491_B_5BLR 2005 50491 4BLR 50491_B_4BLR GEN3 50491_G_GEN3 50491_B_4BLR 2005 50491 6BLR 50491_B_6BLR GEN3 50491_G_GEN3 50491_B_6BLR 2005 50491 3BLR 50491_B_3BLR GEN4 50491_G_GEN4 50491_B_3BLR 2005 50491 4BLR 50491_B_4BLR GEN4 50491_G_GEN4 50491_B_4BLR 2005 50491 5BLR 50491_B_5BLR GEN4 50491_G_GEN4 50491_B_5BLR 2005 50491 6BLR 50491_B_6BLR GEN4 50491_G_GEN4 50491_B_6BLR 2005 50491 3BLR 50491_B_3BLR GEN6 50491_G_GEN6 50491_B_3BLR 2005 50491 4BLR 50491_B_4BLR GEN6 50491_G_GEN6 50491_B_4BLR 2005 50491 5BLR 50491_B_5BLR GEN6 50491_G_GEN6 50491_B_5BLR 2005 50491 6BLR 50491_B_6BLR GEN6 50491_G_GEN6 50491_B_6BLR 2005 50491 5BLR 50491_B_5BLR GEN7 50491_G_GEN7 50491_B_5BLR 2005 50530 H43 50530_B_H43 GEN3 50530_G_GEN3 50530_B_H43 2005 50544 PKB 50544_B_PKB GEN2 50544_G_GEN2 50544_B_PKB 2005 50544 10PB 50544_B_10PB GEN2 50544_G_GEN2 50544_B_10PB

Gen_Boiler_Crosswalk_2005 426 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50544 1RB 50544_B_1RB GEN2 50544_G_GEN2 50544_B_1RB 2005 50544 PKB 50544_B_PKB GEN4 50544_G_GEN4 50544_B_PKB 2005 50544 10PB 50544_B_10PB GEN4 50544_G_GEN4 50544_B_10PB 2005 50544 1RB 50544_B_1RB GEN4 50544_G_GEN4 50544_B_1RB 2005 50544 PKB 50544_B_PKB GEN6 50544_G_GEN6 50544_B_PKB 2005 50544 10PB 50544_B_10PB GEN6 50544_G_GEN6 50544_B_10PB 2005 50544 1RB 50544_B_1RB GEN6 50544_G_GEN6 50544_B_1RB 2005 50557 17757 50557_B_17757 GEN1 50557_G_GEN1 50557_B_17757 2005 50557 17759 50557_B_17759 GEN2 50557_G_GEN2 50557_B_17759 2005 50558 HRSG 50558_B_HRSG ST01 50558_G_ST01 50558_B_HRSG 2005 50560 B101 50560_B_B101 GEN1 50560_G_GEN1 50560_B_B101 2005 50561 0002 50561_B_0002 STG1 50561_G_STG1 50561_B_0002 2005 50561 0001 50561_B_0001 STG1 50561_G_STG1 50561_B_0001 2005 50611 031 50611_B_031 GEN1 50611_G_GEN1 50611_B_031 2005 50614 14 50614_B_14 GEN1 50614_G_GEN1 50614_B_14 2005 50614 5 50614_B_5 GEN1 50614_G_GEN1 50614_B_5 2005 50614 6 50614_B_6 GEN1 50614_G_GEN1 50614_B_6 2005 50614 14 50614_B_14 WEST 50614_G_WEST 50614_B_14 2005 50614 6 50614_B_6 WEST 50614_G_WEST 50614_B_6 2005 50614 5 50614_B_5 WEST 50614_G_WEST 50614_B_5 2005 50615 HRSG02 50615_B_HRSG02 STG1 50615_G_STG1 50615_B_HRSG02 2005 50615 HRSG03 50615_B_HRSG03 STG1 50615_G_STG1 50615_B_HRSG03 2005 50625 22 50625_B_22 TG22 50625_G_TG22 50625_B_22 2005 50625 24 50625_B_24 TG22 50625_G_TG22 50625_B_24 2005 50625 22 50625_B_22 TG23 50625_G_TG23 50625_B_22 2005 50625 24 50625_B_24 TG23 50625_G_TG23 50625_B_24 2005 50625 32 50625_B_32 TG32 50625_G_TG32 50625_B_32 2005 50625 33 50625_B_33 TG32 50625_G_TG32 50625_B_33 2005 50625 34 50625_B_34 TG32 50625_G_TG32 50625_B_34 2005 50625 32 50625_B_32 TG33 50625_G_TG33 50625_B_32 2005 50625 33 50625_B_33 TG33 50625_G_TG33 50625_B_33 2005 50625 34 50625_B_34 TG33 50625_G_TG33 50625_B_34 2005 50625 32 50625_B_32 TG34 50625_G_TG34 50625_B_32 2005 50625 34 50625_B_34 TG34 50625_G_TG34 50625_B_34 2005 50625 33 50625_B_33 TG34 50625_G_TG34 50625_B_33 2005 50625 15 50625_B_15 TG7 50625_G_TG7 50625_B_15 2005 50625 16 50625_B_16 TG7 50625_G_TG7 50625_B_16 2005 50625 19 50625_B_19 TG7 50625_G_TG7 50625_B_19 2005 50625 18 50625_B_18 TG7 50625_G_TG7 50625_B_18 2005 50625 17 50625_B_17 TG7 50625_G_TG7 50625_B_17 2005 50625 15 50625_B_15 TG9 50625_G_TG9 50625_B_15 2005 50625 17 50625_B_17 TG9 50625_G_TG9 50625_B_17 2005 50625 16 50625_B_16 TG9 50625_G_TG9 50625_B_16 2005 50625 19 50625_B_19 TG9 50625_G_TG9 50625_B_19

Gen_Boiler_Crosswalk_2005 427 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50625 18 50625_B_18 TG9 50625_G_TG9 50625_B_18 2005 50627 AUX 50627_B_AUX MG 50627_G_MG 50627_B_AUX 2005 50627 ECO 50627_B_ECO MG 50627_G_MG 50627_B_ECO 2005 50627 WCO 50627_B_WCO MG 50627_G_MG 50627_B_WCO 2005 50627 HRSG 50627_B_HRSG MG 50627_G_MG 50627_B_HRSG 2005 50627 HRSG 50627_B_HRSG STG1 50627_G_STG1 50627_B_HRSG 2005 50627 AUX 50627_B_AUX STG1 50627_G_STG1 50627_B_AUX 2005 50627 WCO 50627_B_WCO STG1 50627_G_STG1 50627_B_WCO 2005 50627 ECO 50627_B_ECO STG1 50627_G_STG1 50627_B_ECO 2005 50628 HRSG 50628_B_HRSG GEN2 50628_G_GEN2 50628_B_HRSG 2005 50628 2B 50628_B_2B GEN2 50628_G_GEN2 50628_B_2B 2005 50628 2A 50628_B_2A GEN2 50628_G_GEN2 50628_B_2A 2005 50628 2C 50628_B_2C GEN2 50628_G_GEN2 50628_B_2C 2005 50628 HRSG 50628_B_HRSG GEN3 50628_G_GEN3 50628_B_HRSG 2005 50628 2C 50628_B_2C GEN3 50628_G_GEN3 50628_B_2C 2005 50628 2B 50628_B_2B GEN3 50628_G_GEN3 50628_B_2B 2005 50628 2A 50628_B_2A GEN3 50628_G_GEN3 50628_B_2A 2005 50629 1 50629_B_1 GEN1 50629_G_GEN1 50629_B_1 2005 50629 2 50629_B_2 GEN1 50629_G_GEN1 50629_B_2 2005 50630 BLR1 50630_B_BLR1 GEN1 50630_G_GEN1 50630_B_BLR1 2005 50630 BLR2 50630_B_BLR2 GEN1 50630_G_GEN1 50630_B_BLR2 2005 50632 1 50632_B_1 GEN1 50632_G_GEN1 50632_B_1 2005 50632 2 50632_B_2 GEN1 50632_G_GEN1 50632_B_2 2005 50637 2PWR 50637_B_2PWR GEN1 50637_G_GEN1 50637_B_2PWR 2005 50637 1PWR 50637_B_1PWR GEN1 50637_G_GEN1 50637_B_1PWR 2005 50637 4REC 50637_B_4REC GEN1 50637_G_GEN1 50637_B_4REC 2005 50637 2PWR 50637_B_2PWR GEN2 50637_G_GEN2 50637_B_2PWR 2005 50637 4REC 50637_B_4REC GEN2 50637_G_GEN2 50637_B_4REC 2005 50637 1PWR 50637_B_1PWR GEN2 50637_G_GEN2 50637_B_1PWR 2005 50637 4PWR 50637_B_4PWR GEN3 50637_G_GEN3 50637_B_4PWR 2005 50637 5REC 50637_B_5REC GEN3 50637_G_GEN3 50637_B_5REC 2005 50637 4PWR 50637_B_4PWR GEN4 50637_G_GEN4 50637_B_4PWR 2005 50637 5REC 50637_B_5REC GEN4 50637_G_GEN4 50637_B_5REC 2005 50638 REC1 50638_B_REC1 GEN1 50638_G_GEN1 50638_B_REC1 2005 50638 PB1 50638_B_PB1 GEN1 50638_G_GEN1 50638_B_PB1 2005 50639 10RB 50639_B_10RB GEN3 50639_G_GEN3 50639_B_10RB 2005 50639 7PB 50639_B_7PB GEN3 50639_G_GEN3 50639_B_7PB 2005 50639 8PB 50639_B_8PB GEN3 50639_G_GEN3 50639_B_8PB 2005 50639 9PB 50639_B_9PB GEN3 50639_G_GEN3 50639_B_9PB 2005 50639 10RB 50639_B_10RB GEN4 50639_G_GEN4 50639_B_10RB 2005 50639 8PB 50639_B_8PB GEN4 50639_G_GEN4 50639_B_8PB 2005 50639 9PB 50639_B_9PB GEN4 50639_G_GEN4 50639_B_9PB 2005 50639 7PB 50639_B_7PB GEN4 50639_G_GEN4 50639_B_7PB 2005 50639 10RB 50639_B_10RB GEN5 50639_G_GEN5 50639_B_10RB

Gen_Boiler_Crosswalk_2005 428 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50640 BLR1 50640_B_BLR1 GEN6 50640_G_GEN6 50640_B_BLR1 2005 50648 UNIT2 50648_B_UNIT2 GEN1 50648_G_GEN1 50648_B_UNIT2 2005 50648 UNIT1 50648_B_UNIT1 GEN1 50648_G_GEN1 50648_B_UNIT1 2005 50649 2 50649_B_2 GEN1 50649_G_GEN1 50649_B_2 2005 50649 1 50649_B_1 GEN1 50649_G_GEN1 50649_B_1 2005 50650 BLR1 50650_B_BLR1 UNI1 50650_G_UNI1 50650_B_BLR1 2005 50651 1 50651_B_1 GEN1 50651_G_GEN1 50651_B_1 2005 50651 2 50651_B_2 GEN1 50651_G_GEN1 50651_B_2 2005 50651 3 50651_B_3 GEN1 50651_G_GEN1 50651_B_3 2005 50651 4 50651_B_4 GEN1 50651_G_GEN1 50651_B_4 2005 50651 5 50651_B_5 GEN1 50651_G_GEN1 50651_B_5 2005 50656 UNIT1 50656_B_UNIT1 GEN1 50656_G_GEN1 50656_B_UNIT1 2005 50656 UNIT3 50656_B_UNIT3 GEN1 50656_G_GEN1 50656_B_UNIT3 2005 50656 UNIT2 50656_B_UNIT2 GEN1 50656_G_GEN1 50656_B_UNIT2 2005 50657 1 50657_B_1 GEN1 50657_G_GEN1 50657_B_1 2005 50657 3 50657_B_3 GEN1 50657_G_GEN1 50657_B_3 2005 50657 2 50657_B_2 GEN1 50657_G_GEN1 50657_B_2 2005 50658 4 50658_B_4 GEN1 50658_G_GEN1 50658_B_4 2005 50658 1 50658_B_1 GEN1 50658_G_GEN1 50658_B_1 2005 50658 2 50658_B_2 GEN1 50658_G_GEN1 50658_B_2 2005 50658 3 50658_B_3 GEN1 50658_G_GEN1 50658_B_3 2005 50658 4 50658_B_4 GEN2 50658_G_GEN2 50658_B_4 2005 50658 1 50658_B_1 GEN2 50658_G_GEN2 50658_B_1 2005 50658 2 50658_B_2 GEN2 50658_G_GEN2 50658_B_2 2005 50658 3 50658_B_3 GEN2 50658_G_GEN2 50658_B_3 2005 50660 1 50660_B_1 GEN1 50660_G_GEN1 50660_B_1 2005 50660 2 50660_B_2 GEN1 50660_G_GEN1 50660_B_2 2005 50660 3 50660_B_3 GEN1 50660_G_GEN1 50660_B_3 2005 50661 A 50661_B_A GEN1 50661_G_GEN1 50661_B_A 2005 50661 B 50661_B_B GEN1 50661_G_GEN1 50661_B_B 2005 50662 UNIT3 50662_B_UNIT3 GEN1 50662_G_GEN1 50662_B_UNIT3 2005 50662 UNIT2 50662_B_UNIT2 GEN1 50662_G_GEN1 50662_B_UNIT2 2005 50662 UNIT1 50662_B_UNIT1 GEN1 50662_G_GEN1 50662_B_UNIT1 2005 50663 B200 50663_B_B200 GEN1 50663_G_GEN1 50663_B_B200 2005 50663 B100 50663_B_B100 GEN1 50663_G_GEN1 50663_B_B100 2005 50663 B300 50663_B_B300 GEN1 50663_G_GEN1 50663_B_B300 2005 50663 B100 50663_B_B100 GEN2 50663_G_GEN2 50663_B_B100 2005 50663 B300 50663_B_B300 GEN2 50663_G_GEN2 50663_B_B300 2005 50663 B200 50663_B_B200 GEN2 50663_G_GEN2 50663_B_B200 2005 50664 B101 50664_B_B101 GEN1 50664_G_GEN1 50664_B_B101 2005 50664 B102 50664_B_B102 GEN1 50664_G_GEN1 50664_B_B102 2005 50664 B103 50664_B_B103 GEN1 50664_G_GEN1 50664_B_B103 2005 50666 B1 50666_B_B1 GEN1 50666_G_GEN1 50666_B_B1 2005 50666 B2 50666_B_B2 GEN1 50666_G_GEN1 50666_B_B2

Gen_Boiler_Crosswalk_2005 429 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50666 B3 50666_B_B3 GEN1 50666_G_GEN1 50666_B_B3 2005 50707 HRSG A 50707_B_HRSG A STA 50707_G_STA 50707_B_HRSG A 2005 50707 HRSG D 50707_B_HRSG D STA 50707_G_STA 50707_B_HRSG D 2005 50707 HRSG E 50707_B_HRSG E STA 50707_G_STA 50707_B_HRSG E 2005 50707 HRSG B 50707_B_HRSG B STA 50707_G_STA 50707_B_HRSG B 2005 50707 HRSG C 50707_B_HRSG C STA 50707_G_STA 50707_B_HRSG C 2005 50707 HRSG A 50707_B_HRSG A STB 50707_G_STB 50707_B_HRSG A 2005 50707 HRSG E 50707_B_HRSG E STB 50707_G_STB 50707_B_HRSG E 2005 50707 HRSG D 50707_B_HRSG D STB 50707_G_STB 50707_B_HRSG D 2005 50707 HRSG B 50707_B_HRSG B STB 50707_G_STB 50707_B_HRSG B 2005 50707 HRSG C 50707_B_HRSG C STB 50707_G_STB 50707_B_HRSG C 2005 50711 BLR4 50711_B_BLR4 GEN3 50711_G_GEN3 50711_B_BLR4 2005 50711 BLR1 50711_B_BLR1 GEN3 50711_G_GEN3 50711_B_BLR1 2005 50711 BLR2 50711_B_BLR2 GEN3 50711_G_GEN3 50711_B_BLR2 2005 50711 BLR3 50711_B_BLR3 GEN3 50711_G_GEN3 50711_B_BLR3 2005 50729 2BLR 50729_B_2BLR GEN1 50729_G_GEN1 50729_B_2BLR 2005 50729 1BLR 50729_B_1BLR GEN1 50729_G_GEN1 50729_B_1BLR 2005 50729 T2BLR 50729_B_T2BLR GEN3 50729_G_GEN3 50729_B_T2BLR 2005 50729 R1BLR 50729_B_R1BLR GEN3 50729_G_GEN3 50729_B_R1BLR 2005 50729 1BLR 50729_B_1BLR GEN3 50729_G_GEN3 50729_B_1BLR 2005 50729 2BLR 50729_B_2BLR GEN3 50729_G_GEN3 50729_B_2BLR 2005 50729 R2BLR 50729_B_R2BLR GEN3 50729_G_GEN3 50729_B_R2BLR 2005 50729 T1BLR 50729_B_T1BLR GEN3 50729_G_GEN3 50729_B_T1BLR 2005 50730 5 50730_B_5 GEN1 50730_G_GEN1 50730_B_5 2005 50730 8 50730_B_8 GEN2 50730_G_GEN2 50730_B_8 2005 50730 10 50730_B_10 GEN3 50730_G_GEN3 50730_B_10 2005 50730 9 50730_B_9 GEN4 50730_G_GEN4 50730_B_9 2005 50732 ETBLR1 50732_B_ETBLR1 GEN1 50732_G_GEN1 50732_B_ETBLR1 2005 50732 ETBLR2 50732_B_ETBLR2 GEN1 50732_G_GEN1 50732_B_ETBLR2 2005 50732 ETBLR3 50732_B_ETBLR3 GEN1 50732_G_GEN1 50732_B_ETBLR3 2005 50732 ETBLR1 50732_B_ETBLR1 GEN2 50732_G_GEN2 50732_B_ETBLR1 2005 50732 ETBLR2 50732_B_ETBLR2 GEN2 50732_G_GEN2 50732_B_ETBLR2 2005 50732 ETBLR3 50732_B_ETBLR3 GEN2 50732_G_GEN2 50732_B_ETBLR3 2005 50732 ETBLR1 50732_B_ETBLR1 GEN3 50732_G_GEN3 50732_B_ETBLR1 2005 50732 ETBLR2 50732_B_ETBLR2 GEN3 50732_G_GEN3 50732_B_ETBLR2 2005 50732 ETBLR3 50732_B_ETBLR3 GEN3 50732_G_GEN3 50732_B_ETBLR3 2005 50733 TBB1 50733_B_TBB1 STG1 50733_G_STG1 50733_B_TBB1 2005 50733 4BH3 50733_B_4BH3 STG1 50733_G_STG1 50733_B_4BH3 2005 50733 4BH2 50733_B_4BH2 STG1 50733_G_STG1 50733_B_4BH2 2005 50733 TBB6 50733_B_TBB6 STG1 50733_G_STG1 50733_B_TBB6 2005 50733 TBB4A 50733_B_TBB4A STG1 50733_G_STG1 50733_B_TBB4A 2005 50733 TBB2 50733_B_TBB2 STG1 50733_G_STG1 50733_B_TBB2 2005 50733 TBB3 50733_B_TBB3 STG1 50733_G_STG1 50733_B_TBB3 2005 50733 TBB5 50733_B_TBB5 STG1 50733_G_STG1 50733_B_TBB5

Gen_Boiler_Crosswalk_2005 430 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50733 4BH1 50733_B_4BH1 STG1 50733_G_STG1 50733_B_4BH1 2005 50736 B1 50736_B_B1 GEN1 50736_G_GEN1 50736_B_B1 2005 50736 B2 50736_B_B2 GEN1 50736_G_GEN1 50736_B_B2 2005 50739 0100 50739_B_0100 GEN1 50739_G_GEN1 50739_B_0100 2005 50743 1 50743_B_1 GEN1 50743_G_GEN1 50743_B_1 2005 50743 3 50743_B_3 GEN1 50743_G_GEN1 50743_B_3 2005 50743 4 50743_B_4 GEN1 50743_G_GEN1 50743_B_4 2005 50743 2 50743_B_2 GEN1 50743_G_GEN1 50743_B_2 2005 50743 1 50743_B_1 GEN2 50743_G_GEN2 50743_B_1 2005 50743 4 50743_B_4 GEN2 50743_G_GEN2 50743_B_4 2005 50743 3 50743_B_3 GEN2 50743_G_GEN2 50743_B_3 2005 50743 2 50743_B_2 GEN2 50743_G_GEN2 50743_B_2 2005 50770 B1 50770_B_B1 GEN1 50770_G_GEN1 50770_B_B1 2005 50771 B1 50771_B_B1 GEN1 50771_G_GEN1 50771_B_B1 2005 50772 B1 50772_B_B1 GEN1 50772_G_GEN1 50772_B_B1 2005 50774 1 50774_B_1 GEN1 50774_G_GEN1 50774_B_1 2005 50776 BLR2 50776_B_BLR2 GEN1 50776_G_GEN1 50776_B_BLR2 2005 50776 BLR1 50776_B_BLR1 GEN1 50776_G_GEN1 50776_B_BLR1 2005 50797 WH1 50797_B_WH 1 GEN2 50797_G_GEN2 50797_B_WH 1 2005 50799 WH1 50799_B_WH 1 GEN3 50799_G_GEN3 50799_B_WH 1 2005 50799 WH2 50799_B_WH 2 GEN4 50799_G_GEN4 50799_B_WH 2 2005 50803 3 50803_B_3 GEN3 50803_G_GEN3 50803_B_3 2005 50803 2 50803_B_2 GEN3 50803_G_GEN3 50803_B_2 2005 50803 1 50803_B_1 GEN3 50803_G_GEN3 50803_B_1 2005 50804 4 50804_B_4 GEN4 50804_G_GEN4 50804_B_4 2005 50804 RE01 50804_B_RE01 GEN4 50804_G_GEN4 50804_B_RE01 2005 50804 RE01 50804_B_RE01 GEN5 50804_G_GEN5 50804_B_RE01 2005 50804 4 50804_B_4 GEN5 50804_G_GEN5 50804_B_4 2005 50805 2PB 50805_B_2PB GEN1 50805_G_GEN1 50805_B_2PB 2005 50805 1PB 50805_B_1PB GEN1 50805_G_GEN1 50805_B_1PB 2005 50805 3PB 50805_B_3PB GEN1 50805_G_GEN1 50805_B_3PB 2005 50805 2PB 50805_B_2PB GEN2 50805_G_GEN2 50805_B_2PB 2005 50805 1PB 50805_B_1PB GEN2 50805_G_GEN2 50805_B_1PB 2005 50805 3PB 50805_B_3PB GEN2 50805_G_GEN2 50805_B_3PB 2005 50806 PB1 50806_B_PB1 GEN1 50806_G_GEN1 50806_B_PB1 2005 50806 PB3 50806_B_PB3 GEN1 50806_G_GEN1 50806_B_PB3 2005 50806 RBF 50806_B_RBF GEN1 50806_G_GEN1 50806_B_RBF 2005 50806 PB1 50806_B_PB1 GEN2 50806_G_GEN2 50806_B_PB1 2005 50806 PB3 50806_B_PB3 GEN2 50806_G_GEN2 50806_B_PB3 2005 50806 RBF 50806_B_RBF GEN2 50806_G_GEN2 50806_B_RBF 2005 50806 PB4 50806_B_PB4 GEN3 50806_G_GEN3 50806_B_PB4 2005 50807 1RB 50807_B_1RB GEN3 50807_G_GEN3 50807_B_1RB 2005 50807 2RB 50807_B_2RB GEN3 50807_G_GEN3 50807_B_2RB 2005 50807 1RB 50807_B_1RB GEN4 50807_G_GEN4 50807_B_1RB

Gen_Boiler_Crosswalk_2005 431 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50807 2RB 50807_B_2RB GEN4 50807_G_GEN4 50807_B_2RB 2005 50807 3BB 50807_B_3BB GEN6 50807_G_GEN6 50807_B_3BB 2005 50807 4BB 50807_B_4BB GEN6 50807_G_GEN6 50807_B_4BB 2005 50810 3RB 50810_B_3RB NO 7 50810_G_NO 7 50810_B_3RB 2005 50810 2RB 50810_B_2RB NO 7 50810_G_NO 7 50810_B_2RB 2005 50810 PB 50810_B_PB NO 7 50810_G_NO 7 50810_B_PB 2005 50810 CB 50810_B_CB NO 7 50810_G_NO 7 50810_B_CB 2005 50810 3RB 50810_B_3RB NO 8 50810_G_NO 8 50810_B_3RB 2005 50810 PB 50810_B_PB NO 8 50810_G_NO 8 50810_B_PB 2005 50810 CB 50810_B_CB NO 8 50810_G_NO 8 50810_B_CB 2005 50810 2RB 50810_B_2RB NO 8 50810_G_NO 8 50810_B_2RB 2005 50810 3RB 50810_B_3RB NO 9 50810_G_NO 9 50810_B_3RB 2005 50810 CB 50810_B_CB NO 9 50810_G_NO 9 50810_B_CB 2005 50810 2RB 50810_B_2RB NO 9 50810_G_NO 9 50810_B_2RB 2005 50810 PB 50810_B_PB NO 9 50810_G_NO 9 50810_B_PB 2005 50811 6 50811_B_6 GEN1 50811_G_GEN1 50811_B_6 2005 50812 RILEY 50812_B_RILEY GEN1 50812_G_GEN1 50812_B_RILEY 2005 50813 CB1 50813_B_CB1 GEN1 50813_G_GEN1 50813_B_CB1 2005 50813 RB1 50813_B_RB1 GEN1 50813_G_GEN1 50813_B_RB1 2005 50814 5REC 50814_B_5REC GEN1 50814_G_GEN1 50814_B_5REC 2005 50814 WFB 50814_B_WFB GEN1 50814_G_GEN1 50814_B_WFB 2005 50814 PB 50814_B_PB GEN1 50814_G_GEN1 50814_B_PB 2005 50814 4REC 50814_B_4REC GEN1 50814_G_GEN1 50814_B_4REC 2005 50814 5REC 50814_B_5REC GEN2 50814_G_GEN2 50814_B_5REC 2005 50814 4REC 50814_B_4REC GEN2 50814_G_GEN2 50814_B_4REC 2005 50814 WFB 50814_B_WFB GEN2 50814_G_GEN2 50814_B_WFB 2005 50814 PB 50814_B_PB GEN2 50814_G_GEN2 50814_B_PB 2005 50814 4REC 50814_B_4REC GEN3 50814_G_GEN3 50814_B_4REC 2005 50814 5REC 50814_B_5REC GEN3 50814_G_GEN3 50814_B_5REC 2005 50814 WFB 50814_B_WFB GEN3 50814_G_GEN3 50814_B_WFB 2005 50814 PB 50814_B_PB GEN3 50814_G_GEN3 50814_B_PB 2005 50835 1 50835_B_1 GEN1 50835_G_GEN1 50835_B_1 2005 50835 2 50835_B_2 GEN1 50835_G_GEN1 50835_B_2 2005 50837 UNIT1 50837_B_UNIT1 GEN1 50837_G_GEN1 50837_B_UNIT1 2005 50837 UNIT3 50837_B_UNIT3 GEN1 50837_G_GEN1 50837_B_UNIT3 2005 50837 UNIT2 50837_B_UNIT2 GEN1 50837_G_GEN1 50837_B_UNIT2 2005 50846 PB1 50846_B_PB1 ST1 50846_G_ST1 50846_B_PB1 2005 50846 PB4 50846_B_PB4 ST1 50846_G_ST1 50846_B_PB4 2005 50846 PB3 50846_B_PB3 ST1 50846_G_ST1 50846_B_PB3 2005 50846 PB2 50846_B_PB2 ST1 50846_G_ST1 50846_B_PB2 2005 50846 PB1 50846_B_PB1 ST2 50846_G_ST2 50846_B_PB1 2005 50846 PB4 50846_B_PB4 ST2 50846_G_ST2 50846_B_PB4 2005 50846 PB3 50846_B_PB3 ST2 50846_G_ST2 50846_B_PB3 2005 50846 PB2 50846_B_PB2 ST2 50846_G_ST2 50846_B_PB2

Gen_Boiler_Crosswalk_2005 432 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50846 PB1 50846_B_PB1 ST3 50846_G_ST3 50846_B_PB1 2005 50846 PB2 50846_B_PB2 ST3 50846_G_ST3 50846_B_PB2 2005 50846 PB3 50846_B_PB3 ST3 50846_G_ST3 50846_B_PB3 2005 50846 PB4 50846_B_PB4 ST3 50846_G_ST3 50846_B_PB4 2005 50855 NE1 50855_B_NE1 GEN2 50855_G_GEN2 50855_B_NE1 2005 50855 NE2 50855_B_NE2 GEN2 50855_G_GEN2 50855_B_NE2 2005 50858 MWC1B 50858_B_MWC1B GEN1 50858_G_GEN1 50858_B_MWC1B 2005 50858 MWC3D 50858_B_MWC3D GEN1 50858_G_GEN1 50858_B_MWC3D 2005 50858 MWC2C 50858_B_MWC2C GEN1 50858_G_GEN1 50858_B_MWC2C 2005 50859 BLR1 50859_B_BLR1 GEN1 50859_G_GEN1 50859_B_BLR1 2005 50859 BLR2 50859_B_BLR2 GEN1 50859_G_GEN1 50859_B_BLR2 2005 50859 BLR3 50859_B_BLR3 GEN1 50859_G_GEN1 50859_B_BLR3 2005 50860 BLR1 50860_B_BLR1 GEN1 50860_G_GEN1 50860_B_BLR1 2005 50860 BLR2 50860_B_BLR2 GEN1 50860_G_GEN1 50860_B_BLR2 2005 50873 B1 50873_B_B1 GEN1 50873_G_GEN1 50873_B_B1 2005 50873 B2 50873_B_B2 GEN1 50873_G_GEN1 50873_B_B2 2005 50874 19425 50874_B_19425 GEN1 50874_G_GEN1 50874_B_19425 2005 50875 4 50875_B_4 GEN1 50875_G_GEN1 50875_B_4 2005 50875 2 50875_B_2 GEN1 50875_G_GEN1 50875_B_2 2005 50875 1 50875_B_1 GEN1 50875_G_GEN1 50875_B_1 2005 50875 3 50875_B_3 GEN1 50875_G_GEN1 50875_B_3 2005 50877 B2 50877_B_B2 GEN1 50877_G_GEN1 50877_B_B2 2005 50877 B1 50877_B_B1 GEN1 50877_G_GEN1 50877_B_B1 2005 50878 UNIT1 50878_B_UNIT1 GEN1 50878_G_GEN1 50878_B_UNIT1 2005 50878 UNIT2 50878_B_UNIT2 GEN1 50878_G_GEN1 50878_B_UNIT2 2005 50879 BLR1 50879_B_BLR1 GEN1 50879_G_GEN1 50879_B_BLR1 2005 50880 UNIT2 50880_B_UNIT2 GEN1 50880_G_GEN1 50880_B_UNIT2 2005 50880 UNIT1 50880_B_UNIT1 GEN1 50880_G_GEN1 50880_B_UNIT1 2005 50881 BLR1 50881_B_BLR1 GEN1 50881_G_GEN1 50881_B_BLR1 2005 50881 BLR3 50881_B_BLR3 GEN1 50881_G_GEN1 50881_B_BLR3 2005 50881 BLR2 50881_B_BLR2 GEN1 50881_G_GEN1 50881_B_BLR2 2005 50881 BLR1 50881_B_BLR1 GEN2 50881_G_GEN2 50881_B_BLR1 2005 50881 BLR2 50881_B_BLR2 GEN2 50881_G_GEN2 50881_B_BLR2 2005 50881 BLR3 50881_B_BLR3 GEN2 50881_G_GEN2 50881_B_BLR3 2005 50881 BLR1 50881_B_BLR1 GEN3 50881_G_GEN3 50881_B_BLR1 2005 50881 BLR2 50881_B_BLR2 GEN3 50881_G_GEN3 50881_B_BLR2 2005 50881 BLR3 50881_B_BLR3 GEN3 50881_G_GEN3 50881_B_BLR3 2005 50882 3 50882_B_3 GEN1 50882_G_GEN1 50882_B_3 2005 50882 1 50882_B_1 GEN1 50882_G_GEN1 50882_B_1 2005 50882 2 50882_B_2 GEN1 50882_G_GEN1 50882_B_2 2005 50883 BLR1 50883_B_BLR1 GEN1 50883_G_GEN1 50883_B_BLR1 2005 50883 BLR2 50883_B_BLR2 GEN1 50883_G_GEN1 50883_B_BLR2 2005 50883 BLR3 50883_B_BLR3 GEN1 50883_G_GEN1 50883_B_BLR3 2005 50884 B102 50884_B_B102 GEN1 50884_G_GEN1 50884_B_B102

Gen_Boiler_Crosswalk_2005 433 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50884 B101 50884_B_B101 GEN1 50884_G_GEN1 50884_B_B101 2005 50884 B103 50884_B_B103 GEN2 50884_G_GEN2 50884_B_B103 2005 50885 BLR2 50885_B_BLR2 GEN1 50885_G_GEN1 50885_B_BLR2 2005 50885 BLR1 50885_B_BLR1 GEN1 50885_G_GEN1 50885_B_BLR1 2005 50886 1-1A 50886_B_1-1A GEN1 50886_G_GEN1 50886_B_1-1A 2005 50886 1-1B 50886_B_1-1B GEN1 50886_G_GEN1 50886_B_1-1B 2005 50887 BLR1 50887_B_BLR1 GEN1 50887_G_GEN1 50887_B_BLR1 2005 50887 BLR2 50887_B_BLR2 GEN1 50887_G_GEN1 50887_B_BLR2 2005 50887 BLR3 50887_B_BLR3 GEN1 50887_G_GEN1 50887_B_BLR3 2005 50888 BLR1 50888_B_BLR1 GEN1 50888_G_GEN1 50888_B_BLR1 2005 50900 2RB 50900_B_2RB GEN1 50900_G_GEN1 50900_B_2RB 2005 50900 10PB 50900_B_10PB GEN1 50900_G_GEN1 50900_B_10PB 2005 50900 9PB 50900_B_9PB GEN2 50900_G_GEN2 50900_B_9PB 2005 50900 10PB 50900_B_10PB GEN2 50900_G_GEN2 50900_B_10PB 2005 50900 2RB 50900_B_2RB GEN3 50900_G_GEN3 50900_B_2RB 2005 50900 1RB 50900_B_1RB GEN3 50900_G_GEN3 50900_B_1RB 2005 50900 10PB 50900_B_10PB GEN3 50900_G_GEN3 50900_B_10PB 2005 50900 8PB 50900_B_8PB GEN3 50900_G_GEN3 50900_B_8PB 2005 50900 6PB 50900_B_6PB GEN3 50900_G_GEN3 50900_B_6PB 2005 50900 7PB 50900_B_7PB GEN3 50900_G_GEN3 50900_B_7PB 2005 50900 11PB 50900_B_11PB GEN3 50900_G_GEN3 50900_B_11PB 2005 50900 2RB 50900_B_2RB GEN4 50900_G_GEN4 50900_B_2RB 2005 50900 11PB 50900_B_11PB GEN4 50900_G_GEN4 50900_B_11PB 2005 50900 8PB 50900_B_8PB GEN4 50900_G_GEN4 50900_B_8PB 2005 50900 6PB 50900_B_6PB GEN4 50900_G_GEN4 50900_B_6PB 2005 50900 7PB 50900_B_7PB GEN4 50900_G_GEN4 50900_B_7PB 2005 50900 10PB 50900_B_10PB GEN4 50900_G_GEN4 50900_B_10PB 2005 50900 1RB 50900_B_1RB GEN4 50900_G_GEN4 50900_B_1RB 2005 50900 1RB 50900_B_1RB GEN5 50900_G_GEN5 50900_B_1RB 2005 50900 2RB 50900_B_2RB GEN5 50900_G_GEN5 50900_B_2RB 2005 50900 6PB 50900_B_6PB GEN5 50900_G_GEN5 50900_B_6PB 2005 50900 7PB 50900_B_7PB GEN5 50900_G_GEN5 50900_B_7PB 2005 50900 8PB 50900_B_8PB GEN5 50900_G_GEN5 50900_B_8PB 2005 50900 10PB 50900_B_10PB GEN5 50900_G_GEN5 50900_B_10PB 2005 50900 11PB 50900_B_11PB GEN5 50900_G_GEN5 50900_B_11PB 2005 50931 BLR1 50931_B_BLR1 GEN1 50931_G_GEN1 50931_B_BLR1 2005 50931 BLR2 50931_B_BLR2 GEN1 50931_G_GEN1 50931_B_BLR2 2005 50933 BLR5 50933_B_BLR5 GEN3 50933_G_GEN3 50933_B_BLR5 2005 50933 BLR2 50933_B_BLR2 GEN3 50933_G_GEN3 50933_B_BLR2 2005 50933 BLR1 50933_B_BLR1 GEN3 50933_G_GEN3 50933_B_BLR1 2005 50933 BLR8 50933_B_BLR8 GEN3 50933_G_GEN3 50933_B_BLR8 2005 50933 BLR3 50933_B_BLR3 GEN3 50933_G_GEN3 50933_B_BLR3 2005 50933 BLR4 50933_B_BLR4 GEN3 50933_G_GEN3 50933_B_BLR4 2005 50933 BLR7 50933_B_BLR7 GEN3 50933_G_GEN3 50933_B_BLR7

Gen_Boiler_Crosswalk_2005 434 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50933 BLR5 50933_B_BLR5 GEN5 50933_G_GEN5 50933_B_BLR5 2005 50933 BLR4 50933_B_BLR4 GEN5 50933_G_GEN5 50933_B_BLR4 2005 50933 BLR3 50933_B_BLR3 GEN5 50933_G_GEN5 50933_B_BLR3 2005 50933 BLR1 50933_B_BLR1 GEN5 50933_G_GEN5 50933_B_BLR1 2005 50933 BLR8 50933_B_BLR8 GEN5 50933_G_GEN5 50933_B_BLR8 2005 50933 BLR7 50933_B_BLR7 GEN5 50933_G_GEN5 50933_B_BLR7 2005 50933 BLR2 50933_B_BLR2 GEN5 50933_G_GEN5 50933_B_BLR2 2005 50933 BLR7 50933_B_BLR7 GEN6 50933_G_GEN6 50933_B_BLR7 2005 50951 1 50951_B_1 GEN1 50951_G_GEN1 50951_B_1 2005 50956 BFB 50956_B_BFB GEN1 50956_G_GEN1 50956_B_BFB 2005 50956 PB1 50956_B_PB1 GEN1 50956_G_GEN1 50956_B_PB1 2005 50956 PB2 50956_B_PB2 GEN1 50956_G_GEN1 50956_B_PB2 2005 50956 RB3 50956_B_RB3 GEN1 50956_G_GEN1 50956_B_RB3 2005 50956 PB3 50956_B_PB3 GEN1 50956_G_GEN1 50956_B_PB3 2005 50956 BFB 50956_B_BFB GEN2 50956_G_GEN2 50956_B_BFB 2005 50956 RB3 50956_B_RB3 GEN2 50956_G_GEN2 50956_B_RB3 2005 50956 PB1 50956_B_PB1 GEN2 50956_G_GEN2 50956_B_PB1 2005 50956 PB2 50956_B_PB2 GEN2 50956_G_GEN2 50956_B_PB2 2005 50956 PB3 50956_B_PB3 GEN2 50956_G_GEN2 50956_B_PB3 2005 50956 BFB 50956_B_BFB GEN3 50956_G_GEN3 50956_B_BFB 2005 50956 PB3 50956_B_PB3 GEN3 50956_G_GEN3 50956_B_PB3 2005 50956 RB3 50956_B_RB3 GEN3 50956_G_GEN3 50956_B_RB3 2005 50956 PB1 50956_B_PB1 GEN3 50956_G_GEN3 50956_B_PB1 2005 50956 PB2 50956_B_PB2 GEN3 50956_G_GEN3 50956_B_PB2 2005 50960 UNIT3 50960_B_UNIT3 GEN1 50960_G_GEN1 50960_B_UNIT3 2005 50960 UNIT1 50960_B_UNIT1 GEN1 50960_G_GEN1 50960_B_UNIT1 2005 50960 UNIT2 50960_B_UNIT2 GEN1 50960_G_GEN1 50960_B_UNIT2 2005 50969 BLR10 50969_B_BLR10 GEN1 50969_G_GEN1 50969_B_BLR10 2005 50969 BLR11 50969_B_BLR11 GEN1 50969_G_GEN1 50969_B_BLR11 2005 50969 BLR8 50969_B_BLR8 GEN1 50969_G_GEN1 50969_B_BLR8 2005 50969 BLR7 50969_B_BLR7 GEN1 50969_G_GEN1 50969_B_BLR7 2005 50969 HRSG2 50969_B_HRSG2 GEN1 50969_G_GEN1 50969_B_HRSG2 2005 50969 HRSG1 50969_B_HRSG1 GEN1 50969_G_GEN1 50969_B_HRSG1 2005 50969 BLR9 50969_B_BLR9 GEN1 50969_G_GEN1 50969_B_BLR9 2005 50969 BLR12 50969_B_BLR12 GEN1 50969_G_GEN1 50969_B_BLR12 2005 50969 BLR11 50969_B_BLR11 GEN2 50969_G_GEN2 50969_B_BLR11 2005 50969 BLR12 50969_B_BLR12 GEN2 50969_G_GEN2 50969_B_BLR12 2005 50969 BLR7 50969_B_BLR7 GEN2 50969_G_GEN2 50969_B_BLR7 2005 50969 BLR9 50969_B_BLR9 GEN2 50969_G_GEN2 50969_B_BLR9 2005 50969 HRSG1 50969_B_HRSG1 GEN2 50969_G_GEN2 50969_B_HRSG1 2005 50969 BLR10 50969_B_BLR10 GEN2 50969_G_GEN2 50969_B_BLR10 2005 50969 HRSG2 50969_B_HRSG2 GEN2 50969_G_GEN2 50969_B_HRSG2 2005 50969 BLR8 50969_B_BLR8 GEN2 50969_G_GEN2 50969_B_BLR8 2005 50969 BLR10 50969_B_BLR10 GEN3 50969_G_GEN3 50969_B_BLR10

Gen_Boiler_Crosswalk_2005 435 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 50969 BLR7 50969_B_BLR7 GEN3 50969_G_GEN3 50969_B_BLR7 2005 50969 BLR11 50969_B_BLR11 GEN3 50969_G_GEN3 50969_B_BLR11 2005 50969 BLR12 50969_B_BLR12 GEN3 50969_G_GEN3 50969_B_BLR12 2005 50969 HRSG2 50969_B_HRSG2 GEN3 50969_G_GEN3 50969_B_HRSG2 2005 50969 HRSG1 50969_B_HRSG1 GEN3 50969_G_GEN3 50969_B_HRSG1 2005 50969 BLR9 50969_B_BLR9 GEN3 50969_G_GEN3 50969_B_BLR9 2005 50969 BLR8 50969_B_BLR8 GEN3 50969_G_GEN3 50969_B_BLR8 2005 50969 BLR10 50969_B_BLR10 GEN4 50969_G_GEN4 50969_B_BLR10 2005 50969 BLR7 50969_B_BLR7 GEN4 50969_G_GEN4 50969_B_BLR7 2005 50969 BLR9 50969_B_BLR9 GEN4 50969_G_GEN4 50969_B_BLR9 2005 50969 HRSG2 50969_B_HRSG2 GEN4 50969_G_GEN4 50969_B_HRSG2 2005 50969 HRSG1 50969_B_HRSG1 GEN4 50969_G_GEN4 50969_B_HRSG1 2005 50969 BLR8 50969_B_BLR8 GEN4 50969_G_GEN4 50969_B_BLR8 2005 50969 BLR11 50969_B_BLR11 GEN4 50969_G_GEN4 50969_B_BLR11 2005 50969 BLR12 50969_B_BLR12 GEN4 50969_G_GEN4 50969_B_BLR12 2005 50973 COB 50973_B_COB GN27 50973_G_GN27 50973_B_COB 2005 50973 29 50973_B_29 GN27 50973_G_GN27 50973_B_29 2005 50973 36 50973_B_36 GN27 50973_G_GN27 50973_B_36 2005 50973 37 50973_B_37 GN31 50973_G_GN31 50973_B_37 2005 50973 33 50973_B_33 GN31 50973_G_GN31 50973_B_33 2005 50973 32 50973_B_32 GN31 50973_G_GN31 50973_B_32 2005 50973 37 50973_B_37 GN32 50973_G_GN32 50973_B_37 2005 50973 33 50973_B_33 GN32 50973_G_GN32 50973_B_33 2005 50973 32 50973_B_32 GN32 50973_G_GN32 50973_B_32 2005 50973 35 50973_B_35 GN33 50973_G_GN33 50973_B_35 2005 50973 34 50973_B_34 GN33 50973_G_GN33 50973_B_34 2005 50974 UNIT 1 50974_B_UNIT 1 GEN1 50974_G_GEN1 50974_B_UNIT 1 2005 50974 UNIT 2 50974_B_UNIT 2 GEN1 50974_G_GEN1 50974_B_UNIT 2 2005 50976 AAB01 50976_B_AAB01 GEN1 50976_G_GEN1 50976_B_AAB01 2005 50991 8 50991_B_8 GEN8 50991_G_GEN8 50991_B_8 2005 50991 11 50991_B_11 GEN8 50991_G_GEN8 50991_B_11 2005 50991 10 50991_B_10 GEN8 50991_G_GEN8 50991_B_10 2005 50991 9 50991_B_9 GEN8 50991_G_GEN8 50991_B_9 2005 50991 8 50991_B_8 GEN9 50991_G_GEN9 50991_B_8 2005 50991 11 50991_B_11 GEN9 50991_G_GEN9 50991_B_11 2005 50991 10 50991_B_10 GEN9 50991_G_GEN9 50991_B_10 2005 50991 9 50991_B_9 GEN9 50991_G_GEN9 50991_B_9 2005 51000 CFB1 51000_B_CFB1 GEN1 51000_G_GEN1 51000_B_CFB1 2005 51026 BLR1 51026_B_BLR1 GEN1 51026_G_GEN1 51026_B_BLR1 2005 51030 HRSG2 51030_B_HRSG2 GEN3 51030_G_GEN3 51030_B_HRSG2 2005 51030 HRSG1 51030_B_HRSG1 GEN3 51030_G_GEN3 51030_B_HRSG1 2005 51038 B1 51038_B_B1 GEN1 51038_G_GEN1 51038_B_B1 2005 51038 B2 51038_B_B2 GEN1 51038_G_GEN1 51038_B_B2 2005 52007 BLR1 52007_B_BLR1 GEN1 52007_G_GEN1 52007_B_BLR1

Gen_Boiler_Crosswalk_2005 436 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 52007 BLR2 52007_B_BLR2 GEN2 52007_G_GEN2 52007_B_BLR2 2005 52010 BLR1 52010_B_BLR1 GEN1 52010_G_GEN1 52010_B_BLR1 2005 52010 BLR2 52010_B_BLR2 GEN1 52010_G_GEN1 52010_B_BLR2 2005 52019 HR501 52019_B_HR501 GEN3 52019_G_GEN3 52019_B_HR501 2005 52019 HR502 52019_B_HR502 GEN3 52019_G_GEN3 52019_B_HR502 2005 52019 HR601 52019_B_HR601 GEN6 52019_G_GEN6 52019_B_HR601 2005 52019 HR602 52019_B_HR602 GEN6 52019_G_GEN6 52019_B_HR602 2005 52024 2 52024_B_2 GEN2 52024_G_GEN2 52024_B_2 2005 52024 3 52024_B_3 GEN4 52024_G_GEN4 52024_B_3 2005 52024 5 52024_B_5 NEW1 52024_G_NEW1 52024_B_5 2005 52024 4 52024_B_4 NEW3 52024_G_NEW3 52024_B_4 2005 52031 B01B3 52031_B_B01B3 GEN2 52031_G_GEN2 52031_B_B01B3 2005 52041 1 52041_B_1 GEN1 52041_G_GEN1 52041_B_1 2005 52048 HRSG2 52048_B_HRSG2 GEN1 52048_G_GEN1 52048_B_HRSG2 2005 52048 8 52048_B_8 GEN1 52048_G_GEN1 52048_B_8 2005 52048 7 52048_B_7 GEN1 52048_G_GEN1 52048_B_7 2005 52048 HRSG1 52048_B_HRSG1 GEN1 52048_G_GEN1 52048_B_HRSG1 2005 52048 9 52048_B_9 GEN1 52048_G_GEN1 52048_B_9 2005 52048 HRSG2 52048_B_HRSG2 GEN2 52048_G_GEN2 52048_B_HRSG2 2005 52048 8 52048_B_8 GEN2 52048_G_GEN2 52048_B_8 2005 52048 7 52048_B_7 GEN2 52048_G_GEN2 52048_B_7 2005 52048 9 52048_B_9 GEN2 52048_G_GEN2 52048_B_9 2005 52048 HRSG1 52048_B_HRSG1 GEN2 52048_G_GEN2 52048_B_HRSG1 2005 52069 HP5 52069_B_HP5 GEN1 52069_G_GEN1 52069_B_HP5 2005 52069 HP4 52069_B_HP4 GEN1 52069_G_GEN1 52069_B_HP4 2005 52069 HP1 52069_B_HP1 GEN1 52069_G_GEN1 52069_B_HP1 2005 52069 HP3 52069_B_HP3 GEN1 52069_G_GEN1 52069_B_HP3 2005 52069 HP2 52069_B_HP2 GEN1 52069_G_GEN1 52069_B_HP2 2005 52069 HP6 52069_B_HP6 GEN1 52069_G_GEN1 52069_B_HP6 2005 52069 HP5 52069_B_HP5 GEN2 52069_G_GEN2 52069_B_HP5 2005 52069 HP4 52069_B_HP4 GEN2 52069_G_GEN2 52069_B_HP4 2005 52069 HP2 52069_B_HP2 GEN2 52069_G_GEN2 52069_B_HP2 2005 52069 HP6 52069_B_HP6 GEN2 52069_G_GEN2 52069_B_HP6 2005 52069 HP3 52069_B_HP3 GEN2 52069_G_GEN2 52069_B_HP3 2005 52069 HP1 52069_B_HP1 GEN2 52069_G_GEN2 52069_B_HP1 2005 52069 HP4 52069_B_HP4 GEN3 52069_G_GEN3 52069_B_HP4 2005 52069 HP6 52069_B_HP6 GEN3 52069_G_GEN3 52069_B_HP6 2005 52069 HP3 52069_B_HP3 GEN3 52069_G_GEN3 52069_B_HP3 2005 52069 HP2 52069_B_HP2 GEN3 52069_G_GEN3 52069_B_HP2 2005 52069 HP1 52069_B_HP1 GEN3 52069_G_GEN3 52069_B_HP1 2005 52069 HP5 52069_B_HP5 GEN3 52069_G_GEN3 52069_B_HP5 2005 52069 HP5 52069_B_HP5 GEN4 52069_G_GEN4 52069_B_HP5 2005 52069 HP6 52069_B_HP6 GEN4 52069_G_GEN4 52069_B_HP6 2005 52069 HP2 52069_B_HP2 GEN4 52069_G_GEN4 52069_B_HP2

Gen_Boiler_Crosswalk_2005 437 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 52069 HP3 52069_B_HP3 GEN4 52069_G_GEN4 52069_B_HP3 2005 52069 HP4 52069_B_HP4 GEN4 52069_G_GEN4 52069_B_HP4 2005 52069 HP1 52069_B_HP1 GEN4 52069_G_GEN4 52069_B_HP1 2005 52071 SANDW1 52071_B_SANDW1 GEN1 52071_G_GEN1 52071_B_SANDW1 2005 52071 SANDW2 52071_B_SANDW2 GEN2 52071_G_GEN2 52071_B_SANDW2 2005 52071 SANDW3 52071_B_SANDW3 GEN3 52071_G_GEN3 52071_B_SANDW3 2005 52072 1 52072_B_1 GEN1 52072_G_GEN1 52072_B_1 2005 52072 5 52072_B_5 GEN1 52072_G_GEN1 52072_B_5 2005 52072 4 52072_B_4 GEN1 52072_G_GEN1 52072_B_4 2005 52072 2 52072_B_2 GEN1 52072_G_GEN1 52072_B_2 2005 52072 3 52072_B_3 GEN1 52072_G_GEN1 52072_B_3 2005 52072 1 52072_B_1 GEN2 52072_G_GEN2 52072_B_1 2005 52072 3 52072_B_3 GEN2 52072_G_GEN2 52072_B_3 2005 52072 5 52072_B_5 GEN2 52072_G_GEN2 52072_B_5 2005 52072 4 52072_B_4 GEN2 52072_G_GEN2 52072_B_4 2005 52072 2 52072_B_2 GEN2 52072_G_GEN2 52072_B_2 2005 52072 1 52072_B_1 GEN3 52072_G_GEN3 52072_B_1 2005 52072 3 52072_B_3 GEN3 52072_G_GEN3 52072_B_3 2005 52072 2 52072_B_2 GEN3 52072_G_GEN3 52072_B_2 2005 52072 4 52072_B_4 GEN3 52072_G_GEN3 52072_B_4 2005 52072 5 52072_B_5 GEN3 52072_G_GEN3 52072_B_5 2005 52072 1 52072_B_1 GEN4 52072_G_GEN4 52072_B_1 2005 52072 2 52072_B_2 GEN4 52072_G_GEN4 52072_B_2 2005 52072 3 52072_B_3 GEN4 52072_G_GEN4 52072_B_3 2005 52072 5 52072_B_5 GEN4 52072_G_GEN4 52072_B_5 2005 52072 4 52072_B_4 GEN4 52072_G_GEN4 52072_B_4 2005 52073 HRSG A 52073_B_HRSG A GEN3 52073_G_GEN3 52073_B_HRSG A 2005 52073 HRSG B 52073_B_HRSG B GEN3 52073_G_GEN3 52073_B_HRSG B 2005 52088 HRSG 1 52088_B_HRSG 1 GEN1 52088_G_GEN1 52088_B_HRSG 1 2005 52088 HRSG 2 52088_B_HRSG 2 GEN1 52088_G_GEN1 52088_B_HRSG 2 2005 52088 HRSG 3 52088_B_HRSG 3 GEN1 52088_G_GEN1 52088_B_HRSG 3 2005 52089 NO9BLR 52089_B_NO9BLR GEN1 52089_G_GEN1 52089_B_NO9BLR 2005 52089 NO8BLR 52089_B_NO8BLR GEN1 52089_G_GEN1 52089_B_NO8BLR 2005 52089 NO6BLR 52089_B_NO6BLR GEN1 52089_G_GEN1 52089_B_NO6BLR 2005 52089 NO4BLR 52089_B_NO4BLR GEN1 52089_G_GEN1 52089_B_NO4BLR 2005 52089 NO2BLR 52089_B_NO2BLR GEN1 52089_G_GEN1 52089_B_NO2BLR 2005 52089 NO1BLR 52089_B_NO1BLR GEN1 52089_G_GEN1 52089_B_NO1BLR 2005 52089 NO3BLR 52089_B_NO3BLR GEN1 52089_G_GEN1 52089_B_NO3BLR 2005 52089 NO5BLR 52089_B_NO5BLR GEN1 52089_G_GEN1 52089_B_NO5BLR 2005 52089 NO7BLR 52089_B_NO7BLR GEN1 52089_G_GEN1 52089_B_NO7BLR 2005 52089 NO9BLR 52089_B_NO9BLR GEN2 52089_G_GEN2 52089_B_NO9BLR 2005 52089 NO3BLR 52089_B_NO3BLR GEN2 52089_G_GEN2 52089_B_NO3BLR 2005 52089 NO1BLR 52089_B_NO1BLR GEN2 52089_G_GEN2 52089_B_NO1BLR 2005 52089 NO2BLR 52089_B_NO2BLR GEN2 52089_G_GEN2 52089_B_NO2BLR

Gen_Boiler_Crosswalk_2005 438 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 52089 NO4BLR 52089_B_NO4BLR GEN2 52089_G_GEN2 52089_B_NO4BLR 2005 52089 NO5BLR 52089_B_NO5BLR GEN2 52089_G_GEN2 52089_B_NO5BLR 2005 52089 NO6BLR 52089_B_NO6BLR GEN2 52089_G_GEN2 52089_B_NO6BLR 2005 52089 NO7BLR 52089_B_NO7BLR GEN2 52089_G_GEN2 52089_B_NO7BLR 2005 52089 NO8BLR 52089_B_NO8BLR GEN2 52089_G_GEN2 52089_B_NO8BLR 2005 52089 NO9BLR 52089_B_NO9BLR GEN3 52089_G_GEN3 52089_B_NO9BLR 2005 52089 NO7BLR 52089_B_NO7BLR GEN3 52089_G_GEN3 52089_B_NO7BLR 2005 52089 NO8BLR 52089_B_NO8BLR GEN3 52089_G_GEN3 52089_B_NO8BLR 2005 52089 NO1BLR 52089_B_NO1BLR GEN3 52089_G_GEN3 52089_B_NO1BLR 2005 52089 NO2BLR 52089_B_NO2BLR GEN3 52089_G_GEN3 52089_B_NO2BLR 2005 52089 NO3BLR 52089_B_NO3BLR GEN3 52089_G_GEN3 52089_B_NO3BLR 2005 52089 NO4BLR 52089_B_NO4BLR GEN3 52089_G_GEN3 52089_B_NO4BLR 2005 52089 NO5BLR 52089_B_NO5BLR GEN3 52089_G_GEN3 52089_B_NO5BLR 2005 52089 NO6BLR 52089_B_NO6BLR GEN3 52089_G_GEN3 52089_B_NO6BLR 2005 52089 NO9BLR 52089_B_NO9BLR GEN4 52089_G_GEN4 52089_B_NO9BLR 2005 52089 NO8BLR 52089_B_NO8BLR GEN4 52089_G_GEN4 52089_B_NO8BLR 2005 52089 NO6BLR 52089_B_NO6BLR GEN4 52089_G_GEN4 52089_B_NO6BLR 2005 52089 NO7BLR 52089_B_NO7BLR GEN4 52089_G_GEN4 52089_B_NO7BLR 2005 52089 NO1BLR 52089_B_NO1BLR GEN4 52089_G_GEN4 52089_B_NO1BLR 2005 52089 NO2BLR 52089_B_NO2BLR GEN4 52089_G_GEN4 52089_B_NO2BLR 2005 52089 NO3BLR 52089_B_NO3BLR GEN4 52089_G_GEN4 52089_B_NO3BLR 2005 52089 NO4BLR 52089_B_NO4BLR GEN4 52089_G_GEN4 52089_B_NO4BLR 2005 52089 NO5BLR 52089_B_NO5BLR GEN4 52089_G_GEN4 52089_B_NO5BLR 2005 52105 1BLR 52105_B_1BLR GEN1 52105_G_GEN1 52105_B_1BLR 2005 52105 7BLR 52105_B_7BLR GEN1 52105_G_GEN1 52105_B_7BLR 2005 52105 4BLR 52105_B_4BLR GEN1 52105_G_GEN1 52105_B_4BLR 2005 52105 5BLR 52105_B_5BLR GEN1 52105_G_GEN1 52105_B_5BLR 2005 52105 3BLR 52105_B_3BLR GEN1 52105_G_GEN1 52105_B_3BLR 2005 52105 1BLR 52105_B_1BLR GEN2 52105_G_GEN2 52105_B_1BLR 2005 52105 5BLR 52105_B_5BLR GEN2 52105_G_GEN2 52105_B_5BLR 2005 52105 4BLR 52105_B_4BLR GEN2 52105_G_GEN2 52105_B_4BLR 2005 52105 7BLR 52105_B_7BLR GEN2 52105_G_GEN2 52105_B_7BLR 2005 52105 3BLR 52105_B_3BLR GEN2 52105_G_GEN2 52105_B_3BLR 2005 52105 1BLR 52105_B_1BLR GEN3 52105_G_GEN3 52105_B_1BLR 2005 52105 3BLR 52105_B_3BLR GEN3 52105_G_GEN3 52105_B_3BLR 2005 52105 4BLR 52105_B_4BLR GEN3 52105_G_GEN3 52105_B_4BLR 2005 52105 5BLR 52105_B_5BLR GEN3 52105_G_GEN3 52105_B_5BLR 2005 52105 7BLR 52105_B_7BLR GEN3 52105_G_GEN3 52105_B_7BLR 2005 52105 1BLR 52105_B_1BLR GEN4 52105_G_GEN4 52105_B_1BLR 2005 52105 5BLR 52105_B_5BLR GEN4 52105_G_GEN4 52105_B_5BLR 2005 52105 4BLR 52105_B_4BLR GEN4 52105_G_GEN4 52105_B_4BLR 2005 52105 3BLR 52105_B_3BLR GEN4 52105_G_GEN4 52105_B_3BLR 2005 52105 7BLR 52105_B_7BLR GEN4 52105_G_GEN4 52105_B_7BLR 2005 52106 38 52106_B_38 GEN1 52106_G_GEN1 52106_B_38

Gen_Boiler_Crosswalk_2005 439 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 52106 39 52106_B_39 GEN1 52106_G_GEN1 52106_B_39 2005 52106 37 52106_B_37 GEN1 52106_G_GEN1 52106_B_37 2005 52106 40 52106_B_40 GEN1 52106_G_GEN1 52106_B_40 2005 52106 37 52106_B_37 GEN2 52106_G_GEN2 52106_B_37 2005 52106 40 52106_B_40 GEN2 52106_G_GEN2 52106_B_40 2005 52106 38 52106_B_38 GEN2 52106_G_GEN2 52106_B_38 2005 52106 39 52106_B_39 GEN2 52106_G_GEN2 52106_B_39 2005 52106 37 52106_B_37 GEN3 52106_G_GEN3 52106_B_37 2005 52106 38 52106_B_38 GEN3 52106_G_GEN3 52106_B_38 2005 52106 39 52106_B_39 GEN3 52106_G_GEN3 52106_B_39 2005 52106 40 52106_B_40 GEN3 52106_G_GEN3 52106_B_40 2005 52108 7 52108_B_7 GEN5 52108_G_GEN5 52108_B_7 2005 52108 6 52108_B_6 GEN5 52108_G_GEN5 52108_B_6 2005 52108 35 52108_B_35 GEN6 52108_G_GEN6 52108_B_35 2005 52108 32 52108_B_32 GEN6 52108_G_GEN6 52108_B_32 2005 52108 31 52108_B_31 GEN6 52108_G_GEN6 52108_B_31 2005 52108 33 52108_B_33 GEN6 52108_G_GEN6 52108_B_33 2005 52108 34 52108_B_34 GEN6 52108_G_GEN6 52108_B_34 2005 52108 35 52108_B_35 GEN7 52108_G_GEN7 52108_B_35 2005 52108 34 52108_B_34 GEN7 52108_G_GEN7 52108_B_34 2005 52108 33 52108_B_33 GEN7 52108_G_GEN7 52108_B_33 2005 52108 32 52108_B_32 GEN7 52108_G_GEN7 52108_B_32 2005 52108 31 52108_B_31 GEN7 52108_G_GEN7 52108_B_31 2005 52118 101 52118_B_101 GEN1 52118_G_GEN1 52118_B_101 2005 52118 102 52118_B_102 GEN1 52118_G_GEN1 52118_B_102 2005 52118 103 52118_B_103 GEN1 52118_G_GEN1 52118_B_103 2005 52118 102 52118_B_102 GEN2 52118_G_GEN2 52118_B_102 2005 52118 101 52118_B_101 GEN2 52118_G_GEN2 52118_B_101 2005 52118 103 52118_B_103 GEN2 52118_G_GEN2 52118_B_103 2005 52130 34BLR 52130_B_34BLR 15TG 52130_G_15TG 52130_B_34BLR 2005 52130 32BLR 52130_B_32BLR 15TG 52130_G_15TG 52130_B_32BLR 2005 52130 31BLR 52130_B_31BLR 15TG 52130_G_15TG 52130_B_31BLR 2005 52130 17BLR 52130_B_17BLR 15TG 52130_G_15TG 52130_B_17BLR 2005 52130 36BLR 52130_B_36BLR 15TG 52130_G_15TG 52130_B_36BLR 2005 52130 13BLR 52130_B_13BLR 15TG 52130_G_15TG 52130_B_13BLR 2005 52130 14BLR 52130_B_14BLR 15TG 52130_G_15TG 52130_B_14BLR 2005 52130 15BLR 52130_B_15BLR 15TG 52130_G_15TG 52130_B_15BLR 2005 52130 16BLR 52130_B_16BLR 15TG 52130_G_15TG 52130_B_16BLR 2005 52130 33BLR 52130_B_33BLR 15TG 52130_G_15TG 52130_B_33BLR 2005 52130 34BLR 52130_B_34BLR 17TG 52130_G_17TG 52130_B_34BLR 2005 52130 31BLR 52130_B_31BLR 17TG 52130_G_17TG 52130_B_31BLR 2005 52130 36BLR 52130_B_36BLR 17TG 52130_G_17TG 52130_B_36BLR 2005 52130 13BLR 52130_B_13BLR 17TG 52130_G_17TG 52130_B_13BLR 2005 52130 14BLR 52130_B_14BLR 17TG 52130_G_17TG 52130_B_14BLR

Gen_Boiler_Crosswalk_2005 440 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 52130 15BLR 52130_B_15BLR 17TG 52130_G_17TG 52130_B_15BLR 2005 52130 16BLR 52130_B_16BLR 17TG 52130_G_17TG 52130_B_16BLR 2005 52130 17BLR 52130_B_17BLR 17TG 52130_G_17TG 52130_B_17BLR 2005 52130 32BLR 52130_B_32BLR 17TG 52130_G_17TG 52130_B_32BLR 2005 52130 33BLR 52130_B_33BLR 17TG 52130_G_17TG 52130_B_33BLR 2005 52130 34BLR 52130_B_34BLR 31TG 52130_G_31TG 52130_B_34BLR 2005 52130 36BLR 52130_B_36BLR 31TG 52130_G_31TG 52130_B_36BLR 2005 52130 31BLR 52130_B_31BLR 31TG 52130_G_31TG 52130_B_31BLR 2005 52130 32BLR 52130_B_32BLR 31TG 52130_G_31TG 52130_B_32BLR 2005 52130 33BLR 52130_B_33BLR 31TG 52130_G_31TG 52130_B_33BLR 2005 52130 34BLR 52130_B_34BLR 32TG 52130_G_32TG 52130_B_34BLR 2005 52130 36BLR 52130_B_36BLR 32TG 52130_G_32TG 52130_B_36BLR 2005 52130 31BLR 52130_B_31BLR 32TG 52130_G_32TG 52130_B_31BLR 2005 52130 32BLR 52130_B_32BLR 32TG 52130_G_32TG 52130_B_32BLR 2005 52130 33BLR 52130_B_33BLR 32TG 52130_G_32TG 52130_B_33BLR 2005 52130 33BLR 52130_B_33BLR 33TG 52130_G_33TG 52130_B_33BLR 2005 52130 34BLR 52130_B_34BLR 33TG 52130_G_33TG 52130_B_34BLR 2005 52130 36BLR 52130_B_36BLR 33TG 52130_G_33TG 52130_B_36BLR 2005 52130 32BLR 52130_B_32BLR 33TG 52130_G_33TG 52130_B_32BLR 2005 52130 31BLR 52130_B_31BLR 33TG 52130_G_33TG 52130_B_31BLR 2005 52130 36BLR 52130_B_36BLR 34TG 52130_G_34TG 52130_B_36BLR 2005 52130 34BLR 52130_B_34BLR 34TG 52130_G_34TG 52130_B_34BLR 2005 52130 32BLR 52130_B_32BLR 34TG 52130_G_34TG 52130_B_32BLR 2005 52130 31BLR 52130_B_31BLR 34TG 52130_G_34TG 52130_B_31BLR 2005 52130 33BLR 52130_B_33BLR 34TG 52130_G_34TG 52130_B_33BLR 2005 52130 17BLR 52130_B_17BLR 35TG 52130_G_35TG 52130_B_17BLR 2005 52130 16BLR 52130_B_16BLR 35TG 52130_G_35TG 52130_B_16BLR 2005 52130 14BLR 52130_B_14BLR 35TG 52130_G_35TG 52130_B_14BLR 2005 52130 33BLR 52130_B_33BLR 35TG 52130_G_35TG 52130_B_33BLR 2005 52130 31BLR 52130_B_31BLR 35TG 52130_G_35TG 52130_B_31BLR 2005 52130 32BLR 52130_B_32BLR 35TG 52130_G_35TG 52130_B_32BLR 2005 52130 34BLR 52130_B_34BLR 35TG 52130_G_35TG 52130_B_34BLR 2005 52130 36BLR 52130_B_36BLR 35TG 52130_G_35TG 52130_B_36BLR 2005 52130 13BLR 52130_B_13BLR 35TG 52130_G_35TG 52130_B_13BLR 2005 52130 15BLR 52130_B_15BLR 35TG 52130_G_35TG 52130_B_15BLR 2005 52140 RF1 52140_B_RF1 GEN1 52140_G_GEN1 52140_B_RF1 2005 52140 PB1 52140_B_PB1 GEN1 52140_G_GEN1 52140_B_PB1 2005 52140 RF2 52140_B_RF2 GEN2 52140_G_GEN2 52140_B_RF2 2005 52140 PB2 52140_B_PB2 GEN2 52140_G_GEN2 52140_B_PB2 2005 52151 RF1 52151_B_RF1 GEN1 52151_G_GEN1 52151_B_RF1 2005 52151 PB1 52151_B_PB1 GEN1 52151_G_GEN1 52151_B_PB1 2005 52151 RF2 52151_B_RF2 GEN2 52151_G_GEN2 52151_B_RF2 2005 52151 PB2 52151_B_PB2 GEN2 52151_G_GEN2 52151_B_PB2 2005 52152 5PB 52152_B_5PB GEN6 52152_G_GEN6 52152_B_5PB

Gen_Boiler_Crosswalk_2005 441 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 52152 6RB 52152_B_6RB GEN6 52152_G_GEN6 52152_B_6RB 2005 52152 4RB 52152_B_4RB GEN6 52152_G_GEN6 52152_B_4RB 2005 52152 6PB 52152_B_6PB GEN6 52152_G_GEN6 52152_B_6PB 2005 52152 7PB 52152_B_7PB GEN6 52152_G_GEN6 52152_B_7PB 2005 52152 5RB 52152_B_5RB GEN6 52152_G_GEN6 52152_B_5RB 2005 52152 6RB 52152_B_6RB GEN7 52152_G_GEN7 52152_B_6RB 2005 52152 5PB 52152_B_5PB GEN7 52152_G_GEN7 52152_B_5PB 2005 52152 4RB 52152_B_4RB GEN7 52152_G_GEN7 52152_B_4RB 2005 52152 5RB 52152_B_5RB GEN7 52152_G_GEN7 52152_B_5RB 2005 52152 7PB 52152_B_7PB GEN7 52152_G_GEN7 52152_B_7PB 2005 52152 6PB 52152_B_6PB GEN7 52152_G_GEN7 52152_B_6PB 2005 52152 6RB 52152_B_6RB GEN8 52152_G_GEN8 52152_B_6RB 2005 52152 7PB 52152_B_7PB GEN8 52152_G_GEN8 52152_B_7PB 2005 52152 6PB 52152_B_6PB GEN8 52152_G_GEN8 52152_B_6PB 2005 52152 5PB 52152_B_5PB GEN8 52152_G_GEN8 52152_B_5PB 2005 52152 5RB 52152_B_5RB GEN8 52152_G_GEN8 52152_B_5RB 2005 52152 4RB 52152_B_4RB GEN8 52152_G_GEN8 52152_B_4RB 2005 52152 6RB 52152_B_6RB GEN9 52152_G_GEN9 52152_B_6RB 2005 52152 6PB 52152_B_6PB GEN9 52152_G_GEN9 52152_B_6PB 2005 52152 7PB 52152_B_7PB GEN9 52152_G_GEN9 52152_B_7PB 2005 52152 5PB 52152_B_5PB GEN9 52152_G_GEN9 52152_B_5PB 2005 52152 4RB 52152_B_4RB GEN9 52152_G_GEN9 52152_B_4RB 2005 52152 5RB 52152_B_5RB GEN9 52152_G_GEN9 52152_B_5RB 2005 52175 B1C 52175_B_B1C GEN1 52175_G_GEN1 52175_B_B1C 2005 52175 B1 52175_B_B1 GEN1 52175_G_GEN1 52175_B_B1 2005 52175 B1A 52175_B_B1A GEN1 52175_G_GEN1 52175_B_B1A 2005 52175 B1B 52175_B_B1B GEN1 52175_G_GEN1 52175_B_B1B 2005 52175 B1B 52175_B_B1B GEN2 52175_G_GEN2 52175_B_B1B 2005 52175 B1C 52175_B_B1C GEN2 52175_G_GEN2 52175_B_B1C 2005 52175 B1A 52175_B_B1A GEN2 52175_G_GEN2 52175_B_B1A 2005 52175 B1 52175_B_B1 GEN2 52175_G_GEN2 52175_B_B1 2005 52175 B1B 52175_B_B1B GEN3 52175_G_GEN3 52175_B_B1B 2005 52175 B1 52175_B_B1 GEN3 52175_G_GEN3 52175_B_B1 2005 52175 B1A 52175_B_B1A GEN3 52175_G_GEN3 52175_B_B1A 2005 52175 B1C 52175_B_B1C GEN3 52175_G_GEN3 52175_B_B1C 2005 52176 HRSG1 52176_B_HRSG1 GEN3 52176_G_GEN3 52176_B_HRSG1 2005 52176 HRSG2 52176_B_HRSG2 GEN3 52176_G_GEN3 52176_B_HRSG2 2005 52188 B9 52188_B_B9 G1 52188_G_G1 52188_B_B9 2005 52188 B7 52188_B_B7 G1 52188_G_G1 52188_B_B7 2005 52188 DB1 52188_B_DB1 G1 52188_G_G1 52188_B_DB1 2005 52188 B8 52188_B_B8 G1 52188_G_G1 52188_B_B8 2005 52188 DB2 52188_B_DB2 G1 52188_G_G1 52188_B_DB2 2005 52188 B10 52188_B_B10 G1 52188_G_G1 52188_B_B10 2005 52188 B6 52188_B_B6 G1 52188_G_G1 52188_B_B6

Gen_Boiler_Crosswalk_2005 442 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 52188 B9 52188_B_B9 G2 52188_G_G2 52188_B_B9 2005 52188 B8 52188_B_B8 G2 52188_G_G2 52188_B_B8 2005 52188 DB2 52188_B_DB2 G2 52188_G_G2 52188_B_DB2 2005 52188 DB1 52188_B_DB1 G2 52188_G_G2 52188_B_DB1 2005 52188 B7 52188_B_B7 G2 52188_G_G2 52188_B_B7 2005 52188 B6 52188_B_B6 G2 52188_G_G2 52188_B_B6 2005 52188 B10 52188_B_B10 G2 52188_G_G2 52188_B_B10 2005 52188 B9 52188_B_B9 G3 52188_G_G3 52188_B_B9 2005 52188 B6 52188_B_B6 G3 52188_G_G3 52188_B_B6 2005 52188 B7 52188_B_B7 G3 52188_G_G3 52188_B_B7 2005 52188 B10 52188_B_B10 G3 52188_G_G3 52188_B_B10 2005 52188 B8 52188_B_B8 G3 52188_G_G3 52188_B_B8 2005 52188 DB2 52188_B_DB2 G3 52188_G_G3 52188_B_DB2 2005 52188 DB1 52188_B_DB1 G3 52188_G_G3 52188_B_DB1 2005 52193 BLR3 52193_B_BLR3 G1 52193_G_G1 52193_B_BLR3 2005 52193 HRSG 2 52193_B_HRSG 2 G1 52193_G_G1 52193_B_HRSG 2 2005 52193 HRSG 1 52193_B_HRSG 1 G1 52193_G_G1 52193_B_HRSG 1 2005 52193 BLR2 52193_B_BLR2 G1 52193_G_G1 52193_B_BLR2 2005 52193 BLR1 52193_B_BLR1 G1 52193_G_G1 52193_B_BLR1 2005 52193 BLR4 52193_B_BLR4 G1 52193_G_G1 52193_B_BLR4 2005 52193 BLR3 52193_B_BLR3 G2 52193_G_G2 52193_B_BLR3 2005 52193 BLR2 52193_B_BLR2 G2 52193_G_G2 52193_B_BLR2 2005 52193 HRSG 2 52193_B_HRSG 2 G2 52193_G_G2 52193_B_HRSG 2 2005 52193 HRSG 1 52193_B_HRSG 1 G2 52193_G_G2 52193_B_HRSG 1 2005 52193 BLR4 52193_B_BLR4 G2 52193_G_G2 52193_B_BLR4 2005 52193 BLR1 52193_B_BLR1 G2 52193_G_G2 52193_B_BLR1 2005 52193 BLR3 52193_B_BLR3 G3 52193_G_G3 52193_B_BLR3 2005 52193 BLR2 52193_B_BLR2 G3 52193_G_G3 52193_B_BLR2 2005 52193 BLR4 52193_B_BLR4 G3 52193_G_G3 52193_B_BLR4 2005 52193 HRSG 2 52193_B_HRSG 2 G3 52193_G_G3 52193_B_HRSG 2 2005 52193 HRSG 1 52193_B_HRSG 1 G3 52193_G_G3 52193_B_HRSG 1 2005 52193 BLR1 52193_B_BLR1 G3 52193_G_G3 52193_B_BLR1 2005 52193 BLR2 52193_B_BLR2 G4 52193_G_G4 52193_B_BLR2 2005 52193 BLR1 52193_B_BLR1 G4 52193_G_G4 52193_B_BLR1 2005 52193 HRSG 2 52193_B_HRSG 2 G4 52193_G_G4 52193_B_HRSG 2 2005 52193 HRSG 1 52193_B_HRSG 1 G4 52193_G_G4 52193_B_HRSG 1 2005 52193 BLR4 52193_B_BLR4 G4 52193_G_G4 52193_B_BLR4 2005 52193 BLR3 52193_B_BLR3 G4 52193_G_G4 52193_B_BLR3 2005 54004 PB1 54004_B_PB1 GEN1 54004_G_GEN1 54004_B_PB1 2005 54004 PB2 54004_B_PB2 GEN1 54004_G_GEN1 54004_B_PB2 2005 54004 HRSG 54004_B_HRSG GEN1 54004_G_GEN1 54004_B_HRSG 2005 54033 BLR3 54033_B_BLR3 GEN1 54033_G_GEN1 54033_B_BLR3 2005 54033 BLR1 54033_B_BLR1 GEN1 54033_G_GEN1 54033_B_BLR1 2005 54033 BLR2 54033_B_BLR2 GEN1 54033_G_GEN1 54033_B_BLR2

Gen_Boiler_Crosswalk_2005 443 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54035 BLR1 54035_B_BLR1 GEN1 54035_G_GEN1 54035_B_BLR1 2005 54061 BLR1 54061_B_BLR1 GEN1 54061_G_GEN1 54061_B_BLR1 2005 54076 HRSG1 54076_B_HRSG1 GEN2 54076_G_GEN2 54076_B_HRSG1 2005 54081 1B 54081_B_1B GEN1 54081_G_GEN1 54081_B_1B 2005 54081 1A 54081_B_1A GEN1 54081_G_GEN1 54081_B_1A 2005 54081 2B 54081_B_2B GEN2 54081_G_GEN2 54081_B_2B 2005 54081 2A 54081_B_2A GEN2 54081_G_GEN2 54081_B_2A 2005 54081 3B 54081_B_3B GEN3 54081_G_GEN3 54081_B_3B 2005 54081 3A 54081_B_3A GEN3 54081_G_GEN3 54081_B_3A 2005 54081 4B 54081_B_4B GEN4 54081_G_GEN4 54081_B_4B 2005 54081 4A 54081_B_4A GEN4 54081_G_GEN4 54081_B_4A 2005 54085 PB2 54085_B_PB2 GEN1 54085_G_GEN1 54085_B_PB2 2005 54085 WFI 54085_B_WFI GEN1 54085_G_GEN1 54085_B_WFI 2005 54085 RB1 54085_B_RB1 GEN1 54085_G_GEN1 54085_B_RB1 2005 54085 RB2 54085_B_RB2 GEN1 54085_G_GEN1 54085_B_RB2 2005 54085 PB1 54085_B_PB1 GEN1 54085_G_GEN1 54085_B_PB1 2005 54085 PB2 54085_B_PB2 GEN2 54085_G_GEN2 54085_B_PB2 2005 54085 PB1 54085_B_PB1 GEN2 54085_G_GEN2 54085_B_PB1 2005 54085 RB2 54085_B_RB2 GEN2 54085_G_GEN2 54085_B_RB2 2005 54085 RB1 54085_B_RB1 GEN2 54085_G_GEN2 54085_B_RB1 2005 54085 WFI 54085_B_WFI GEN2 54085_G_GEN2 54085_B_WFI 2005 54085 PB2 54085_B_PB2 GEN3 54085_G_GEN3 54085_B_PB2 2005 54085 PB1 54085_B_PB1 GEN3 54085_G_GEN3 54085_B_PB1 2005 54085 WFI 54085_B_WFI GEN3 54085_G_GEN3 54085_B_WFI 2005 54085 RB1 54085_B_RB1 GEN3 54085_G_GEN3 54085_B_RB1 2005 54085 RB2 54085_B_RB2 GEN3 54085_G_GEN3 54085_B_RB2 2005 54087 PB02 54087_B_PB02 GEN1 54087_G_GEN1 54087_B_PB02 2005 54087 PB01 54087_B_PB01 GEN1 54087_G_GEN1 54087_B_PB01 2005 54087 RB02 54087_B_RB02 GEN1 54087_G_GEN1 54087_B_RB02 2005 54087 RB01 54087_B_RB01 GEN1 54087_G_GEN1 54087_B_RB01 2005 54087 PB02 54087_B_PB02 GEN2 54087_G_GEN2 54087_B_PB02 2005 54087 PB01 54087_B_PB01 GEN2 54087_G_GEN2 54087_B_PB01 2005 54087 RB01 54087_B_RB01 GEN2 54087_G_GEN2 54087_B_RB01 2005 54087 RB02 54087_B_RB02 GEN2 54087_G_GEN2 54087_B_RB02 2005 54087 PB02 54087_B_PB02 GEN3 54087_G_GEN3 54087_B_PB02 2005 54087 PB01 54087_B_PB01 GEN3 54087_G_GEN3 54087_B_PB01 2005 54087 RB01 54087_B_RB01 GEN3 54087_G_GEN3 54087_B_RB01 2005 54087 RB02 54087_B_RB02 GEN3 54087_G_GEN3 54087_B_RB02 2005 54090 6REC 54090_B_6REC GEN3 54090_G_GEN3 54090_B_6REC 2005 54090 5REC 54090_B_5REC GEN3 54090_G_GEN3 54090_B_5REC 2005 54090 3PB 54090_B_3PB GEN3 54090_G_GEN3 54090_B_3PB 2005 54090 2PB 54090_B_2PB GEN3 54090_G_GEN3 54090_B_2PB 2005 54090 1PB 54090_B_1PB GEN3 54090_G_GEN3 54090_B_1PB 2005 54090 6REC 54090_B_6REC GEN4 54090_G_GEN4 54090_B_6REC

Gen_Boiler_Crosswalk_2005 444 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54090 5REC 54090_B_5REC GEN4 54090_G_GEN4 54090_B_5REC 2005 54090 2PB 54090_B_2PB GEN4 54090_G_GEN4 54090_B_2PB 2005 54090 3PB 54090_B_3PB GEN4 54090_G_GEN4 54090_B_3PB 2005 54090 1PB 54090_B_1PB GEN4 54090_G_GEN4 54090_B_1PB 2005 54091 PB1 54091_B_PB1 GEN1 54091_G_GEN1 54091_B_PB1 2005 54091 PB2 54091_B_PB2 GEN1 54091_G_GEN1 54091_B_PB2 2005 54091 RB1 54091_B_RB1 GEN1 54091_G_GEN1 54091_B_RB1 2005 54091 RB2 54091_B_RB2 GEN1 54091_G_GEN1 54091_B_RB2 2005 54091 HRSG 54091_B_HRSG GEN1 54091_G_GEN1 54091_B_HRSG 2005 54091 PB1 54091_B_PB1 GEN2 54091_G_GEN2 54091_B_PB1 2005 54091 PB2 54091_B_PB2 GEN2 54091_G_GEN2 54091_B_PB2 2005 54091 RB2 54091_B_RB2 GEN2 54091_G_GEN2 54091_B_RB2 2005 54091 HRSG 54091_B_HRSG GEN2 54091_G_GEN2 54091_B_HRSG 2005 54091 RB1 54091_B_RB1 GEN2 54091_G_GEN2 54091_B_RB1 2005 54091 PB1 54091_B_PB1 GEN3 54091_G_GEN3 54091_B_PB1 2005 54091 PB2 54091_B_PB2 GEN3 54091_G_GEN3 54091_B_PB2 2005 54091 HRSG 54091_B_HRSG GEN3 54091_G_GEN3 54091_B_HRSG 2005 54091 RB2 54091_B_RB2 GEN3 54091_G_GEN3 54091_B_RB2 2005 54091 RB1 54091_B_RB1 GEN3 54091_G_GEN3 54091_B_RB1 2005 54095 PB2 54095_B_PB2 GEN1 54095_G_GEN1 54095_B_PB2 2005 54095 PB1 54095_B_PB1 GEN1 54095_G_GEN1 54095_B_PB1 2005 54095 RB1 54095_B_RB1 GEN1 54095_G_GEN1 54095_B_RB1 2005 54096 BLRP1 54096_B_BLRP1 GEN1 54096_G_GEN1 54096_B_BLRP1 2005 54096 BLRR1 54096_B_BLRR1 GEN1 54096_G_GEN1 54096_B_BLRR1 2005 54096 HRSG4 54096_B_HRSG4 GEN1 54096_G_GEN1 54096_B_HRSG4 2005 54096 BLRR2 54096_B_BLRR2 GEN1 54096_G_GEN1 54096_B_BLRR2 2005 54096 BLRB1 54096_B_BLRB1 GEN1 54096_G_GEN1 54096_B_BLRB1 2005 54096 BLRB2 54096_B_BLRB2 GEN1 54096_G_GEN1 54096_B_BLRB2 2005 54096 BLRR2 54096_B_BLRR2 GEN2 54096_G_GEN2 54096_B_BLRR2 2005 54096 BLRB2 54096_B_BLRB2 GEN2 54096_G_GEN2 54096_B_BLRB2 2005 54096 BLRP1 54096_B_BLRP1 GEN3 54096_G_GEN3 54096_B_BLRP1 2005 54096 HRSG4 54096_B_HRSG4 GEN3 54096_G_GEN3 54096_B_HRSG4 2005 54096 BLRR2 54096_B_BLRR2 GEN3 54096_G_GEN3 54096_B_BLRR2 2005 54096 BLRB1 54096_B_BLRB1 GEN3 54096_G_GEN3 54096_B_BLRB1 2005 54096 BLRR1 54096_B_BLRR1 GEN3 54096_G_GEN3 54096_B_BLRR1 2005 54096 BLRB2 54096_B_BLRB2 GEN3 54096_G_GEN3 54096_B_BLRB2 2005 54097 PB1 54097_B_PB1 GEN1 54097_G_GEN1 54097_B_PB1 2005 54097 PB2 54097_B_PB2 GEN2 54097_G_GEN2 54097_B_PB2 2005 54098 B07 54098_B_B07 GEN1 54098_G_GEN1 54098_B_B07 2005 54098 B10 54098_B_B10 GEN1 54098_G_GEN1 54098_B_B10 2005 54098 B09 54098_B_B09 GEN1 54098_G_GEN1 54098_B_B09 2005 54098 B11 54098_B_B11 GEN1 54098_G_GEN1 54098_B_B11 2005 54098 B08 54098_B_B08 GEN1 54098_G_GEN1 54098_B_B08 2005 54098 B07 54098_B_B07 GEN2 54098_G_GEN2 54098_B_B07

Gen_Boiler_Crosswalk_2005 445 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54098 B09 54098_B_B09 GEN2 54098_G_GEN2 54098_B_B09 2005 54098 B10 54098_B_B10 GEN2 54098_G_GEN2 54098_B_B10 2005 54098 B08 54098_B_B08 GEN2 54098_G_GEN2 54098_B_B08 2005 54098 B11 54098_B_B11 GEN2 54098_G_GEN2 54098_B_B11 2005 54098 B07 54098_B_B07 GEN3 54098_G_GEN3 54098_B_B07 2005 54098 B08 54098_B_B08 GEN3 54098_G_GEN3 54098_B_B08 2005 54098 B11 54098_B_B11 GEN3 54098_G_GEN3 54098_B_B11 2005 54098 B09 54098_B_B09 GEN3 54098_G_GEN3 54098_B_B09 2005 54098 B10 54098_B_B10 GEN3 54098_G_GEN3 54098_B_B10 2005 54098 B11 54098_B_B11 GEN4 54098_G_GEN4 54098_B_B11 2005 54099 RB1 54099_B_RB1 GEN1 54099_G_GEN1 54099_B_RB1 2005 54099 PB1 54099_B_PB1 GEN1 54099_G_GEN1 54099_B_PB1 2005 54100 N1BABO 54100_B_N1BABO GEN1 54100_G_GEN1 54100_B_N1BABO 2005 54100 N1REBO 54100_B_N1REBO GEN1 54100_G_GEN1 54100_B_N1REBO 2005 54100 N1BABO 54100_B_N1BABO GEN2 54100_G_GEN2 54100_B_N1BABO 2005 54100 N1REBO 54100_B_N1REBO GEN2 54100_G_GEN2 54100_B_N1REBO 2005 54101 PB1 54101_B_PB1 GEN1 54101_G_GEN1 54101_B_PB1 2005 54101 PB2 54101_B_PB2 GEN2 54101_G_GEN2 54101_B_PB2 2005 54104 PB2 54104_B_PB2 GEN1 54104_G_GEN1 54104_B_PB2 2005 54104 PB1 54104_B_PB1 GEN1 54104_G_GEN1 54104_B_PB1 2005 54104 PB3 54104_B_PB3 GEN1 54104_G_GEN1 54104_B_PB3 2005 54104 RB3 54104_B_RB3 GEN1 54104_G_GEN1 54104_B_RB3 2005 54104 RB2 54104_B_RB2 GEN1 54104_G_GEN1 54104_B_RB2 2005 54104 PB1 54104_B_PB1 GEN2 54104_G_GEN2 54104_B_PB1 2005 54104 PB3 54104_B_PB3 GEN2 54104_G_GEN2 54104_B_PB3 2005 54104 RB3 54104_B_RB3 GEN2 54104_G_GEN2 54104_B_RB3 2005 54104 PB2 54104_B_PB2 GEN2 54104_G_GEN2 54104_B_PB2 2005 54104 RB2 54104_B_RB2 GEN2 54104_G_GEN2 54104_B_RB2 2005 54104 PB3 54104_B_PB3 GEN3 54104_G_GEN3 54104_B_PB3 2005 54104 RB3 54104_B_RB3 GEN3 54104_G_GEN3 54104_B_RB3 2005 54104 RB2 54104_B_RB2 GEN3 54104_G_GEN3 54104_B_RB2 2005 54104 PB2 54104_B_PB2 GEN3 54104_G_GEN3 54104_B_PB2 2005 54104 PB1 54104_B_PB1 GEN3 54104_G_GEN3 54104_B_PB1 2005 54104 RB2 54104_B_RB2 GEN4 54104_G_GEN4 54104_B_RB2 2005 54104 PB3 54104_B_PB3 GEN4 54104_G_GEN4 54104_B_PB3 2005 54104 PB2 54104_B_PB2 GEN4 54104_G_GEN4 54104_B_PB2 2005 54104 PB1 54104_B_PB1 GEN4 54104_G_GEN4 54104_B_PB1 2005 54104 RB3 54104_B_RB3 GEN4 54104_G_GEN4 54104_B_RB3 2005 54114 HRSG1 54114_B_HRSG1 GEN3 54114_G_GEN3 54114_B_HRSG1 2005 54114 HRSG2 54114_B_HRSG2 GEN3 54114_G_GEN3 54114_B_HRSG2 2005 54144 BRBR1 54144_B_BRBR1 GEN1 54144_G_GEN1 54144_B_BRBR1 2005 54201 BLR2 54201_B_BLR2 GEN3 54201_G_GEN3 54201_B_BLR2 2005 54201 BLR4 54201_B_BLR4 GEN3 54201_G_GEN3 54201_B_BLR4 2005 54201 BLR5 54201_B_BLR5 GEN3 54201_G_GEN3 54201_B_BLR5

Gen_Boiler_Crosswalk_2005 446 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54201 BLR1 54201_B_BLR1 GEN3 54201_G_GEN3 54201_B_BLR1 2005 54201 BLR3 54201_B_BLR3 GEN3 54201_G_GEN3 54201_B_BLR3 2005 54201 BLR2 54201_B_BLR2 GEN4 54201_G_GEN4 54201_B_BLR2 2005 54201 BLR4 54201_B_BLR4 GEN4 54201_G_GEN4 54201_B_BLR4 2005 54201 BLR6 54201_B_BLR6 GEN4 54201_G_GEN4 54201_B_BLR6 2005 54201 BLR1 54201_B_BLR1 GEN4 54201_G_GEN4 54201_B_BLR1 2005 54201 BLR7 54201_B_BLR7 GEN4 54201_G_GEN4 54201_B_BLR7 2005 54201 BLR5 54201_B_BLR5 GEN4 54201_G_GEN4 54201_B_BLR5 2005 54201 BLR3 54201_B_BLR3 GEN4 54201_G_GEN4 54201_B_BLR3 2005 54201 BLR2 54201_B_BLR2 GEN5 54201_G_GEN5 54201_B_BLR2 2005 54201 BLR5 54201_B_BLR5 GEN5 54201_G_GEN5 54201_B_BLR5 2005 54201 BLR4 54201_B_BLR4 GEN5 54201_G_GEN5 54201_B_BLR4 2005 54201 BLR1 54201_B_BLR1 GEN5 54201_G_GEN5 54201_B_BLR1 2005 54201 BLR3 54201_B_BLR3 GEN5 54201_G_GEN5 54201_B_BLR3 2005 54201 BLR1 54201_B_BLR1 GEN6 54201_G_GEN6 54201_B_BLR1 2005 54201 BLR3 54201_B_BLR3 GEN6 54201_G_GEN6 54201_B_BLR3 2005 54201 BLR2 54201_B_BLR2 GEN6 54201_G_GEN6 54201_B_BLR2 2005 54201 BLR5 54201_B_BLR5 GEN6 54201_G_GEN6 54201_B_BLR5 2005 54201 BLR4 54201_B_BLR4 GEN6 54201_G_GEN6 54201_B_BLR4 2005 54207 1 54207_B_1 GEN1 54207_G_GEN1 54207_B_1 2005 54207 2 54207_B_2 GEN2 54207_G_GEN2 54207_B_2 2005 54207 3 54207_B_3 GEN3 54207_G_GEN3 54207_B_3 2005 54210 EUI1 54210_B_EUI1 G1 54210_G_G1 54210_B_EUI1 2005 54216 AOW1 54216_B_AOW1 AOW1 54216_G_AOW1 54216_B_AOW1 2005 54216 AOW2 54216_B_AOW2 AOW2 54216_G_AOW2 54216_B_AOW2 2005 54216 AOW3 54216_B_AOW3 AOW3 54216_G_AOW3 54216_B_AOW3 2005 54216 AOW4 54216_B_AOW4 AOW4 54216_G_AOW4 54216_B_AOW4 2005 54216 AOW4 54216_B_AOW4 AOW5 54216_G_AOW5 54216_B_AOW4 2005 54216 AOW4 54216_B_AOW4 AOW6 54216_G_AOW6 54216_B_AOW4 2005 54219 BLR1 54219_B_BLR1 GEN1 54219_G_GEN1 54219_B_BLR1 2005 54224 SG4 54224_B_SG4 GEN1 54224_G_GEN1 54224_B_SG4 2005 54224 SG3 54224_B_SG3 GEN1 54224_G_GEN1 54224_B_SG3 2005 54224 SG2 54224_B_SG2 GEN1 54224_G_GEN1 54224_B_SG2 2005 54224 SG1 54224_B_SG1 GEN1 54224_G_GEN1 54224_B_SG1 2005 54224 SG4 54224_B_SG4 GEN2 54224_G_GEN2 54224_B_SG4 2005 54224 SG3 54224_B_SG3 GEN2 54224_G_GEN2 54224_B_SG3 2005 54224 SG1 54224_B_SG1 GEN2 54224_G_GEN2 54224_B_SG1 2005 54224 SG2 54224_B_SG2 GEN2 54224_G_GEN2 54224_B_SG2 2005 54224 SG3 54224_B_SG3 GEN3 54224_G_GEN3 54224_B_SG3 2005 54224 SG4 54224_B_SG4 GEN3 54224_G_GEN3 54224_B_SG4 2005 54225 1 54225_B_1 TG1 54225_G_TG1 54225_B_1 2005 54225 3 54225_B_3 TG1 54225_G_TG1 54225_B_3 2005 54225 2 54225_B_2 TG2 54225_G_TG2 54225_B_2 2005 54225 3 54225_B_3 TG2 54225_G_TG2 54225_B_3

Gen_Boiler_Crosswalk_2005 447 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54235 B003 54235_B_B003 GEN1 54235_G_GEN1 54235_B_B003 2005 54235 B001 54235_B_B001 GEN1 54235_G_GEN1 54235_B_B001 2005 54235 B003 54235_B_B003 GEN2 54235_G_GEN2 54235_B_B003 2005 54235 B001 54235_B_B001 GEN2 54235_G_GEN2 54235_B_B001 2005 54235 B003 54235_B_B003 GEN3 54235_G_GEN3 54235_B_B003 2005 54235 B001 54235_B_B001 GEN3 54235_G_GEN3 54235_B_B001 2005 54236 BLR8 54236_B_BLR8 TG 1 54236_G_TG 1 54236_B_BLR8 2005 54236 BLR4 54236_B_BLR4 TG 1 54236_G_TG 1 54236_B_BLR4 2005 54236 BLR2 54236_B_BLR2 TG 1 54236_G_TG 1 54236_B_BLR2 2005 54236 BLR1 54236_B_BLR1 TG 1 54236_G_TG 1 54236_B_BLR1 2005 54236 BLR3 54236_B_BLR3 TG 1 54236_G_TG 1 54236_B_BLR3 2005 54236 BLR5 54236_B_BLR5 TG 1 54236_G_TG 1 54236_B_BLR5 2005 54236 BLR8 54236_B_BLR8 TG 2 54236_G_TG 2 54236_B_BLR8 2005 54236 BLR1 54236_B_BLR1 TG 2 54236_G_TG 2 54236_B_BLR1 2005 54236 BLR2 54236_B_BLR2 TG 2 54236_G_TG 2 54236_B_BLR2 2005 54236 BLR3 54236_B_BLR3 TG 2 54236_G_TG 2 54236_B_BLR3 2005 54236 BLR4 54236_B_BLR4 TG 2 54236_G_TG 2 54236_B_BLR4 2005 54236 BLR5 54236_B_BLR5 TG 2 54236_G_TG 2 54236_B_BLR5 2005 54236 BLR8 54236_B_BLR8 TG 3 54236_G_TG 3 54236_B_BLR8 2005 54236 BLR1 54236_B_BLR1 TG 3 54236_G_TG 3 54236_B_BLR1 2005 54236 BLR2 54236_B_BLR2 TG 3 54236_G_TG 3 54236_B_BLR2 2005 54236 BLR3 54236_B_BLR3 TG 3 54236_G_TG 3 54236_B_BLR3 2005 54236 BLR4 54236_B_BLR4 TG 3 54236_G_TG 3 54236_B_BLR4 2005 54236 BLR5 54236_B_BLR5 TG 3 54236_G_TG 3 54236_B_BLR5 2005 54236 BLR8 54236_B_BLR8 TG 4 54236_G_TG 4 54236_B_BLR8 2005 54236 BLR1 54236_B_BLR1 TG 4 54236_G_TG 4 54236_B_BLR1 2005 54236 BLR2 54236_B_BLR2 TG 4 54236_G_TG 4 54236_B_BLR2 2005 54236 BLR3 54236_B_BLR3 TG 4 54236_G_TG 4 54236_B_BLR3 2005 54236 BLR4 54236_B_BLR4 TG 4 54236_G_TG 4 54236_B_BLR4 2005 54236 BLR5 54236_B_BLR5 TG 4 54236_G_TG 4 54236_B_BLR5 2005 54236 BLR8 54236_B_BLR8 TG5 54236_G_TG5 54236_B_BLR8 2005 54236 BLR1 54236_B_BLR1 TG5 54236_G_TG5 54236_B_BLR1 2005 54236 BLR2 54236_B_BLR2 TG5 54236_G_TG5 54236_B_BLR2 2005 54236 BLR3 54236_B_BLR3 TG5 54236_G_TG5 54236_B_BLR3 2005 54236 BLR4 54236_B_BLR4 TG5 54236_G_TG5 54236_B_BLR4 2005 54236 BLR5 54236_B_BLR5 TG5 54236_G_TG5 54236_B_BLR5 2005 54238 N64514 54238_B_N64514 STG 54238_G_STG 54238_B_N64514 2005 54238 N64516 54238_B_N64516 STG 54238_G_STG 54238_B_N64516 2005 54271 HRSG2 54271_B_HRSG2 STG 54271_G_STG 54271_B_HRSG2 2005 54271 HRSG1 54271_B_HRSG1 STG 54271_G_STG 54271_B_HRSG1 2005 54276 6 54276_B_6 TG3 54276_G_TG3 54276_B_6 2005 54276 7 54276_B_7 TG3 54276_G_TG3 54276_B_7 2005 54281 POW 54281_B_POW 577A 54281_G_577A 54281_B_POW 2005 54281 REC 54281_B_REC 577A 54281_G_577A 54281_B_REC

Gen_Boiler_Crosswalk_2005 448 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54281 MFB 54281_B_MFB 577A 54281_G_577A 54281_B_MFB 2005 54304 1A 54304_B_1A 1 54304_G_1 54304_B_1A 2005 54318 C 54318_B_C TG1 54318_G_TG1 54318_B_C 2005 54318 E 54318_B_E TG1 54318_G_TG1 54318_B_E 2005 54318 D 54318_B_D TG1 54318_G_TG1 54318_B_D 2005 54318 C 54318_B_C TG2 54318_G_TG2 54318_B_C 2005 54318 E 54318_B_E TG2 54318_G_TG2 54318_B_E 2005 54318 D 54318_B_D TG2 54318_G_TG2 54318_B_D 2005 54321 3B102 54321_B_3B102 3N80 54321_G_3N80 54321_B_3B102 2005 54321 3B104 54321_B_3B104 3N80 54321_G_3N80 54321_B_3B104 2005 54321 3B106 54321_B_3B106 3N80 54321_G_3N80 54321_B_3B106 2005 54321 3B101 54321_B_3B101 3N80 54321_G_3N80 54321_B_3B101 2005 54321 3B108 54321_B_3B108 3N80 54321_G_3N80 54321_B_3B108 2005 54321 3B107 54321_B_3B107 3N80 54321_G_3N80 54321_B_3B107 2005 54321 3B105 54321_B_3B105 3N80 54321_G_3N80 54321_B_3B105 2005 54321 3B103 54321_B_3B103 3N80 54321_G_3N80 54321_B_3B103 2005 54324 HRSG3 54324_B_HRSG3 GEN3 54324_G_GEN3 54324_B_HRSG3 2005 54324 HRSG4 54324_B_HRSG4 GEN3 54324_G_GEN3 54324_B_HRSG4 2005 54344 4 54344_B_4 2GEN 54344_G_2GEN 54344_B_4 2005 54344 5 54344_B_5 2GEN 54344_G_2GEN 54344_B_5 2005 54344 3 54344_B_3 2GEN 54344_G_2GEN 54344_B_3 2005 54344 SG101 54344_B_SG101 2GEN 54344_G_2GEN 54344_B_SG101 2005 54344 SG102 54344_B_SG102 2GEN 54344_G_2GEN 54344_B_SG102 2005 54344 4 54344_B_4 6GEN 54344_G_6GEN 54344_B_4 2005 54344 3 54344_B_3 6GEN 54344_G_6GEN 54344_B_3 2005 54344 5 54344_B_5 6GEN 54344_G_6GEN 54344_B_5 2005 54344 SG102 54344_B_SG102 6GEN 54344_G_6GEN 54344_B_SG102 2005 54344 SG101 54344_B_SG101 6GEN 54344_G_6GEN 54344_B_SG101 2005 54344 4 54344_B_4 8GEN 54344_G_8GEN 54344_B_4 2005 54344 SG101 54344_B_SG101 8GEN 54344_G_8GEN 54344_B_SG101 2005 54344 SG102 54344_B_SG102 8GEN 54344_G_8GEN 54344_B_SG102 2005 54344 5 54344_B_5 8GEN 54344_G_8GEN 54344_B_5 2005 54344 3 54344_B_3 8GEN 54344_G_8GEN 54344_B_3 2005 54344 3 54344_B_3 9GEN 54344_G_9GEN 54344_B_3 2005 54344 5 54344_B_5 9GEN 54344_G_9GEN 54344_B_5 2005 54344 4 54344_B_4 9GEN 54344_G_9GEN 54344_B_4 2005 54344 SG102 54344_B_SG102 9GEN 54344_G_9GEN 54344_B_SG102 2005 54344 SG101 54344_B_SG101 9GEN 54344_G_9GEN 54344_B_SG101 2005 54349 AUX 54349_B_AUX STM 54349_G_STM 54349_B_AUX 2005 54350 AUX 54350_B_AUX STM 54350_G_STM 54350_B_AUX 2005 54358 PB2 54358_B_PB2 1 54358_G_1 54358_B_PB2 2005 54358 RB3 54358_B_RB3 1 54358_G_1 54358_B_RB3 2005 54358 PB1 54358_B_PB1 1 54358_G_1 54358_B_PB1 2005 54358 PB3 54358_B_PB3 1 54358_G_1 54358_B_PB3

Gen_Boiler_Crosswalk_2005 449 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54358 RB2 54358_B_RB2 1 54358_G_1 54358_B_RB2 2005 54358 PB1 54358_B_PB1 2 54358_G_2 54358_B_PB1 2005 54358 PB2 54358_B_PB2 2 54358_G_2 54358_B_PB2 2005 54358 RB2 54358_B_RB2 2 54358_G_2 54358_B_RB2 2005 54358 PB3 54358_B_PB3 2 54358_G_2 54358_B_PB3 2005 54358 RB3 54358_B_RB3 2 54358_G_2 54358_B_RB3 2005 54358 PB1 54358_B_PB1 3 54358_G_3 54358_B_PB1 2005 54358 PB2 54358_B_PB2 3 54358_G_3 54358_B_PB2 2005 54358 RB3 54358_B_RB3 3 54358_G_3 54358_B_RB3 2005 54358 RB2 54358_B_RB2 3 54358_G_3 54358_B_RB2 2005 54358 PB3 54358_B_PB3 3 54358_G_3 54358_B_PB3 2005 54414 BLR4 54414_B_BLR4 GEN2 54414_G_GEN2 54414_B_BLR4 2005 54414 BLR2 54414_B_BLR2 GEN2 54414_G_GEN2 54414_B_BLR2 2005 54414 BLR1 54414_B_BLR1 GEN2 54414_G_GEN2 54414_B_BLR1 2005 54414 BLR3 54414_B_BLR3 GEN2 54414_G_GEN2 54414_B_BLR3 2005 54414 BLR4 54414_B_BLR4 GEN3 54414_G_GEN3 54414_B_BLR4 2005 54414 BLR2 54414_B_BLR2 GEN3 54414_G_GEN3 54414_B_BLR2 2005 54414 BLR1 54414_B_BLR1 GEN3 54414_G_GEN3 54414_B_BLR1 2005 54414 BLR3 54414_B_BLR3 GEN3 54414_G_GEN3 54414_B_BLR3 2005 54414 BLR4 54414_B_BLR4 GEN4 54414_G_GEN4 54414_B_BLR4 2005 54414 BLR1 54414_B_BLR1 GEN4 54414_G_GEN4 54414_B_BLR1 2005 54414 BLR2 54414_B_BLR2 GEN4 54414_G_GEN4 54414_B_BLR2 2005 54414 BLR3 54414_B_BLR3 GEN4 54414_G_GEN4 54414_B_BLR3 2005 54415 101613 54415_B_101613 GEN1 54415_G_GEN1 54415_B_101613 2005 54424 HRSG1 54424_B_HRSG1 ST1 54424_G_ST1 54424_B_HRSG1 2005 54424 HRSG2 54424_B_HRSG2 ST1 54424_G_ST1 54424_B_HRSG2 2005 54427 10C 54427_B_10C NO10 54427_G_NO10 54427_B_10C 2005 54427 20 54427_B_20 NO10 54427_G_NO10 54427_B_20 2005 54427 21 54427_B_21 NO10 54427_G_NO10 54427_B_21 2005 54427 12 54427_B_12 NO10 54427_G_NO10 54427_B_12 2005 54427 10C 54427_B_10C NO8 54427_G_NO8 54427_B_10C 2005 54427 12 54427_B_12 NO8 54427_G_NO8 54427_B_12 2005 54427 20 54427_B_20 NO8 54427_G_NO8 54427_B_20 2005 54427 21 54427_B_21 NO8 54427_G_NO8 54427_B_21 2005 54427 10C 54427_B_10C NO9 54427_G_NO9 54427_B_10C 2005 54427 12 54427_B_12 NO9 54427_G_NO9 54427_B_12 2005 54427 21 54427_B_21 NO9 54427_G_NO9 54427_B_21 2005 54427 20 54427_B_20 NO9 54427_G_NO9 54427_B_20 2005 54428 601 54428_B_601 NO1 54428_G_NO1 54428_B_601 2005 54428 253 54428_B_253 NO1 54428_G_NO1 54428_B_253 2005 54428 072 54428_B_072 NO1 54428_G_NO1 54428_B_072 2005 54428 302 54428_B_302 NO1 54428_G_NO1 54428_B_302 2005 54428 074 54428_B_074 NO1 54428_G_NO1 54428_B_074 2005 54428 255 54428_B_255 NO1 54428_G_NO1 54428_B_255

Gen_Boiler_Crosswalk_2005 450 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54428 073 54428_B_073 NO1 54428_G_NO1 54428_B_073 2005 54428 601 54428_B_601 NO2 54428_G_NO2 54428_B_601 2005 54428 073 54428_B_073 NO2 54428_G_NO2 54428_B_073 2005 54428 072 54428_B_072 NO2 54428_G_NO2 54428_B_072 2005 54428 253 54428_B_253 NO2 54428_G_NO2 54428_B_253 2005 54428 255 54428_B_255 NO2 54428_G_NO2 54428_B_255 2005 54428 302 54428_B_302 NO2 54428_G_NO2 54428_B_302 2005 54428 074 54428_B_074 NO2 54428_G_NO2 54428_B_074 2005 54428 601 54428_B_601 NO3 54428_G_NO3 54428_B_601 2005 54428 072 54428_B_072 NO3 54428_G_NO3 54428_B_072 2005 54428 253 54428_B_253 NO3 54428_G_NO3 54428_B_253 2005 54428 302 54428_B_302 NO3 54428_G_NO3 54428_B_302 2005 54428 074 54428_B_074 NO3 54428_G_NO3 54428_B_074 2005 54428 073 54428_B_073 NO3 54428_G_NO3 54428_B_073 2005 54428 255 54428_B_255 NO3 54428_G_NO3 54428_B_255 2005 54429 RB2 54429_B_RB2 GEN2 54429_G_GEN2 54429_B_RB2 2005 54429 PB2 54429_B_PB2 GEN2 54429_G_GEN2 54429_B_PB2 2005 54464 B001 54464_B_B001 0001 54464_G_0001 54464_B_B001 2005 54464 B003 54464_B_B003 0001 54464_G_0001 54464_B_B003 2005 54464 D001 54464_B_D001 0001 54464_G_0001 54464_B_D001 2005 54464 B002 54464_B_B002 0001 54464_G_0001 54464_B_B002 2005 54464 B001 54464_B_B001 0002 54464_G_0002 54464_B_B001 2005 54464 D001 54464_B_D001 0002 54464_G_0002 54464_B_D001 2005 54464 B003 54464_B_B003 0002 54464_G_0002 54464_B_B003 2005 54464 B002 54464_B_B002 0002 54464_G_0002 54464_B_B002 2005 54464 B001 54464_B_B001 0003 54464_G_0003 54464_B_B001 2005 54464 D001 54464_B_D001 0003 54464_G_0003 54464_B_D001 2005 54464 B003 54464_B_B003 0003 54464_G_0003 54464_B_B003 2005 54464 B002 54464_B_B002 0003 54464_G_0003 54464_B_B002 2005 54464 B001 54464_B_B001 0004 54464_G_0004 54464_B_B001 2005 54464 B002 54464_B_B002 0004 54464_G_0004 54464_B_B002 2005 54464 B003 54464_B_B003 0004 54464_G_0004 54464_B_B003 2005 54464 D001 54464_B_D001 0004 54464_G_0004 54464_B_D001 2005 54468 BLR1 54468_B_BLR1 GEN1 54468_G_GEN1 54468_B_BLR1 2005 54469 BLR1 54469_B_BLR1 GEN1 54469_G_GEN1 54469_B_BLR1 2005 54469 BLR2 54469_B_BLR2 GEN2 54469_G_GEN2 54469_B_BLR2 2005 54472 ZURN 54472_B_ZURN GEN1 54472_G_GEN1 54472_B_ZURN 2005 54512 1 54512_B_1 TG1 54512_G_TG1 54512_B_1 2005 54512 4 54512_B_4 TG1 54512_G_TG1 54512_B_4 2005 54512 6 54512_B_6 TG1 54512_G_TG1 54512_B_6 2005 54512 7 54512_B_7 TG1 54512_G_TG1 54512_B_7 2005 54512 5 54512_B_5 TG1 54512_G_TG1 54512_B_5 2005 54512 3 54512_B_3 TG1 54512_G_TG1 54512_B_3 2005 54512 2 54512_B_2 TG1 54512_G_TG1 54512_B_2

Gen_Boiler_Crosswalk_2005 451 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54512 7 54512_B_7 TG2 54512_G_TG2 54512_B_7 2005 54512 1 54512_B_1 TG3 54512_G_TG3 54512_B_1 2005 54512 5 54512_B_5 TG3 54512_G_TG3 54512_B_5 2005 54512 7 54512_B_7 TG3 54512_G_TG3 54512_B_7 2005 54512 2 54512_B_2 TG3 54512_G_TG3 54512_B_2 2005 54512 3 54512_B_3 TG3 54512_G_TG3 54512_B_3 2005 54512 4 54512_B_4 TG3 54512_G_TG3 54512_B_4 2005 54512 6 54512_B_6 TG3 54512_G_TG3 54512_B_6 2005 54518 HRSG1 54518_B_HRSG1 ST1 54518_G_ST1 54518_B_HRSG1 2005 54518 HRSG3 54518_B_HRSG3 ST1 54518_G_ST1 54518_B_HRSG3 2005 54518 HRSG2 54518_B_HRSG2 ST1 54518_G_ST1 54518_B_HRSG2 2005 54518 HRSG1 54518_B_HRSG1 ST2 54518_G_ST2 54518_B_HRSG1 2005 54518 HRSG2 54518_B_HRSG2 ST2 54518_G_ST2 54518_B_HRSG2 2005 54518 HRSG3 54518_B_HRSG3 ST2 54518_G_ST2 54518_B_HRSG3 2005 54526 00001 54526_B_00001 STG 54526_G_STG 54526_B_00001 2005 54529 0001 54529_B_0001 0001 54529_G_0001 54529_B_0001 2005 54532 10 54532_B_10 2WH 54532_G_2WH 54532_B_10 2005 54532 1PB 54532_B_1PB 2WH 54532_G_2WH 54532_B_1PB 2005 54532 3PB 54532_B_3PB 2WH 54532_G_2WH 54532_B_3PB 2005 54532 2PB 54532_B_2PB 2WH 54532_G_2WH 54532_B_2PB 2005 54532 4PB 54532_B_4PB 2WH 54532_G_2WH 54532_B_4PB 2005 54532 10 54532_B_10 3GE 54532_G_3GE 54532_B_10 2005 54532 1PB 54532_B_1PB 3GE 54532_G_3GE 54532_B_1PB 2005 54532 2PB 54532_B_2PB 3GE 54532_G_3GE 54532_B_2PB 2005 54532 4PB 54532_B_4PB 3GE 54532_G_3GE 54532_B_4PB 2005 54532 3PB 54532_B_3PB 3GE 54532_G_3GE 54532_B_3PB 2005 54537 HRSGA 54537_B_HRSGA ST1 54537_G_ST1 54537_B_HRSGA 2005 54537 HRSGB 54537_B_HRSGB ST1 54537_G_ST1 54537_B_HRSGB 2005 54547 HRSG 1 54547_B_HRSG 1 5 54547_G_5 54547_B_HRSG 1 2005 54547 HRSG 2 54547_B_HRSG 2 5 54547_G_5 54547_B_HRSG 2 2005 54547 HRSG 3 54547_B_HRSG 3 6 54547_G_6 54547_B_HRSG 3 2005 54547 HRSG 4 54547_B_HRSG 4 6 54547_G_6 54547_B_HRSG 4 2005 54556 BLR2 54556_B_BLR2 TGO1 54556_G_TGO1 54556_B_BLR2 2005 54556 BLR6 54556_B_BLR6 TGO1 54556_G_TGO1 54556_B_BLR6 2005 54556 BLR5 54556_B_BLR5 TGO1 54556_G_TGO1 54556_B_BLR5 2005 54556 BLR7 54556_B_BLR7 TGO1 54556_G_TGO1 54556_B_BLR7 2005 54556 BLR3 54556_B_BLR3 TGO1 54556_G_TGO1 54556_B_BLR3 2005 54556 BLR1 54556_B_BLR1 TGO1 54556_G_TGO1 54556_B_BLR1 2005 54556 BLR2 54556_B_BLR2 TGO2 54556_G_TGO2 54556_B_BLR2 2005 54556 BLR7 54556_B_BLR7 TGO2 54556_G_TGO2 54556_B_BLR7 2005 54556 BLR3 54556_B_BLR3 TGO2 54556_G_TGO2 54556_B_BLR3 2005 54556 BLR5 54556_B_BLR5 TGO2 54556_G_TGO2 54556_B_BLR5 2005 54556 BLR1 54556_B_BLR1 TGO2 54556_G_TGO2 54556_B_BLR1 2005 54556 BLR6 54556_B_BLR6 TGO2 54556_G_TGO2 54556_B_BLR6

Gen_Boiler_Crosswalk_2005 452 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54562 RF15 54562_B_RF15 2 54562_G_2 54562_B_RF15 2005 54562 PB16 54562_B_PB16 2 54562_G_2 54562_B_PB16 2005 54562 PB13 54562_B_PB13 2 54562_G_2 54562_B_PB13 2005 54562 PB12 54562_B_PB12 2 54562_G_2 54562_B_PB12 2005 54562 PB20 54562_B_PB20 2 54562_G_2 54562_B_PB20 2005 54562 RF22 54562_B_RF22 2 54562_G_2 54562_B_RF22 2005 54562 RF19 54562_B_RF19 2 54562_G_2 54562_B_RF19 2005 54562 RF18 54562_B_RF18 2 54562_G_2 54562_B_RF18 2005 54562 RF15 54562_B_RF15 3 54562_G_3 54562_B_RF15 2005 54562 RF19 54562_B_RF19 3 54562_G_3 54562_B_RF19 2005 54562 PB20 54562_B_PB20 3 54562_G_3 54562_B_PB20 2005 54562 PB16 54562_B_PB16 3 54562_G_3 54562_B_PB16 2005 54562 PB13 54562_B_PB13 3 54562_G_3 54562_B_PB13 2005 54562 PB12 54562_B_PB12 3 54562_G_3 54562_B_PB12 2005 54562 RF22 54562_B_RF22 3 54562_G_3 54562_B_RF22 2005 54562 RF18 54562_B_RF18 3 54562_G_3 54562_B_RF18 2005 54562 RF15 54562_B_RF15 4 54562_G_4 54562_B_RF15 2005 54562 PB16 54562_B_PB16 4 54562_G_4 54562_B_PB16 2005 54562 PB13 54562_B_PB13 4 54562_G_4 54562_B_PB13 2005 54562 PB12 54562_B_PB12 4 54562_G_4 54562_B_PB12 2005 54562 RF22 54562_B_RF22 4 54562_G_4 54562_B_RF22 2005 54562 PB20 54562_B_PB20 4 54562_G_4 54562_B_PB20 2005 54562 RF19 54562_B_RF19 4 54562_G_4 54562_B_RF19 2005 54562 RF18 54562_B_RF18 4 54562_G_4 54562_B_RF18 2005 54562 RF15 54562_B_RF15 5 54562_G_5 54562_B_RF15 2005 54562 PB16 54562_B_PB16 5 54562_G_5 54562_B_PB16 2005 54562 PB13 54562_B_PB13 5 54562_G_5 54562_B_PB13 2005 54562 PB12 54562_B_PB12 5 54562_G_5 54562_B_PB12 2005 54562 PB20 54562_B_PB20 5 54562_G_5 54562_B_PB20 2005 54562 RF22 54562_B_RF22 5 54562_G_5 54562_B_RF22 2005 54562 RF19 54562_B_RF19 5 54562_G_5 54562_B_RF19 2005 54562 RF18 54562_B_RF18 5 54562_G_5 54562_B_RF18 2005 54562 RF15 54562_B_RF15 6 54562_G_6 54562_B_RF15 2005 54562 RF18 54562_B_RF18 6 54562_G_6 54562_B_RF18 2005 54562 RF19 54562_B_RF19 6 54562_G_6 54562_B_RF19 2005 54562 PB20 54562_B_PB20 6 54562_G_6 54562_B_PB20 2005 54562 PB16 54562_B_PB16 6 54562_G_6 54562_B_PB16 2005 54562 PB13 54562_B_PB13 6 54562_G_6 54562_B_PB13 2005 54562 PB12 54562_B_PB12 6 54562_G_6 54562_B_PB12 2005 54562 RF22 54562_B_RF22 6 54562_G_6 54562_B_RF22 2005 54562 RF15 54562_B_RF15 7 54562_G_7 54562_B_RF15 2005 54562 RF18 54562_B_RF18 7 54562_G_7 54562_B_RF18 2005 54562 RF19 54562_B_RF19 7 54562_G_7 54562_B_RF19 2005 54562 PB16 54562_B_PB16 7 54562_G_7 54562_B_PB16

Gen_Boiler_Crosswalk_2005 453 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54562 PB13 54562_B_PB13 7 54562_G_7 54562_B_PB13 2005 54562 PB12 54562_B_PB12 7 54562_G_7 54562_B_PB12 2005 54562 PB20 54562_B_PB20 7 54562_G_7 54562_B_PB20 2005 54562 RF22 54562_B_RF22 7 54562_G_7 54562_B_RF22 2005 54574 HRSG2 54574_B_HRSG2 GEN3 54574_G_GEN3 54574_B_HRSG2 2005 54574 HRSG1 54574_B_HRSG1 GEN3 54574_G_GEN3 54574_B_HRSG1 2005 54587 2 54587_B_2 N/A 54587_G_N/A 54587_B_2 2005 54587 6 54587_B_6 N/A 54587_G_N/A 54587_B_6 2005 54587 7 54587_B_7 N/A 54587_G_N/A 54587_B_7 2005 54587 8 54587_B_8 N/A 54587_G_N/A 54587_B_8 2005 54587 6 54587_B_6 WEST 54587_G_WEST 54587_B_6 2005 54587 2 54587_B_2 WEST 54587_G_WEST 54587_B_2 2005 54587 7 54587_B_7 WEST 54587_G_WEST 54587_B_7 2005 54587 8 54587_B_8 WEST 54587_G_WEST 54587_B_8 2005 54592 HRSG1 54592_B_HRSG1 GEN2 54592_G_GEN2 54592_B_HRSG1 2005 54612 4 54612_B_4 1 54612_G_1 54612_B_4 2005 54612 4 54612_B_4 3 54612_G_3 54612_B_4 2005 54620 B1 54620_B_B1 NO-1 54620_G_NO-1 54620_B_B1 2005 54625 2 54625_B_2 TGI 54625_G_TGI 54625_B_2 2005 54625 1 54625_B_1 TGI 54625_G_TGI 54625_B_1 2005 54626 BL01 54626_B_BL01 TG01 54626_G_TG01 54626_B_BL01 2005 54627 A 54627_B_A GEN1 54627_G_GEN1 54627_B_A 2005 54627 B 54627_B_B GEN1 54627_G_GEN1 54627_B_B 2005 54627 C 54627_B_C GEN1 54627_G_GEN1 54627_B_C 2005 54634 1 54634_B_1 SNCP 54634_G_SNCP 54634_B_1 2005 54638 RB01 54638_B_RB01 PT1 54638_G_PT1 54638_B_RB01 2005 54638 PC81 54638_B_PC81 PT1 54638_G_PT1 54638_B_PC81 2005 54638 PC82 54638_B_PC82 PT1 54638_G_PT1 54638_B_PC82 2005 54656 RB5 54656_B_RB5 NO 1 54656_G_NO 1 54656_B_RB5 2005 54656 PB5 54656_B_PB5 NO 1 54656_G_NO 1 54656_B_PB5 2005 54656 PB3 54656_B_PB3 NO 1 54656_G_NO 1 54656_B_PB3 2005 54656 PB1 54656_B_PB1 NO 1 54656_G_NO 1 54656_B_PB1 2005 54656 PB2 54656_B_PB2 NO 1 54656_G_NO 1 54656_B_PB2 2005 54656 PB4 54656_B_PB4 NO 1 54656_G_NO 1 54656_B_PB4 2005 54656 RB3 54656_B_RB3 NO 1 54656_G_NO 1 54656_B_RB3 2005 54656 RB4 54656_B_RB4 NO 1 54656_G_NO 1 54656_B_RB4 2005 54656 RB5 54656_B_RB5 NO 2 54656_G_NO 2 54656_B_RB5 2005 54656 RB3 54656_B_RB3 NO 2 54656_G_NO 2 54656_B_RB3 2005 54656 PB1 54656_B_PB1 NO 2 54656_G_NO 2 54656_B_PB1 2005 54656 PB2 54656_B_PB2 NO 2 54656_G_NO 2 54656_B_PB2 2005 54656 PB3 54656_B_PB3 NO 2 54656_G_NO 2 54656_B_PB3 2005 54656 PB4 54656_B_PB4 NO 2 54656_G_NO 2 54656_B_PB4 2005 54656 PB5 54656_B_PB5 NO 2 54656_G_NO 2 54656_B_PB5 2005 54656 RB4 54656_B_RB4 NO 2 54656_G_NO 2 54656_B_RB4

Gen_Boiler_Crosswalk_2005 454 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54656 RB5 54656_B_RB5 NO3 54656_G_NO3 54656_B_RB5 2005 54656 RB4 54656_B_RB4 NO3 54656_G_NO3 54656_B_RB4 2005 54656 PB1 54656_B_PB1 NO3 54656_G_NO3 54656_B_PB1 2005 54656 PB2 54656_B_PB2 NO3 54656_G_NO3 54656_B_PB2 2005 54656 PB3 54656_B_PB3 NO3 54656_G_NO3 54656_B_PB3 2005 54656 PB4 54656_B_PB4 NO3 54656_G_NO3 54656_B_PB4 2005 54656 PB5 54656_B_PB5 NO3 54656_G_NO3 54656_B_PB5 2005 54656 RB3 54656_B_RB3 NO3 54656_G_NO3 54656_B_RB3 2005 54657 PFINO1 54657_B_PFINO1 NO1 54657_G_NO1 54657_B_PFINO1 2005 54667 9 54667_B_9 4 54667_G_4 54667_B_9 2005 54667 9 54667_B_9 5 54667_G_5 54667_B_9 2005 54667 9 54667_B_9 7 54667_G_7 54667_B_9 2005 54677 HRB 54677_B_HRB TG-3 54677_G_TG-3 54677_B_HRB 2005 54693 HRSG 1 54693_B_HRSG 1 ST#1 54693_G_ST#1 54693_B_HRSG 1 2005 54693 HRSG 2 54693_B_HRSG 2 ST#1 54693_G_ST#1 54693_B_HRSG 2 2005 54693 HRSG 3 54693_B_HRSG 3 ST#1 54693_G_ST#1 54693_B_HRSG 3 2005 54693 HRSG 4 54693_B_HRSG 4 ST#1 54693_G_ST#1 54693_B_HRSG 4 2005 54693 HRSG 5 54693_B_HRSG 5 ST#1 54693_G_ST#1 54693_B_HRSG 5 2005 54693 HRSG 6 54693_B_HRSG 6 ST#1 54693_G_ST#1 54693_B_HRSG 6 2005 54693 HRSG 1 54693_B_HRSG 1 ST#2 54693_G_ST#2 54693_B_HRSG 1 2005 54693 HRSG 2 54693_B_HRSG 2 ST#2 54693_G_ST#2 54693_B_HRSG 2 2005 54693 HRSG 4 54693_B_HRSG 4 ST#2 54693_G_ST#2 54693_B_HRSG 4 2005 54693 HRSG 6 54693_B_HRSG 6 ST#2 54693_G_ST#2 54693_B_HRSG 6 2005 54693 HRSG 5 54693_B_HRSG 5 ST#2 54693_G_ST#2 54693_B_HRSG 5 2005 54693 HRSG 3 54693_B_HRSG 3 ST#2 54693_G_ST#2 54693_B_HRSG 3 2005 54746 1 54746_B_1 WFI1 54746_G_WFI1 54746_B_1 2005 54746 2 54746_B_2 WFI1 54746_G_WFI1 54746_B_2 2005 54751 BLR1 54751_B_BLR1 GEN1 54751_G_GEN1 54751_B_BLR1 2005 54752 2PB 54752_B_2PB NO1 54752_G_NO1 54752_B_2PB 2005 54752 1PB 54752_B_1PB NO1 54752_G_NO1 54752_B_1PB 2005 54752 RECB 54752_B_RECB NO2 54752_G_NO2 54752_B_RECB 2005 54755 BLR2 54755_B_BLR2 GEN2 54755_G_GEN2 54755_B_BLR2 2005 54758 BW1 54758_B_BW1 GEN1 54758_G_GEN1 54758_B_BW1 2005 54758 BW2 54758_B_BW2 GEN1 54758_G_GEN1 54758_B_BW2 2005 54763 PB1 54763_B_PB1 2TG 54763_G_2TG 54763_B_PB1 2005 54763 PB3 54763_B_PB3 2TG 54763_G_2TG 54763_B_PB3 2005 54763 PB2 54763_B_PB2 2TG 54763_G_2TG 54763_B_PB2 2005 54763 R2 54763_B_R2 2TG 54763_G_2TG 54763_B_R2 2005 54763 R3 54763_B_R3 2TG 54763_G_2TG 54763_B_R3 2005 54763 PB1 54763_B_PB1 3TG 54763_G_3TG 54763_B_PB1 2005 54763 PB2 54763_B_PB2 3TG 54763_G_3TG 54763_B_PB2 2005 54763 PB3 54763_B_PB3 3TG 54763_G_3TG 54763_B_PB3 2005 54763 R2 54763_B_R2 3TG 54763_G_3TG 54763_B_R2 2005 54763 R3 54763_B_R3 3TG 54763_G_3TG 54763_B_R3

Gen_Boiler_Crosswalk_2005 455 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54775 BLR10 54775_B_BLR10 GEN1 54775_G_GEN1 54775_B_BLR10 2005 54775 BLR8 54775_B_BLR8 GEN1 54775_G_GEN1 54775_B_BLR8 2005 54775 BLR11 54775_B_BLR11 GEN1 54775_G_GEN1 54775_B_BLR11 2005 54775 BLR9 54775_B_BLR9 GEN1 54775_G_GEN1 54775_B_BLR9 2005 54775 BLR7 54775_B_BLR7 GEN1 54775_G_GEN1 54775_B_BLR7 2005 54775 BLR10 54775_B_BLR10 GEN2 54775_G_GEN2 54775_B_BLR10 2005 54775 BLR7 54775_B_BLR7 GEN2 54775_G_GEN2 54775_B_BLR7 2005 54775 BLR8 54775_B_BLR8 GEN2 54775_G_GEN2 54775_B_BLR8 2005 54775 BLR11 54775_B_BLR11 GEN2 54775_G_GEN2 54775_B_BLR11 2005 54775 BLR9 54775_B_BLR9 GEN2 54775_G_GEN2 54775_B_BLR9 2005 54775 BLR7 54775_B_BLR7 GEN6 54775_G_GEN6 54775_B_BLR7 2005 54775 BLR9 54775_B_BLR9 GEN6 54775_G_GEN6 54775_B_BLR9 2005 54775 BLR11 54775_B_BLR11 GEN6 54775_G_GEN6 54775_B_BLR11 2005 54775 BLR10 54775_B_BLR10 GEN6 54775_G_GEN6 54775_B_BLR10 2005 54775 BLR8 54775_B_BLR8 GEN6 54775_G_GEN6 54775_B_BLR8 2005 54780 B2 54780_B_B2 T1 54780_G_T1 54780_B_B2 2005 54780 B7 54780_B_B7 T1 54780_G_T1 54780_B_B7 2005 54780 B3 54780_B_B3 T1 54780_G_T1 54780_B_B3 2005 54780 B4 54780_B_B4 T1 54780_G_T1 54780_B_B4 2005 54780 B6 54780_B_B6 T1 54780_G_T1 54780_B_B6 2005 54780 B7 54780_B_B7 T10 54780_G_T10 54780_B_B7 2005 54780 B6 54780_B_B6 T10 54780_G_T10 54780_B_B6 2005 54780 B7 54780_B_B7 T11 54780_G_T11 54780_B_B7 2005 54780 B6 54780_B_B6 T11 54780_G_T11 54780_B_B6 2005 54780 B7 54780_B_B7 T12 54780_G_T12 54780_B_B7 2005 54780 B6 54780_B_B6 T12 54780_G_T12 54780_B_B6 2005 54780 B2 54780_B_B2 T2 54780_G_T2 54780_B_B2 2005 54780 B3 54780_B_B3 T2 54780_G_T2 54780_B_B3 2005 54780 B7 54780_B_B7 T2 54780_G_T2 54780_B_B7 2005 54780 B6 54780_B_B6 T2 54780_G_T2 54780_B_B6 2005 54780 B4 54780_B_B4 T2 54780_G_T2 54780_B_B4 2005 54780 B2 54780_B_B2 T3 54780_G_T3 54780_B_B2 2005 54780 B7 54780_B_B7 T3 54780_G_T3 54780_B_B7 2005 54780 B6 54780_B_B6 T3 54780_G_T3 54780_B_B6 2005 54780 B4 54780_B_B4 T3 54780_G_T3 54780_B_B4 2005 54780 B3 54780_B_B3 T3 54780_G_T3 54780_B_B3 2005 54780 B2 54780_B_B2 T4 54780_G_T4 54780_B_B2 2005 54780 B6 54780_B_B6 T4 54780_G_T4 54780_B_B6 2005 54780 B7 54780_B_B7 T4 54780_G_T4 54780_B_B7 2005 54780 B3 54780_B_B3 T4 54780_G_T4 54780_B_B3 2005 54780 B4 54780_B_B4 T4 54780_G_T4 54780_B_B4 2005 54780 B6 54780_B_B6 T6 54780_G_T6 54780_B_B6 2005 54780 B7 54780_B_B7 T6 54780_G_T6 54780_B_B7 2005 54780 B6 54780_B_B6 T7 54780_G_T7 54780_B_B6

Gen_Boiler_Crosswalk_2005 456 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54780 B7 54780_B_B7 T7 54780_G_T7 54780_B_B7 2005 54789 1PB 54789_B_1PB 1TG 54789_G_1TG 54789_B_1PB 2005 54789 1RB 54789_B_1RB 1TG 54789_G_1TG 54789_B_1RB 2005 54789 2PB 54789_B_2PB 2TG 54789_G_2TG 54789_B_2PB 2005 54789 2RB 54789_B_2RB 2TG 54789_G_2TG 54789_B_2RB 2005 54789 3PB 54789_B_3PB 3TG 54789_G_3TG 54789_B_3PB 2005 54789 3RB 54789_B_3RB 3TG 54789_G_3TG 54789_B_3RB 2005 54795 C1 54795_B_C1 GEN1 54795_G_GEN1 54795_B_C1 2005 54795 C2 54795_B_C2 GEN1 54795_G_GEN1 54795_B_C2 2005 54795 C3 54795_B_C3 GEN1 54795_G_GEN1 54795_B_C3 2005 54795 C4 54795_B_C4 GEN1 54795_G_GEN1 54795_B_C4 2005 54795 C1 54795_B_C1 GEN2 54795_G_GEN2 54795_B_C1 2005 54795 C2 54795_B_C2 GEN2 54795_G_GEN2 54795_B_C2 2005 54795 C4 54795_B_C4 GEN2 54795_G_GEN2 54795_B_C4 2005 54795 C3 54795_B_C3 GEN2 54795_G_GEN2 54795_B_C3 2005 54795 C6 54795_B_C6 GEN4 54795_G_GEN4 54795_B_C6 2005 54802 BB3 54802_B_BB3 GEN1 54802_G_GEN1 54802_B_BB3 2005 54802 PFI 54802_B_PFI GEN1 54802_G_GEN1 54802_B_PFI 2005 54802 REC2 54802_B_REC2 GEN1 54802_G_GEN1 54802_B_REC2 2005 54802 REC1 54802_B_REC1 GEN1 54802_G_GEN1 54802_B_REC1 2005 54802 BB2 54802_B_BB2 GEN1 54802_G_GEN1 54802_B_BB2 2005 54802 BB1 54802_B_BB1 GEN1 54802_G_GEN1 54802_B_BB1 2005 54802 BB2 54802_B_BB2 GEN2 54802_G_GEN2 54802_B_BB2 2005 54802 REC2 54802_B_REC2 GEN2 54802_G_GEN2 54802_B_REC2 2005 54802 PFI 54802_B_PFI GEN2 54802_G_GEN2 54802_B_PFI 2005 54802 BB3 54802_B_BB3 GEN2 54802_G_GEN2 54802_B_BB3 2005 54802 BB1 54802_B_BB1 GEN2 54802_G_GEN2 54802_B_BB1 2005 54802 REC1 54802_B_REC1 GEN2 54802_G_GEN2 54802_B_REC1 2005 54817 HRSG 54817_B_HRSG ST-1 54817_G_ST-1 54817_B_HRSG 2005 54820 1 54820_B_1 1 54820_G_1 54820_B_1 2005 54852 1 54852_B_1 1 54852_G_1 54852_B_1 2005 54857 B21 54857_B_B21 1ST 54857_G_1ST 54857_B_B21 2005 54857 B22 54857_B_B22 1ST 54857_G_1ST 54857_B_B22 2005 54857 B23 54857_B_B23 1ST 54857_G_1ST 54857_B_B23 2005 54857 B24 54857_B_B24 1ST 54857_G_1ST 54857_B_B24 2005 54857 B21 54857_B_B21 2ST 54857_G_2ST 54857_B_B21 2005 54857 B22 54857_B_B22 2ST 54857_G_2ST 54857_B_B22 2005 54857 B24 54857_B_B24 2ST 54857_G_2ST 54857_B_B24 2005 54857 B23 54857_B_B23 2ST 54857_G_2ST 54857_B_B23 2005 54884 B 54884_B_B TG1 54884_G_TG1 54884_B_B 2005 54884 A 54884_B_A TG1 54884_G_TG1 54884_B_A 2005 54884 C 54884_B_C TG2 54884_G_TG2 54884_B_C 2005 54884 B 54884_B_B TG2 54884_G_TG2 54884_B_B 2005 54884 A 54884_B_A TG2 54884_G_TG2 54884_B_A

Gen_Boiler_Crosswalk_2005 457 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 54884 B 54884_B_B TG3 54884_G_TG3 54884_B_B 2005 54884 A 54884_B_A TG3 54884_G_TG3 54884_B_A 2005 54885 B21 54885_B_B21 3TB 54885_G_3TB 54885_B_B21 2005 54885 B28 54885_B_B28 3TB 54885_G_3TB 54885_B_B28 2005 54885 B22 54885_B_B22 3TB 54885_G_3TB 54885_B_B22 2005 54885 B23 54885_B_B23 3TB 54885_G_3TB 54885_B_B23 2005 54885 B28 54885_B_B28 4TB 54885_G_4TB 54885_B_B28 2005 54885 B23 54885_B_B23 4TB 54885_G_4TB 54885_B_B23 2005 54885 B21 54885_B_B21 4TB 54885_G_4TB 54885_B_B21 2005 54885 B22 54885_B_B22 4TB 54885_G_4TB 54885_B_B22 2005 54915 HRB101 54915_B_HRB101 G001 54915_G_G001 54915_B_HRB101 2005 54944 5RB 54944_B_5RB 02 54944_G_02 54944_B_5RB 2005 54944 HRSG 54944_B_HRSG 02 54944_G_02 54944_B_HRSG 2005 54945 12 54945_B_12 NO 5 54945_G_NO 5 54945_B_12 2005 54945 11 54945_B_11 NO 5 54945_G_NO 5 54945_B_11 2005 54945 13 54945_B_13 NO 5 54945_G_NO 5 54945_B_13 2005 54945 12 54945_B_12 NO 6 54945_G_NO 6 54945_B_12 2005 54945 13 54945_B_13 NO 6 54945_G_NO 6 54945_B_13 2005 54945 11 54945_B_11 NO 6 54945_G_NO 6 54945_B_11 2005 54971 4 54971_B_4 1 54971_G_1 54971_B_4 2005 54971 0 54971_B_0 1 54971_G_1 54971_B_0 2005 54971 5 54971_B_5 1 54971_G_1 54971_B_5 2005 54971 0 54971_B_0 2 54971_G_2 54971_B_0 2005 54971 4 54971_B_4 2 54971_G_2 54971_B_4 2005 54971 5 54971_B_5 2 54971_G_2 54971_B_5 2005 54995 501 54995_B_501 17TG 54995_G_17TG 54995_B_501 2005 54995 502 54995_B_502 17TG 54995_G_17TG 54995_B_502 2005 54995 503 54995_B_503 17TG 54995_G_17TG 54995_B_503 2005 54998 12300 54998_B_12300 1410 54998_G_1410 54998_B_12300 2005 54998 12500 54998_B_12500 1410 54998_G_1410 54998_B_12500 2005 54998 12600 54998_B_12600 1410 54998_G_1410 54998_B_12600 2005 54998 12400 54998_B_12400 1410 54998_G_1410 54998_B_12400 2005 54998 12300 54998_B_12300 1420 54998_G_1420 54998_B_12300 2005 54998 12400 54998_B_12400 1420 54998_G_1420 54998_B_12400 2005 54998 12500 54998_B_12500 1420 54998_G_1420 54998_B_12500 2005 54998 12600 54998_B_12600 1420 54998_G_1420 54998_B_12600 2005 54998 12300 54998_B_12300 1430 54998_G_1430 54998_B_12300 2005 54998 12600 54998_B_12600 1430 54998_G_1430 54998_B_12600 2005 54998 12400 54998_B_12400 1430 54998_G_1430 54998_B_12400 2005 54998 12500 54998_B_12500 1430 54998_G_1430 54998_B_12500 2005 55010 1 55010_B_1 STG1 55010_G_STG1 55010_B_1 2005 55011 1 55011_B_1 STG1 55011_G_STG1 55011_B_1 2005 55044 RB1 55044_B_RB1 STG1 55044_G_STG1 55044_B_RB1 2005 55044 PB3 55044_B_PB3 STG1 55044_G_STG1 55044_B_PB3

Gen_Boiler_Crosswalk_2005 458 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 55044 PB4 55044_B_PB4 STG1 55044_G_STG1 55044_B_PB4 2005 55044 PB5 55044_B_PB5 STG1 55044_G_STG1 55044_B_PB5 2005 55063 HRSG1 55063_B_HRSG1 STG1 55063_G_STG1 55063_B_HRSG1 2005 55063 HRSG2 55063_B_HRSG2 STG2 55063_G_STG2 55063_B_HRSG2 2005 55063 HRSG3 55063_B_HRSG3 STG3 55063_G_STG3 55063_B_HRSG3 2005 55065 HRSG1 55065_B_HRSG1 GEN3 55065_G_GEN3 55065_B_HRSG1 2005 55065 HRSG2 55065_B_HRSG2 GEN3 55065_G_GEN3 55065_B_HRSG2 2005 55075 HRSG 55075_B_HRSG ST01 55075_G_ST01 55075_B_HRSG 2005 55076 AA002 55076_B_AA002 RHGF 55076_G_RHGF 55076_B_AA002 2005 55076 AA001 55076_B_AA001 RHGF 55076_G_RHGF 55076_B_AA001 2005 55077 1 55077_B_1 ED03 55077_G_ED03 55077_B_1 2005 55077 2 55077_B_2 ED03 55077_G_ED03 55077_B_2 2005 55084 HRSG1 55084_B_HRSG1 GE1 55084_G_GE1 55084_B_HRSG1 2005 55086 HRSG1A 55086_B_HRSG1A STG 55086_G_STG 55086_B_HRSG1A 2005 55086 HRSG1B 55086_B_HRSG1B STG 55086_G_STG 55086_B_HRSG1B 2005 55087 2A 55087_B_2A 2C 55087_G_2C 55087_B_2A 2005 55087 2B 55087_B_2B 2C 55087_G_2C 55087_B_2B 2005 55112 HRSG1 55112_B_HRSG1 ST01 55112_G_ST01 55112_B_HRSG1 2005 55112 HRSG2 55112_B_HRSG2 ST01 55112_G_ST01 55112_B_HRSG2 2005 55113 5 55113_B_5 TR1 55113_G_TR1 55113_B_5 2005 55113 6 55113_B_6 TR1 55113_G_TR1 55113_B_6 2005 55113 8 55113_B_8 TR1 55113_G_TR1 55113_B_8 2005 55113 7 55113_B_7 TR1 55113_G_TR1 55113_B_7 2005 55113 5 55113_B_5 TR3 55113_G_TR3 55113_B_5 2005 55113 6 55113_B_6 TR3 55113_G_TR3 55113_B_6 2005 55113 8 55113_B_8 TR3 55113_G_TR3 55113_B_8 2005 55113 7 55113_B_7 TR3 55113_G_TR3 55113_B_7 2005 55123 HRSG1 55123_B_HRSG1 STG 55123_G_STG 55123_B_HRSG1 2005 55123 HRSG2 55123_B_HRSG2 STG 55123_G_STG 55123_B_HRSG2 2005 55129 HRSG1 55129_B_HRSG1 STG 55129_G_STG 55129_B_HRSG1 2005 55129 HRSG2 55129_B_HRSG2 STG 55129_G_STG 55129_B_HRSG2 2005 55131 B1 55131_B_B1 STG1 55131_G_STG1 55131_B_B1 2005 55131 B2 55131_B_B2 STG2 55131_G_STG2 55131_B_B2 2005 55131 B3 55131_B_B3 STG3 55131_G_STG3 55131_B_B3 2005 55131 B4 55131_B_B4 STG4 55131_G_STG4 55131_B_B4 2005 55137 101 55137_B_101 STG1 55137_G_STG1 55137_B_101 2005 55137 201 55137_B_201 STG1 55137_G_STG1 55137_B_201 2005 55137 301 55137_B_301 STG1 55137_G_STG1 55137_B_301 2005 55146 1 55146_B_1 STG1 55146_G_STG1 55146_B_1 2005 55146 2 55146_B_2 STG2 55146_G_STG2 55146_B_2 2005 55146 3 55146_B_3 STG3 55146_G_STG3 55146_B_3 2005 55153 HRSG1 55153_B_HRSG1 STG1 55153_G_STG1 55153_B_HRSG1 2005 55153 HRSG2 55153_B_HRSG2 STG1 55153_G_STG1 55153_B_HRSG2 2005 55153 HRSG3 55153_B_HRSG3 STG2 55153_G_STG2 55153_B_HRSG3

Gen_Boiler_Crosswalk_2005 459 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 55153 HRSG4 55153_B_HRSG4 STG2 55153_G_STG2 55153_B_HRSG4 2005 55168 HRSG1A 55168_B_HRSG1A 0003 55168_G_0003 55168_B_HRSG1A 2005 55168 HRSG1B 55168_B_HRSG1B 0003 55168_G_0003 55168_B_HRSG1B 2005 55173 HRSG11 55173_B_HRSG11 ST13 55173_G_ST13 55173_B_HRSG11 2005 55173 HRSG12 55173_B_HRSG12 ST13 55173_G_ST13 55173_B_HRSG12 2005 55173 HRSG24 55173_B_HRSG24 ST26 55173_G_ST26 55173_B_HRSG24 2005 55173 HRSG25 55173_B_HRSG25 ST26 55173_G_ST26 55173_B_HRSG25 2005 55174 1 55174_B_1 LM1 55174_G_LM1 55174_B_1 2005 55176 HRSG 1 55176_B_HRSG 1 GEN3 55176_G_GEN3 55176_B_HRSG 1 2005 55176 HRSG 2 55176_B_HRSG 2 GEN3 55176_G_GEN3 55176_B_HRSG 2 2005 55177 HRSG A 55177_B_HRSG A ST1 55177_G_ST1 55177_B_HRSG A 2005 55177 HRSG B 55177_B_HRSG B ST1 55177_G_ST1 55177_B_HRSG B 2005 55178 HRSG1 55178_B_HRSG1 ST-1 55178_G_ST-1 55178_B_HRSG1 2005 55178 HRSG2 55178_B_HRSG2 ST-1 55178_G_ST-1 55178_B_HRSG2 2005 55179 1 55179_B_1 STG1 55179_G_STG1 55179_B_1 2005 55187 HRSG1 55187_B_HRSG1 ST1 55187_G_ST1 55187_B_HRSG1 2005 55187 HRSG2 55187_B_HRSG2 ST1 55187_G_ST1 55187_B_HRSG2 2005 55187 HRSG4 55187_B_HRSG4 ST1 55187_G_ST1 55187_B_HRSG4 2005 55187 HRSG3 55187_B_HRSG3 ST1 55187_G_ST1 55187_B_HRSG3 2005 55197 1 55197_B_1 STG1 55197_G_STG1 55197_B_1 2005 55197 2 55197_B_2 STG2 55197_G_STG2 55197_B_2 2005 55197 3 55197_B_3 STG3 55197_G_STG3 55197_B_3 2005 55200 HSRG6 55200_B_HSRG6 UN7 55200_G_UN7 55200_B_HSRG6 2005 55200 HRSG5 55200_B_HRSG5 UN7 55200_G_UN7 55200_B_HRSG5 2005 55206 HRSG1 55206_B_HRSG1 ST1 55206_G_ST1 55206_B_HRSG1 2005 55206 HRSG2 55206_B_HRSG2 ST1 55206_G_ST1 55206_B_HRSG2 2005 55215 HRSG1 55215_B_HRSG1 STG1 55215_G_STG1 55215_B_HRSG1 2005 55215 HRSG2 55215_B_HRSG2 STG1 55215_G_STG1 55215_B_HRSG2 2005 55215 HRSG3 55215_B_HRSG3 STG2 55215_G_STG2 55215_B_HRSG3 2005 55215 HRSG4 55215_B_HRSG4 STG2 55215_G_STG2 55215_B_HRSG4 2005 55216 HRSG 1 55216_B_HRSG 1 STG1 55216_G_STG1 55216_B_HRSG 1 2005 55216 HRSG 2 55216_B_HRSG 2 STG1 55216_G_STG1 55216_B_HRSG 2 2005 55216 HRSG 3 55216_B_HRSG 3 STG1 55216_G_STG1 55216_B_HRSG 3 2005 55217 HRSG1 55217_B_HRSG1 STG3 55217_G_STG3 55217_B_HRSG1 2005 55217 HRSG2 55217_B_HRSG2 STG3 55217_G_STG3 55217_B_HRSG2 2005 55221 HRSG1 55221_B_HRSG1 G8 55221_G_G8 55221_B_HRSG1 2005 55221 HRSG7 55221_B_HRSG7 G8 55221_G_G8 55221_B_HRSG7 2005 55221 HRSG6 55221_B_HRSG6 G8 55221_G_G8 55221_B_HRSG6 2005 55221 HRSG5 55221_B_HRSG5 G8 55221_G_G8 55221_B_HRSG5 2005 55221 HRSG2 55221_B_HRSG2 G8 55221_G_G8 55221_B_HRSG2 2005 55221 HRSG4 55221_B_HRSG4 G8 55221_G_G8 55221_B_HRSG4 2005 55221 HRSG3 55221_B_HRSG3 G8 55221_G_G8 55221_B_HRSG3 2005 55221 HRSG1 55221_B_HRSG1 G9 55221_G_G9 55221_B_HRSG1 2005 55221 HRSG2 55221_B_HRSG2 G9 55221_G_G9 55221_B_HRSG2

Gen_Boiler_Crosswalk_2005 460 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 55221 HRSG4 55221_B_HRSG4 G9 55221_G_G9 55221_B_HRSG4 2005 55221 HRSG6 55221_B_HRSG6 G9 55221_G_G9 55221_B_HRSG6 2005 55221 HRSG7 55221_B_HRSG7 G9 55221_G_G9 55221_B_HRSG7 2005 55221 HRSG5 55221_B_HRSG5 G9 55221_G_G9 55221_B_HRSG5 2005 55221 HRSG3 55221_B_HRSG3 G9 55221_G_G9 55221_B_HRSG3 2005 55225 HRSG-1 55225_B_HRSG-1 STG1 55225_G_STG1 55225_B_HRSG-1 2005 55225 HRSG-2 55225_B_HRSG-2 STG1 55225_G_STG1 55225_B_HRSG-2 2005 55225 HRSG-3 55225_B_HRSG-3 STG2 55225_G_STG2 55225_B_HRSG-3 2005 55225 HRSG-4 55225_B_HRSG-4 STG2 55225_G_STG2 55225_B_HRSG-4 2005 55231 HRSG1 55231_B_HRSG1 STG 55231_G_STG 55231_B_HRSG1 2005 55231 HRSG2 55231_B_HRSG2 STG 55231_G_STG 55231_B_HRSG2 2005 55245 1 55245_B_1 TG1 55245_G_TG1 55245_B_1 2005 55245 3 55245_B_3 TG2 55245_G_TG2 55245_B_3 2005 55245 4 55245_B_4 TG3 55245_G_TG3 55245_B_4 2005 55259 1100 55259_B_1100 ST1 55259_G_ST1 55259_B_1100 2005 55259 2100 55259_B_2100 ST1 55259_G_ST1 55259_B_2100 2005 55269 1 55269_B_1 STG1 55269_G_STG1 55269_B_1 2005 55269 2 55269_B_2 STG2 55269_G_STG2 55269_B_2 2005 55269 3 55269_B_3 STG3 55269_G_STG3 55269_B_3 2005 55270 HRSG1 55270_B_HRSG1 ST1 55270_G_ST1 55270_B_HRSG1 2005 55270 HRSG7 55270_B_HRSG7 ST1 55270_G_ST1 55270_B_HRSG7 2005 55270 HRSG6 55270_B_HRSG6 ST1 55270_G_ST1 55270_B_HRSG6 2005 55270 HRSG5 55270_B_HRSG5 ST1 55270_G_ST1 55270_B_HRSG5 2005 55270 HRSG2 55270_B_HRSG2 ST1 55270_G_ST1 55270_B_HRSG2 2005 55270 HRSG4 55270_B_HRSG4 ST1 55270_G_ST1 55270_B_HRSG4 2005 55270 HRSG3 55270_B_HRSG3 ST1 55270_G_ST1 55270_B_HRSG3 2005 55270 HRSG1 55270_B_HRSG1 ST2 55270_G_ST2 55270_B_HRSG1 2005 55270 HRSG2 55270_B_HRSG2 ST2 55270_G_ST2 55270_B_HRSG2 2005 55270 HRSG4 55270_B_HRSG4 ST2 55270_G_ST2 55270_B_HRSG4 2005 55270 HRSG6 55270_B_HRSG6 ST2 55270_G_ST2 55270_B_HRSG6 2005 55270 HRSG7 55270_B_HRSG7 ST2 55270_G_ST2 55270_B_HRSG7 2005 55270 HRSG5 55270_B_HRSG5 ST2 55270_G_ST2 55270_B_HRSG5 2005 55270 HRSG3 55270_B_HRSG3 ST2 55270_G_ST2 55270_B_HRSG3 2005 55282 HRSG1 55282_B_HRSG1 STG1 55282_G_STG1 55282_B_HRSG1 2005 55282 HRSG2 55282_B_HRSG2 STG1 55282_G_STG1 55282_B_HRSG2 2005 55289 CFB2 55289_B_CFB2 1 55289_G_1 55289_B_CFB2 2005 55289 CFB1 55289_B_CFB1 1 55289_G_1 55289_B_CFB1 2005 55292 HRSG1 55292_B_HRSG1 STG1 55292_G_STG1 55292_B_HRSG1 2005 55292 HRSG2 55292_B_HRSG2 STG1 55292_G_STG1 55292_B_HRSG2 2005 55292 HRSG3 55292_B_HRSG3 STG1 55292_G_STG1 55292_B_HRSG3 2005 55293 HRSG 1 55293_B_HRSG 1 STG1 55293_G_STG1 55293_B_HRSG 1 2005 55293 HRSG 3 55293_B_HRSG 3 STG1 55293_G_STG1 55293_B_HRSG 3 2005 55293 HRSG 2 55293_B_HRSG 2 STG1 55293_G_STG1 55293_B_HRSG 2 2005 55297 HRSG1 55297_B_HRSG1 1A 55297_G_1A 55297_B_HRSG1

Gen_Boiler_Crosswalk_2005 461 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 55297 HRSG2 55297_B_HRSG2 2A 55297_G_2A 55297_B_HRSG2 2005 55297 HRSG3 55297_B_HRSG3 3A 55297_G_3A 55297_B_HRSG3 2005 55298 HRSG1A 55298_B_HRSG1A ST1 55298_G_ST1 55298_B_HRSG1A 2005 55298 HRSG1B 55298_B_HRSG1B ST1 55298_G_ST1 55298_B_HRSG1B 2005 55298 HRSG2B 55298_B_HRSG2B ST2 55298_G_ST2 55298_B_HRSG2B 2005 55298 HRSG2A 55298_B_HRSG2A ST2 55298_G_ST2 55298_B_HRSG2A 2005 55299 HRSG2 55299_B_HRSG2 ST-1 55299_G_ST-1 55299_B_HRSG2 2005 55299 HRSG1 55299_B_HRSG1 ST-1 55299_G_ST-1 55299_B_HRSG1 2005 55306 2 A 55306_B_2 A ST10 55306_G_ST10 55306_B_2 A 2005 55306 2 B 55306_B_2 B ST10 55306_G_ST10 55306_B_2 B 2005 55306 3 A 55306_B_3 A ST11 55306_G_ST11 55306_B_3 A 2005 55306 3 B 55306_B_3 B ST11 55306_G_ST11 55306_B_3 B 2005 55306 4 A 55306_B_4 A ST12 55306_G_ST12 55306_B_4 A 2005 55306 4 B 55306_B_4 B ST12 55306_G_ST12 55306_B_4 B 2005 55306 1 A 55306_B_1 A ST9 55306_G_ST9 55306_B_1 A 2005 55306 1 B 55306_B_1 B ST9 55306_G_ST9 55306_B_1 B 2005 55314 1 A 55314_B_1 A STG1 55314_G_STG1 55314_B_1 A 2005 55314 1 B 55314_B_1 B STG1 55314_G_STG1 55314_B_1 B 2005 55314 2 A 55314_B_2 A STG2 55314_G_STG2 55314_B_2 A 2005 55314 2 B 55314_B_2 B STG2 55314_G_STG2 55314_B_2 B 2005 55314 3 A 55314_B_3 A STG3 55314_G_STG3 55314_B_3 A 2005 55314 3 B 55314_B_3 B STG3 55314_G_STG3 55314_B_3 B 2005 55314 4 A 55314_B_4 A STG4 55314_G_STG4 55314_B_4 A 2005 55314 4 B 55314_B_4 B STG4 55314_G_STG4 55314_B_4 B 2005 55317 12 55317_B_12 ST15 55317_G_ST15 55317_B_12 2005 55317 11 55317_B_11 ST15 55317_G_ST15 55317_B_11 2005 55318 1 55318_B_1 1 55318_G_1 55318_B_1 2005 55318 2 55318_B_2 2 55318_G_2 55318_B_2 2005 55318 3 55318_B_3 3 55318_G_3 55318_B_3 2005 55322 HRSG1 55322_B_HRSG1 ST1 55322_G_ST1 55322_B_HRSG1 2005 55322 HRSG2 55322_B_HRSG2 ST1 55322_G_ST1 55322_B_HRSG2 2005 55322 HRSG3 55322_B_HRSG3 ST2 55322_G_ST2 55322_B_HRSG3 2005 55322 HRSG4 55322_B_HRSG4 ST2 55322_G_ST2 55322_B_HRSG4 2005 55327 HRSG1 55327_B_HRSG1 STG1 55327_G_STG1 55327_B_HRSG1 2005 55327 HRSG3 55327_B_HRSG3 STG1 55327_G_STG1 55327_B_HRSG3 2005 55327 HRSG2 55327_B_HRSG2 STG1 55327_G_STG1 55327_B_HRSG2 2005 55328 HRSG 2 55328_B_HRSG 2 STG1 55328_G_STG1 55328_B_HRSG 2 2005 55328 HRSG 1 55328_B_HRSG 1 STG1 55328_G_STG1 55328_B_HRSG 1 2005 55330 HRSG 1 55330_B_HRSG 1 0003 55330_G_0003 55330_B_HRSG 1 2005 55330 HRSG 2 55330_B_HRSG 2 0003 55330_G_0003 55330_B_HRSG 2 2005 55330 HRSG 3 55330_B_HRSG 3 0006 55330_G_0006 55330_B_HRSG 3 2005 55330 HRSG 4 55330_B_HRSG 4 0006 55330_G_0006 55330_B_HRSG 4 2005 55333 HRSG1 55333_B_HRSG1 STG1 55333_G_STG1 55333_B_HRSG1 2005 55333 HRSG2 55333_B_HRSG2 STG1 55333_G_STG1 55333_B_HRSG2

Gen_Boiler_Crosswalk_2005 462 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 55333 HRSG3 55333_B_HRSG3 STG1 55333_G_STG1 55333_B_HRSG3 2005 55334 HRSG 1 55334_B_HRSG 1 STG1 55334_G_STG1 55334_B_HRSG 1 2005 55334 HRSG 2 55334_B_HRSG 2 STG1 55334_G_STG1 55334_B_HRSG 2 2005 55340 1A 55340_B_1A 1 55340_G_1 55340_B_1A 2005 55340 1B 55340_B_1B 1 55340_G_1 55340_B_1B 2005 55341 1B 55341_B_1B ST01 55341_G_ST01 55341_B_1B 2005 55341 1A 55341_B_1A ST01 55341_G_ST01 55341_B_1A 2005 55345 HRSG 1 55345_B_HRSG 1 1-03 55345_G_1-03 55345_B_HRSG 1 2005 55345 HRSG 2 55345_B_HRSG 2 1-03 55345_G_1-03 55345_B_HRSG 2 2005 55357 HRSG1 55357_B_HRSG1 STG1 55357_G_STG1 55357_B_HRSG1 2005 55357 HRSG2 55357_B_HRSG2 STG1 55357_G_STG1 55357_B_HRSG2 2005 55358 FB1 55358_B_FB1 ST1 55358_G_ST1 55358_B_FB1 2005 55358 FB2 55358_B_FB2 ST2 55358_G_ST2 55358_B_FB2 2005 55358 FB3 55358_B_FB3 ST3 55358_G_ST3 55358_B_FB3 2005 55358 FB4 55358_B_FB4 ST4 55358_G_ST4 55358_B_FB4 2005 55364 1A 55364_B_1A ST1 55364_G_ST1 55364_B_1A 2005 55364 1B 55364_B_1B ST1 55364_G_ST1 55364_B_1B 2005 55380 1 A 55380_B_1 A STG1 55380_G_STG1 55380_B_1 A 2005 55380 1 B 55380_B_1 B STG1 55380_G_STG1 55380_B_1 B 2005 55380 2 A 55380_B_2 A STG2 55380_G_STG2 55380_B_2 A 2005 55380 2 B 55380_B_2 B STG2 55380_G_STG2 55380_B_2 B 2005 55380 3 A 55380_B_3 A STG3 55380_G_STG3 55380_B_3 A 2005 55380 3 B 55380_B_3 B STG3 55380_G_STG3 55380_B_3 B 2005 55380 4 A 55380_B_4 A STG4 55380_G_STG4 55380_B_4 A 2005 55380 4 B 55380_B_4 B STG4 55380_G_STG4 55380_B_4 B 2005 55382 1H1100 55382_B_1H1100 1STG 55382_G_1STG 55382_B_1H1100 2005 55382 1H2100 55382_B_1H2100 1STG 55382_G_1STG 55382_B_1H2100 2005 55382 2H1100 55382_B_2H1100 2STG 55382_G_2STG 55382_B_2H1100 2005 55382 2H2100 55382_B_2H2100 2STG 55382_G_2STG 55382_B_2H2100 2005 55386 DB1 55386_B_DB1 ST1 55386_G_ST1 55386_B_DB1 2005 55386 DB2 55386_B_DB2 ST1 55386_G_ST1 55386_B_DB2 2005 55389 HRSG1 55389_B_HRSG1 ST1 55389_G_ST1 55389_B_HRSG1 2005 55389 HRSG2 55389_B_HRSG2 ST1 55389_G_ST1 55389_B_HRSG2 2005 55389 HRSG3 55389_B_HRSG3 ST1 55389_G_ST1 55389_B_HRSG3 2005 55393 HRSG 1 55393_B_HRSG 1 STG1 55393_G_STG1 55393_B_HRSG 1 2005 55393 HSRG 2 55393_B_HSRG 2 STG1 55393_G_STG1 55393_B_HSRG 2 2005 55397 DB1 55397_B_DB1 ST1 55397_G_ST1 55397_B_DB1 2005 55397 DB2 55397_B_DB2 ST1 55397_G_ST1 55397_B_DB2 2005 55404 HRSG1 55404_B_HRSG1 STG 55404_G_STG 55404_B_HRSG1 2005 55404 HRSG2 55404_B_HRSG2 STG 55404_G_STG 55404_B_HRSG2 2005 55410 HRSG1 55410_B_HRSG1 LOES 55410_G_LOES 55410_B_HRSG1 2005 55410 HRSG2 55410_B_HRSG2 LOES 55410_G_LOES 55410_B_HRSG2 2005 55410 HRSG3 55410_B_HRSG3 LOES 55410_G_LOES 55410_B_HRSG3 2005 55411 HRSG1 55411_B_HRSG1 HECS 55411_G_HECS 55411_B_HRSG1

Gen_Boiler_Crosswalk_2005 463 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 55411 HRSG2 55411_B_HRSG2 HECS 55411_G_HECS 55411_B_HRSG2 2005 55412 HRSG1 55412_B_HRSG1 OECS 55412_G_OECS 55412_B_HRSG1 2005 55412 HRSG2 55412_B_HRSG2 OECS 55412_G_OECS 55412_B_HRSG2 2005 55418 1H1100 55418_B_1H1100 ST1 55418_G_ST1 55418_B_1H1100 2005 55418 1H2100 55418_B_1H2100 ST1 55418_G_ST1 55418_B_1H2100 2005 55429 4REC 55429_B_4REC 01 55429_G_01 55429_B_4REC 2005 55429 3REC 55429_B_3REC 01 55429_G_01 55429_B_3REC 2005 55429 BFB 55429_B_BFB 01 55429_G_01 55429_B_BFB 2005 55451 FB1 55451_B_FB1 STG1 55451_G_STG1 55451_B_FB1 2005 55451 FB2 55451_B_FB2 STG2 55451_G_STG2 55451_B_FB2 2005 55451 FB3 55451_B_FB3 STG3 55451_G_STG3 55451_B_FB3 2005 55455 HRSG1A 55455_B_HRSG1A ST1 55455_G_ST1 55455_B_HRSG1A 2005 55455 HRSG1B 55455_B_HRSG1B ST1 55455_G_ST1 55455_B_HRSG1B 2005 55455 HRSG2A 55455_B_HRSG2A ST2 55455_G_ST2 55455_B_HRSG2A 2005 55455 HRSG2B 55455_B_HRSG2B ST2 55455_G_ST2 55455_B_HRSG2B 2005 55462 PC1 55462_B_PC1 1 55462_G_1 55462_B_PC1 2005 55462 PC2 55462_B_PC2 2 55462_G_2 55462_B_PC2 2005 55463 FB1 55463_B_FB1 ST01 55463_G_ST01 55463_B_FB1 2005 55463 FB2 55463_B_FB2 ST02 55463_G_ST02 55463_B_FB2 2005 55463 FB3 55463_B_FB3 ST03 55463_G_ST03 55463_B_FB3 2005 55463 FB4 55463_B_FB4 ST04 55463_G_ST04 55463_B_FB4 2005 55464 HRSG1 55464_B_HRSG1 STG1 55464_G_STG1 55464_B_HRSG1 2005 55464 HRSG3 55464_B_HRSG3 STG1 55464_G_STG1 55464_B_HRSG3 2005 55464 HRSG2 55464_B_HRSG2 STG1 55464_G_STG1 55464_B_HRSG2 2005 55464 HRSG4 55464_B_HRSG4 STG1 55464_G_STG1 55464_B_HRSG4 2005 55467 1 55467_B_1 STG1 55467_G_STG1 55467_B_1 2005 55467 2 55467_B_2 STG2 55467_G_STG2 55467_B_2 2005 55467 3 55467_B_3 STG3 55467_G_STG3 55467_B_3 2005 55479 3 55479_B_3 0001 55479_G_0001 55479_B_3 2005 55481 1 55481_B_1 ST1 55481_G_ST1 55481_B_1 2005 55481 2 55481_B_2 ST1 55481_G_ST1 55481_B_2 2005 55481 5 55481_B_5 ST2 55481_G_ST2 55481_B_5 2005 55481 6 55481_B_6 ST2 55481_G_ST2 55481_B_6 2005 55482 HRSG1 55482_B_HRSG1 G2 55482_G_G2 55482_B_HRSG1 2005 55486 HRSG1 55486_B_HRSG1 ST1 55486_G_ST1 55486_B_HRSG1 2005 55486 HRSG2 55486_B_HRSG2 ST1 55486_G_ST1 55486_B_HRSG2 2005 55498 DB1 55498_B_DB1 ST1 55498_G_ST1 55498_B_DB1 2005 55498 DB2 55498_B_DB2 ST1 55498_G_ST1 55498_B_DB2 2005 55503 HRSG3 55503_B_HRSG3 ST1 55503_G_ST1 55503_B_HRSG3 2005 55503 HRSG1 55503_B_HRSG1 ST1 55503_G_ST1 55503_B_HRSG1 2005 55503 HRSG2 55503_B_HRSG2 ST1 55503_G_ST1 55503_B_HRSG2 2005 55514 CTG01 55514_B_CTG01 STG1 55514_G_STG1 55514_B_CTG01 2005 55514 CTG02 55514_B_CTG02 STG1 55514_G_STG1 55514_B_CTG02 2005 55516 DB1 55516_B_DB1 STG1 55516_G_STG1 55516_B_DB1

Gen_Boiler_Crosswalk_2005 464 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 55516 DB2 55516_B_DB2 STG1 55516_G_STG1 55516_B_DB2 2005 55518 1 55518_B_1 STG1 55518_G_STG1 55518_B_1 2005 55518 3 55518_B_3 STG1 55518_G_STG1 55518_B_3 2005 55518 2 55518_B_2 STG1 55518_G_STG1 55518_B_2 2005 55527 CFB1 55527_B_CFB1 GEN1 55527_G_GEN1 55527_B_CFB1 2005 55527 CFB2 55527_B_CFB2 GEN1 55527_G_GEN1 55527_B_CFB2 2005 55537 10 55537_B_10 GEN1 55537_G_GEN1 55537_B_10 2005 55537 7 55537_B_7 GEN1 55537_G_GEN1 55537_B_7 2005 55537 8 55537_B_8 GEN1 55537_G_GEN1 55537_B_8 2005 55537 6 55537_B_6 GEN5 55537_G_GEN5 55537_B_6 2005 55537 2 55537_B_2 GEN5 55537_G_GEN5 55537_B_2 2005 55592 HRSG 1 55592_B_HRSG 1 4 55592_G_4 55592_B_HRSG 1 2005 55592 HRSG 2 55592_B_HRSG 2 4 55592_G_4 55592_B_HRSG 2 2005 55592 HRSG 3 55592_B_HRSG 3 4 55592_G_4 55592_B_HRSG 3 2005 55596 HRSG 1 55596_B_HRSG 1 0004 55596_G_0004 55596_B_HRSG 1 2005 55596 HRSG 2 55596_B_HRSG 2 0004 55596_G_0004 55596_B_HRSG 2 2005 55596 HRSG 3 55596_B_HRSG 3 0004 55596_G_0004 55596_B_HRSG 3 2005 55611 BOIL1 55611_B_BOIL1 GEN1 55611_G_GEN1 55611_B_BOIL1 2005 55611 BOIL2 55611_B_BOIL2 GEN1 55611_G_GEN1 55611_B_BOIL2 2005 55611 BOIL4 55611_B_BOIL4 GEN1 55611_G_GEN1 55611_B_BOIL4 2005 55611 BOIL3 55611_B_BOIL3 GEN1 55611_G_GEN1 55611_B_BOIL3 2005 55620 1-1 55620_B_1-1 ST-1 55620_G_ST-1 55620_B_1-1 2005 55620 1-2 55620_B_1-2 ST-1 55620_G_ST-1 55620_B_1-2 2005 55641 HRSG1 55641_B_HRSG1 STG1 55641_G_STG1 55641_B_HRSG1 2005 55641 HRSG2 55641_B_HRSG2 STG1 55641_G_STG1 55641_B_HRSG2 2005 55642 HRSG 3 55642_B_HRSG 3 STG1 55642_G_STG1 55642_B_HRSG 3 2005 55642 HRSG 1 55642_B_HRSG 1 STG1 55642_G_STG1 55642_B_HRSG 1 2005 55642 HRSG 2 55642_B_HRSG 2 STG1 55642_G_STG1 55642_B_HRSG 2 2005 55687 HRSG1 55687_B_HRSG1 ST1 55687_G_ST1 55687_B_HRSG1 2005 55687 HRSG2 55687_B_HRSG2 ST1 55687_G_ST1 55687_B_HRSG2 2005 55701 P001 55701_B_P001 CA01 55701_G_CA01 55701_B_P001 2005 55701 P002 55701_B_P002 CA01 55701_G_CA01 55701_B_P002 2005 55706 HRG101 55706_B_HRG101 STG1 55706_G_STG1 55706_B_HRG101 2005 55706 HRG301 55706_B_HRG301 STG1 55706_G_STG1 55706_B_HRG301 2005 55706 HRG201 55706_B_HRG201 STG1 55706_G_STG1 55706_B_HRG201 2005 55714 HRSG2 55714_B_HRSG2 ST1 55714_G_ST1 55714_B_HRSG2 2005 55714 HRSG1 55714_B_HRSG1 ST1 55714_G_ST1 55714_B_HRSG1 2005 55729 HRSG1 55729_B_HRSG1 ST1 55729_G_ST1 55729_B_HRSG1 2005 55729 HRSG2 55729_B_HRSG2 ST1 55729_G_ST1 55729_B_HRSG2 2005 55729 HRSG3 55729_B_HRSG3 ST1 55729_G_ST1 55729_B_HRSG3 2005 55736 1HR1 55736_B_1HR1 1ST 55736_G_1ST 55736_B_1HR1 2005 55736 1HR2 55736_B_1HR2 1ST 55736_G_1ST 55736_B_1HR2 2005 55736 2HR1 55736_B_2HR1 2ST 55736_G_2ST 55736_B_2HR1 2005 55736 2HR2 55736_B_2HR2 2ST 55736_G_2ST 55736_B_2HR2

Gen_Boiler_Crosswalk_2005 465 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 55749 PC1 55749_B_PC1 UNT1 55749_G_UNT1 55749_B_PC1 2005 55818 HRSG-1 55818_B_HRSG-1 FIST 55818_G_FIST 55818_B_HRSG-1 2005 55821 25 55821_B_25 C 55821_G_C 55821_B_25 2005 55821 26 55821_B_26 C 55821_G_C 55821_B_26 2005 55823 BLR1 55823_B_BLR1 0001 55823_G_0001 55823_B_BLR1 2005 55823 BLR2 55823_B_BLR2 0001 55823_G_0001 55823_B_BLR2 2005 55829 MB3 55829_B_MB3 M1S1 55829_G_M1S1 55829_B_MB3 2005 55829 MB2 55829_B_MB2 M1S1 55829_G_M1S1 55829_B_MB2 2005 55829 MB1 55829_B_MB1 M1S1 55829_G_M1S1 55829_B_MB1 2005 55829 MB3 55829_B_MB3 M1S2 55829_G_M1S2 55829_B_MB3 2005 55829 MB1 55829_B_MB1 M1S2 55829_G_M1S2 55829_B_MB1 2005 55829 MB2 55829_B_MB2 M1S2 55829_G_M1S2 55829_B_MB2 2005 55829 MB2 55829_B_MB2 M1S3 55829_G_M1S3 55829_B_MB2 2005 55829 MB1 55829_B_MB1 M1S3 55829_G_M1S3 55829_B_MB1 2005 55829 MB3 55829_B_MB3 M1S3 55829_G_M1S3 55829_B_MB3 2005 55829 MB2 55829_B_MB2 M1S4 55829_G_M1S4 55829_B_MB2 2005 55829 MB1 55829_B_MB1 M1S4 55829_G_M1S4 55829_B_MB1 2005 55829 MB3 55829_B_MB3 M1S4 55829_G_M1S4 55829_B_MB3 2005 55830 EB3 55830_B_EB3 M2S1 55830_G_M2S1 55830_B_EB3 2005 55830 EB1 55830_B_EB1 M2S1 55830_G_M2S1 55830_B_EB1 2005 55830 EB2 55830_B_EB2 M2S1 55830_G_M2S1 55830_B_EB2 2005 55830 EB3 55830_B_EB3 M2S2 55830_G_M2S2 55830_B_EB3 2005 55830 EB1 55830_B_EB1 M2S2 55830_G_M2S2 55830_B_EB1 2005 55830 EB2 55830_B_EB2 M2S2 55830_G_M2S2 55830_B_EB2 2005 55830 EB3 55830_B_EB3 M2S3 55830_G_M2S3 55830_B_EB3 2005 55830 EB2 55830_B_EB2 M2S3 55830_G_M2S3 55830_B_EB2 2005 55830 EB1 55830_B_EB1 M2S3 55830_G_M2S3 55830_B_EB1 2005 55835 HRSG 1 55835_B_HRSG 1 STG1 55835_G_STG1 55835_B_HRSG 1 2005 55835 HRSG 2 55835_B_HRSG 2 STG1 55835_G_STG1 55835_B_HRSG 2 2005 55841 FB1 55841_B_FB1 ST1 55841_G_ST1 55841_B_FB1 2005 55841 FB2 55841_B_FB2 ST1 55841_G_ST1 55841_B_FB2 2005 55841 A03 55841_B_A03 ST1 55841_G_ST1 55841_B_A03 2005 55841 A01 55841_B_A01 ST1 55841_G_ST1 55841_B_A01 2005 55854 HRSG 1 55854_B_HRSG 1 STG1 55854_G_STG1 55854_B_HRSG 1 2005 55854 HRSG 2 55854_B_HRSG 2 STG1 55854_G_STG1 55854_B_HRSG 2 2005 55854 HRSG 3 55854_B_HRSG 3 STG1 55854_G_STG1 55854_B_HRSG 3 2005 55856 PC1 55856_B_PC1 PC1 55856_G_PC1 55856_B_PC1 2005 55856 PC2 55856_B_PC2 PC2 55856_G_PC2 55856_B_PC2 2005 55867 B1 55867_B_B1 G1 55867_G_G1 55867_B_B1 2005 55882 BLR1 55882_B_BLR1 GEN1 55882_G_GEN1 55882_B_BLR1 2005 55965 6A 55965_B_6A ST6 55965_G_ST6 55965_B_6A 2005 55965 6B 55965_B_6B ST6 55965_G_ST6 55965_B_6B 2005 55965 7A 55965_B_7A ST7 55965_G_ST7 55965_B_7A 2005 55965 7B 55965_B_7B ST7 55965_G_ST7 55965_B_7B

Gen_Boiler_Crosswalk_2005 466 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 55976 301 55976_B_301 401 55976_G_401 55976_B_301 2005 55976 201 55976_B_201 401 55976_G_401 55976_B_201 2005 55976 101 55976_B_101 401 55976_G_401 55976_B_101 2005 55977 1 55977_B_1 STG1 55977_G_STG1 55977_B_1 2005 56000 HRSG1 56000_B_HRSG1 ST 56000_G_ST 56000_B_HRSG1 2005 56000 HRSG2 56000_B_HRSG2 ST 56000_G_ST 56000_B_HRSG2 2005 56024 14 56024_B_14 TUR1 56024_G_TUR1 56024_B_14 2005 56024 9 56024_B_9 TUR1 56024_G_TUR1 56024_B_9 2005 56024 12 56024_B_12 TUR4 56024_G_TUR4 56024_B_12 2005 56024 14 56024_B_14 TUR4 56024_G_TUR4 56024_B_14 2005 56024 9 56024_B_9 TUR4 56024_G_TUR4 56024_B_9 2005 56024 1 56024_B_1 TUR7 56024_G_TUR7 56024_B_1 2005 56024 2 56024_B_2 TUR7 56024_G_TUR7 56024_B_2 2005 56024 3 56024_B_3 TUR7 56024_G_TUR7 56024_B_3 2005 56024 11CRU 56024_B_11CRU TUR9 56024_G_TUR9 56024_B_11CRU 2005 56024 15 56024_B_15 TUR9 56024_G_TUR9 56024_B_15 2005 56026 HRSG1 56026_B_HRSG1 STG 56026_G_STG 56026_B_HRSG1 2005 56026 FB1 56026_B_FB1 STG 56026_G_STG 56026_B_FB1 2005 56026 FB2 56026_B_FB2 STG 56026_G_STG 56026_B_FB2 2005 56026 HRSG2 56026_B_HRSG2 STG 56026_G_STG 56026_B_HRSG2 2005 56031 HRSG1 56031_B_HRSG1 STG 56031_G_STG 56031_B_HRSG1 2005 56031 HRSG2 56031_B_HRSG2 STG 56031_G_STG 56031_B_HRSG2 2005 56041 M1 56041_B_M1 M3 56041_G_M3 56041_B_M1 2005 56041 M2 56041_B_M2 M3 56041_G_M3 56041_B_M2 2005 56042 HRSG1 56042_B_HRSG1 4 56042_G_4 56042_B_HRSG1 2005 56042 HRSG2 56042_B_HRSG2 4 56042_G_4 56042_B_HRSG2 2005 56042 HRSG3 56042_B_HRSG3 4 56042_G_4 56042_B_HRSG3 2005 56046 HRSG2 56046_B_HRSG2 2 56046_G_2 56046_B_HRSG2 2005 56049 HRSG1 56049_B_HRSG1 STG1 56049_G_STG1 56049_B_HRSG1 2005 56049 HRSG2 56049_B_HRSG2 STG1 56049_G_STG1 56049_B_HRSG2 2005 56068 18 56068_B_18 1 56068_G_1 56068_B_18 2005 56068 19 56068_B_19 2 56068_G_2 56068_B_19 2005 56079 North 56079_B_North STEC 56079_G_STEC 56079_B_North 2005 56079 South 56079_B_South STEC 56079_G_STEC 56079_B_South 2005 56089 HRSG1 56089_B_HRSG1 ST1 56089_G_ST1 56089_B_HRSG1 2005 56089 HRSG2 56089_B_HRSG2 ST1 56089_G_ST1 56089_B_HRSG2 2005 56102 HRSG1A 56102_B_HRSG1A ST1 56102_G_ST1 56102_B_HRSG1A 2005 56102 HRSG1B 56102_B_HRSG1B ST1 56102_G_ST1 56102_B_HRSG1B 2005 56105 HRSG1 56105_B_HRSG1 STG1 56105_G_STG1 56105_B_HRSG1 2005 56107 1 56107_B_1 ST 56107_G_ST 56107_B_1 2005 56124 1HRSG 56124_B_1HRSG 1TG 56124_G_1TG 56124_B_1HRSG 2005 56124 1HRSG 56124_B_1HRSG 2TG 56124_G_2TG 56124_B_1HRSG 2005 56124 10BLR 56124_B_10BLR TG1 56124_G_TG1 56124_B_10BLR 2005 56124 2HRSG 56124_B_2HRSG TG1 56124_G_TG1 56124_B_2HRSG

Gen_Boiler_Crosswalk_2005 467 of 505YEAR PLANT_CODE BOILER_ID PLANT_BOILER_ID GENERA TOR_ID PLANT_GEN_ID

2005 56124 10BLR 56124_B_10BLR TG2 56124_G_TG2 56124_B_10BLR 2005 56124 2HRSG 56124_B_2HRSG TG2 56124_G_TG2 56124_B_2HRSG 2005 56150 10A 56150_B_10A 10ST 56150_G_10ST 56150_B_10A 2005 56150 10B 56150_B_10B 10ST 56150_G_10ST 56150_B_10B 2005 56150 11A 56150_B_11A 11ST 56150_G_11ST 56150_B_11A 2005 56150 11B 56150_B_11B 11ST 56150_G_11ST 56150_B_11B 2005 56163 2 56163_B_2 1 56163_G_1 56163_B_2 2005 56163 3 56163_B_3 1 56163_G_1 56163_B_3 2005 56163 1 56163_B_1 1 56163_G_1 56163_B_1 2005 56163 2 56163_B_2 2 56163_G_2 56163_B_2 2005 56163 1 56163_B_1 2 56163_G_2 56163_B_1 2005 56163 3 56163_B_3 2 56163_G_2 56163_B_3 2005 56163 2 56163_B_2 3 56163_G_3 56163_B_2 2005 56163 1 56163_B_1 3 56163_G_3 56163_B_1 2005 56163 3 56163_B_3 3 56163_G_3 56163_B_3 2005 56163 4 56163_B_4 4 56163_G_4 56163_B_4 2005 56188 001 56188_B_001 STG 56188_G_STG 56188_B_001 2005 56191 2 56191_B_2 GEN1 56191_G_GEN1 56191_B_2 2005 56191 1 56191_B_1 GEN1 56191_G_GEN1 56191_B_1 2005 56191 2 56191_B_2 GEN2 56191_G_GEN2 56191_B_2 2005 56191 1 56191_B_1 GEN2 56191_G_GEN2 56191_B_1 2005 56192 FBB 56192_B_FBB 1 56192_G_1 56192_B_FBB 2005 56220 P01 56220_B_P01 S01 56220_G_S01 56220_B_P01 2005 56220 P02 56220_B_P02 S02 56220_G_S02 56220_B_P02 2005 56221 031 56221_B_031 ST01 56221_G_ST01 56221_B_031 2005 56222 CFB 56222_B_CFB 1 56222_G_1 56222_B_CFB 2005 56224 BLR100 56224_B_BLR100 001 56224_G_001 56224_B_BLR100 2005 56227 HRSG01 56227_B_HRSG01 2 56227_G_2 56227_B_HRSG01 2005 56233 HRSG A 56233_B_HRSG A STG 56233_G_STG 56233_B_HRSG A 2005 56233 HRSG B 56233_B_HRSG B STG 56233_G_STG 56233_B_HRSG B 2005 56237 HRSG01 56237_B_HRSG01 ST01 56237_G_ST01 56237_B_HRSG01 2005 56237 HRSG02 56237_B_HRSG02 ST01 56237_G_ST01 56237_B_HRSG02 2005 56309 HRSG2 56309_B_HRSG2 ST-3 56309_G_ST-3 56309_B_HRSG2 2005 56309 HRSG1 56309_B_HRSG1 ST-3 56309_G_ST-3 56309_B_HRSG1 2005 56319 1 56319_B_1 0001 56319_G_0001 56319_B_1

Gen_Boiler_Crosswalk_2005 468 of 5051 2 3 4 5 6 7 8 9

Updated to Reflect Current Universe

Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 3_G_1 3 1 1 3_B_1 Yes 198 TRUE 3_G_2 3 2 1 3_B_2 Yes 198 TRUE 3_G_3 3 3 1 3_B_3 Yes 356 TRUE 3_G_4 3 4 1 3_B_4 Yes 383 TRUE 3_G_5 3 5 1 3_B_5 Yes 595 TRUE 3_G_A1ST 3 A1ST Yes 2 243 TRUE 3_G_A2ST 3 A2ST Yes 2 243 TRUE 7_G_1 7 1 1 7_B_1 Yes 132 TRUE 7_G_2 7 2 1 7_B_2 Yes 132 TRUE 8_G_10 8 10 1 8_B_10 Yes 650 TRUE 8_G_6 8 6 1 8_B_6 Yes 198 TRUE 8_G_7 8 7 1 8_B_7 Yes 198 TRUE 8_G_8 8 8 1 8_B_8 Yes 223 TRUE 8_G_9 8 9 1 8_B_9 Yes 245 TRUE 10_G_1 10 1 1 10_B_1 Yes 306 TRUE 10_G_2 10 2 1 10_B_2 Yes 306 TRUE 26_G_1 26 1 1 26_B_1 Yes 305 TRUE 26_G_2 26 2 1 26_B_2 Yes 305 TRUE 26_G_3 26 3 1 26_B_3 Yes 338 TRUE 26_G_5 26 5 1 26_B_5 Yes 858 TRUE 26_G_ST4 26 ST4 1 26_B_4 Yes 338 TRUE 47_G_1 47 1 1 47_B_1 Yes 318 TRUE 47_G_2 47 2 1 47_B_2 Yes 318 TRUE 47_G_3 47 3 1 47_B_3 Yes 318 TRUE 47_G_4 47 4 1 47_B_4 Yes 318 TRUE 47_G_5 47 5 1 47_B_5 Yes 654 TRUE 50_G_1 50 1 1 50_B_1 Yes 240 TRUE 50_G_2 50 2 1 50_B_2 Yes 240 TRUE 50_G_3 50 3 1 50_B_3 Yes 240 TRUE 50_G_4 50 4 1 50_B_4 Yes 240 TRUE 50_G_5 50 5 1 50_B_5 Yes 206 TRUE 50_G_6 50 6 1 50_B_6 Yes 206 TRUE 50_G_7 50 7 1 50_B_7 Yes 506 TRUE 50_G_8 50 8 1 50_B_8 Yes 557 TRUE 51_G_1 51 1 1 51_B_1 Yes 799 FALSE 56_G_1 56 1 1 56_B_1 Yes 115 TRUE 56_G_2 56 2 1 56_B_2 Yes 268 TRUE 56_G_3 56 3 1 56_B_3 Yes 268 TRUE 113_G_1 113 1 1 113_B_1 Yes 62 TRUE 113_G_2 113 2 1 113_B_2 Yes 261 TRUE

2005EIA767_Gen_InScope 469 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 113_G_3 113 3 1 113_B_3 Yes 261 TRUE 113_G_4 113 4 1 113_B_4 Yes 299 TRUE 127_G_1 127 1 1 127_B_1 Yes 595 FALSE 130_G_1 130 1 1 130_B_1 Yes 538 FALSE 130_G_2 130 2 1 130_B_2 Yes 447 FALSE 130_G_3 130 3 1 130_B_3 Yes 559 FALSE 130_G_4 130 4 1 130_B_4 Yes 559 FALSE 136_G_1 136 1 1 136_B_1 Yes 579 FALSE 136_G_2 136 2 1 136_B_2 Yes 579 FALSE 165_G_1 165 1 1 165_B_1 Yes 399 TRUE 165_G_2 165 2 1 165_B_2 Yes 412 TRUE 170_G_1 170 1 1 170_B_1 Yes 110 TRUE 170_G_2 170 2 1 170_B_2 Yes 110 TRUE 170_G_3 170 3 1 170_B_3 Yes 138 TRUE 170_G_4 170 4 1 170_B_4 Yes 735 TRUE 173_G_1 173 1 1 173_B_1 Yes 312 FALSE 173_G_2 173 2 1 173_B_2 Yes 373 FALSE 201_G_1 201 1 Yes 1 201_B_2 91 TRUE 202_G_1 202 1 1 202_B_01 Yes 134 FALSE 203_G_1 203 1 1 203_B_01 Yes 141 TRUE 207_G_1 207 1 1 207_B_1 Yes 478 TRUE 207_G_2 207 2 1 207_B_2 Yes 478 TRUE 228_G_6 228 6 1 228_B_9 Yes 340 FALSE 228_G_7 228 7 1 228_B_10 Yes 340 FALSE 228_G_8 228 8 2 256 FALSE 246_G_ST1 246 ST1 1 246_B_1 Yes 57 FALSE 246_G_ST2 246 ST2 1 246_B_2 Yes 57 FALSE 247_G_4 247 4 1 247_B_7 226 FALSE 259_G_1 259 1 1 259_B_1 Yes 233 TRUE 259_G_2 259 2 1 259_B_2 Yes 233 TRUE 259_G_3 259 3 1 259_B_3 Yes 328 TRUE 259_G_4 259 4 1 259_B_4 Yes 328 TRUE 260_G_6 260 6 1 260_B_6-1 Yes 664 FALSE 260_G_7 260 7 1 260_B_7-1 Yes 664 FALSE 271_G_5 271 5 1 271_B_5 Yes 358 FALSE 271_G_6 271 6 1 271_B_6 Yes 358 FALSE 271_G_7 271 7 1 271_B_7 Yes 784 FALSE 273_G_3 273 3 1 273_B_3-1 Yes 300 TRUE 298_G_1 298 1 1 298_B_LIM1 Yes 579 FALSE 298_G_2 298 2 1 298_B_LIM2 Yes 579 FALSE 302_G_2 302 2 1 302_B_2 Yes 107 FALSE 302_G_3 302 3 1 302_B_3 Yes 107 FALSE

2005EIA767_Gen_InScope 470 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 302_G_4 302 4 1 302_B_4 Yes 415 FALSE 302_G_5 302 5 1 302_B_5 Yes 423 FALSE 302_G_ST1 302 ST1 1 302_B_1 Yes 107 FALSE 310_G_2 310 2 1 310_B_2 Yes 160 TRUE 310_G_3 310 3 1 310_B_3 Yes 260 TRUE 310_G_4 310 4 1 310_B_4 Yes 286 TRUE 310_G_ST1 310 ST1 1 310_B_1 Yes 160 TRUE 330_G_3 330 3 1 330_B_3 Yes 292 TRUE 330_G_4 330 4 1 330_B_4 Yes 292 TRUE 335_G_1 335 1 1 335_B_1 Yes 186 FALSE 335_G_2 335 2 1 335_B_2 Yes 186 FALSE 335_G_3 335 3 1 335_B_3A Yes FALSE 335_G_4 335 4 1 335_B_4A Yes FALSE 345_G_1 345 1 1 345_B_1 Yes 170 FALSE 345_G_2 345 2 1 345_B_2 Yes 170 FALSE 350_G_1 350 1 1 350_B_1 Yes 530 TRUE 350_G_2 350 2 1 350_B_2 Yes 530 TRUE 356_G_5 356 5 1 356_B_5 Yes 152 FALSE 356_G_6 356 6 1 356_B_6 Yes 152 FALSE 356_G_7 356 7 1 356_B_7 Yes 521 FALSE 356_G_8 356 8 1 356_B_8 Yes 521 FALSE 384_G_7 384 7 2 1020 TRUE 384_G_8 384 8 2 1020 TRUE 400_G_1 400 1 1 400_B_1 Yes 202 TRUE 400_G_2 400 2 1 400_B_2 Yes 202 TRUE 400_G_5 400 5 1 400_B_5 Yes 303 TRUE 400_G_6 400 6 1 400_B_6 Yes 303 TRUE 400_G_8 400 8 Yes 5 336 TRUE 404_G_1 404 1 1 404_B_1 Yes 174 FALSE 404_G_2 404 2 1 404_B_2 Yes 174 FALSE 404_G_3 404 3 1 404_B_3 Yes 420 FALSE 460_G_5 460 5 1 460_B_41 Yes 22 FALSE 460_G_6 460 6 1 460_B_49 Yes 38 FALSE 462_G_1 462 1 1 462_B_55 Yes 32 FALSE 462_G_2 462 2 1 462_B_59 Yes 41 FALSE 465_G_3 465 3 1 465_B_3 Yes 67 FALSE 465_G_4 465 4 1 465_B_4 Yes 145 FALSE 468_G_1 468 1 1 468_B_1 Yes 29 TRUE 468_G_2 468 2 1 468_B_2 Yes 49 TRUE 469_G_1 469 1 1 469_B_1 Yes 199 FALSE 469_G_2 469 2 1 469_B_2 Yes 199 FALSE 469_G_3 469 3 1 469_B_3 Yes 217 FALSE

2005EIA767_Gen_InScope 471 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 469_G_4 469 4 1 469_B_4 Yes 402 FALSE 477_G_5 477 5 1 477_B_5 Yes 300 TRUE 478_G_1 478 1 2 75 FALSE 478_G_2 478 2 1 478_B_3 Yes 40 FALSE 525_G_1 525 1 1 525_B_H1 Yes 178 FALSE 525_G_2 525 2 1 525_B_H2 Yes 323 FALSE 527_G_1 527 1 1 527_B_1 Yes 30 FALSE 527_G_2 527 2 1 527_B_1 Yes 30 FALSE 527_G_3 527 3 1 527_B_1 Yes 30 FALSE 527_G_ST4 527 ST4 1 527_B_1 Yes 71 FALSE 544_G_7 544 7 1 544_B_7 133 FALSE 544_G_8 544 8 1 544_B_8 133 FALSE 546_G_5 546 5 1 546_B_5 Yes 116 FALSE 546_G_6 546 6 1 546_B_6 Yes 371 FALSE 548_G_1 548 1 1 548_B_1 Yes 222 FALSE 548_G_2 548 2 1 548_B_2 Yes 222 FALSE 562_G_2 562 2 1 562_B_2 Yes 126 TRUE 562_G_3 562 3 1 562_B_3 Yes 220 TRUE 562_G_4 562 4 1 562_B_4 Yes 442 TRUE 568_G_2 568 2 1 568_B_BHB2 Yes 235 TRUE 568_G_3 568 3 1 568_B_BHB3 Yes 445 TRUE 593_G_3 593 3 1 593_B_3 Yes 155 FALSE 593_G_4 593 4 1 593_B_4 Yes 229 FALSE 593_G_5 593 5 1 593_B_5 Yes 884 FALSE 594_G_1 594 1 1 594_B_1 168 TRUE 594_G_2 594 2 1 594_B_2 168 TRUE 594_G_3 594 3 1 594_B_3 Yes 244 TRUE 594_G_4 594 4 1 594_B_4 Yes 423 TRUE 603_G_15 603 15 1 603_B_15 Yes 290 FALSE 603_G_16 603 16 1 603_B_16 Yes 290 FALSE 609_G_1 609 1 1 609_B_PCC1 Yes 612 FALSE 609_G_2 609 2 1 609_B_PCC2 Yes 612 FALSE 610_G_5 610 5 1 610_B_PCU5 Yes 120 TRUE 610_G_6 610 6 1 610_B_PCU6 Yes 200 TRUE 617_G_ST1 617 ST1 1 617_B_PPE1 Yes 357 TRUE 617_G_ST2 617 ST2 1 617_B_PPE2 Yes 357 TRUE 617_G_ST3 617 ST3 1 617_B_PPE3 Yes 613 TRUE 617_G_ST4 617 ST4 1 617_B_PPE4 Yes 613 TRUE 619_G_3 619 3 1 619_B_PRV3 Yes 437 FALSE 619_G_4 619 4 1 619_B_PRV4 Yes 437 FALSE 620_G_3 620 3 1 620_B_PSN3 Yes 258 TRUE 620_G_4 620 4 Yes 1 620_B_PSN3 Yes 550 TRUE

2005EIA767_Gen_InScope 472 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 628_G_1 628 1 1 628_B_1 Yes 690 TRUE 628_G_2 628 2 1 628_B_2 Yes 730 TRUE 628_G_5 628 5 1 628_B_5 Yes 660 TRUE 628_G_ST4 628 ST4 1 628_B_4 Yes 660 TRUE 634_G_ST1 634 ST1 1 634_B_1 245 FALSE 634_G_ST2 634 ST2 1 634_B_2 245 FALSE 634_G_ST3 634 ST3 1 634_B_3 379 FALSE 638_G_1 638 1 1 638_B_1 Yes 67 TRUE 638_G_2 638 2 1 638_B_2 Yes 67 TRUE 638_G_3 638 3 1 638_B_3 Yes 134 TRUE 641_G_2 641 2 1 641_B_2 57 TRUE 641_G_3 641 3 1 641_B_3 70 TRUE 641_G_4 641 4 1 641_B_4 Yes 120 TRUE 641_G_5 641 5 1 641_B_5 Yes 120 TRUE 641_G_6 641 6 1 641_B_6 Yes 310 TRUE 641_G_7 641 7 1 641_B_7 Yes 344 TRUE 642_G_1 642 1 1 642_B_1 Yes 91 TRUE 642_G_2 642 2 1 642_B_2 Yes 91 TRUE 643_G_1 643 1 1 643_B_1 Yes 212 TRUE 643_G_2 643 2 1 643_B_2 Yes 212 TRUE 643_G_3S 643 3S Yes 2 6 TRUE 645_G_ST1 645 ST1 1 645_B_BB01 Yes 535 TRUE 645_G_ST2 645 ST2 1 645_B_BB02 Yes 535 TRUE 645_G_ST3 645 ST3 1 645_B_BB03 Yes 535 TRUE 645_G_ST4 645 ST4 1 645_B_BB04 Yes 555 TRUE 658_G_6 658 6 Yes 1 658_B_6 67 FALSE 658_G_7 658 7 1 658_B_7 Yes 100 FALSE 658_G_8 658 8 1 658_B_8 Yes 115 FALSE 667_G_1 667 1 1 667_B_1 Yes 310 FALSE 667_G_2 667 2 1 667_B_2 Yes 309 FALSE 667_G_ST3 667 ST3 1 667_B_3 Yes 600 FALSE 675_G_6 675 6 1 675_B_6 TRUE 675_G_7 675 7 1 675_B_7 Yes TRUE 676_G_3 676 3 1 676_B_3 Yes 322 FALSE 676_G_ST1 676 ST1 1 676_B_1 Yes 178 FALSE 676_G_ST2 676 ST2 1 676_B_2 Yes 156 FALSE 689_G_7 689 7 1 689_B_7 94 TRUE 693_G_1 693 1 1 693_B_1 Yes 56 FALSE 693_G_2 693 2 Yes 1 693_B_2 67 FALSE 693_G_3 693 3 1 693_B_3 Yes 100 FALSE 693_G_4 693 4 1 693_B_4 Yes 120 FALSE 703_G_1 703 1 1 703_B_1BLR Yes 553 TRUE

2005EIA767_Gen_InScope 473 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 703_G_2 703 2 1 703_B_2BLR Yes 553 TRUE 703_G_3 703 3 1 703_B_3BLR Yes 655 TRUE 703_G_4 703 4 1 703_B_4BLR Yes 655 TRUE 708_G_1 708 1 1 708_B_1 Yes 148 TRUE 708_G_2 708 2 1 708_B_2 Yes 148 TRUE 708_G_3 708 3 1 708_B_3 Yes 148 TRUE 708_G_4 708 4 1 708_B_4 Yes 403 TRUE 709_G_1 709 1 1 709_B_1 Yes 307 TRUE 709_G_2 709 2 1 709_B_2 Yes 391 TRUE 709_G_3 709 3 1 709_B_3 Yes 532 TRUE 709_G_4 709 4 1 709_B_4 Yes 538 TRUE 710_G_1 710 1 1 710_B_MB1 Yes 304 TRUE 710_G_2 710 2 1 710_B_MB2 Yes 304 TRUE 715_G_1 715 1 1 715_B_1 Yes 98 TRUE 715_G_2 715 2 1 715_B_2 Yes 118 TRUE 727_G_3 727 3 1 727_B_3 Yes 200 TRUE 728_G_1 728 1 1 728_B_Y1BR Yes 193 TRUE 728_G_2 728 2 1 728_B_Y2BR Yes 193 TRUE 728_G_3 728 3 1 728_B_Y3BR Yes 193 TRUE 728_G_4 728 4 1 728_B_Y4BR Yes 180 TRUE 728_G_5 728 5 1 728_B_Y5BR Yes 180 TRUE 728_G_6 728 6 1 728_B_Y6BR Yes 296 TRUE 728_G_7 728 7 1 728_B_Y7BR Yes 296 TRUE 733_G_2 733 2 1 733_B_2 Yes 76 TRUE 733_G_3 733 3 1 733_B_3 Yes 117 TRUE 733_G_4 733 4 1 733_B_4 Yes 126 TRUE 733_G_ST1 733 ST1 1 733_B_1 Yes 76 TRUE 734_G_4 734 4 0 40 FALSE 734_G_5 734 5 0 27 FALSE 734_G_6 734 6 1 734_B_6 54 FALSE 734_G_7 734 7 1 734_B_11 54 FALSE 734_G_8 734 8 1 734_B_12 62 FALSE 753_G_1 753 1 1 753_B_ST Yes 23 TRUE 764_G_H8 764 H8 1 764_B_16 143 FALSE 764_G_H9 764 H9 1 764_B_17 143 FALSE 765_G_K1 765 K1 1 765_B_1 160 FALSE 765_G_K2 765 K2 1 765_B_2 160 FALSE 765_G_K3 765 K3 1 765_B_3 165 FALSE 765_G_K4 765 K4 1 765_B_4 165 FALSE 765_G_K5 765 K5 1 765_B_5 328 FALSE 765_G_K6 765 K6 1 765_B_6 328 FALSE 766_G_W3 766 W3 1 766_B_3 105 FALSE

2005EIA767_Gen_InScope 474 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 766_G_W4 766 W4 1 766_B_4 101 FALSE 766_G_W5 766 W5 1 766_B_5 123 FALSE 766_G_W6 766 W6 1 766_B_6 123 FALSE 766_G_W7 766 W7 1 766_B_7 165 FALSE 766_G_W8 766 W8 1 766_B_8 165 FALSE 856_G_1 856 1 1 856_B_1 Yes 149 TRUE 856_G_2 856 2 1 856_B_2 Yes 312 TRUE 856_G_3 856 3 1 856_B_3 Yes 423 TRUE 861_G_1 861 1 1 861_B_01 Yes 325 TRUE 861_G_2 861 2 1 861_B_02 Yes 492 TRUE 863_G_3 863 3 1 863_B_05 Yes 111 TRUE 863_G_4 863 4 1 863_B_06 Yes 111 TRUE 864_G_1 864 1 2 178 TRUE 864_G_2 864 2 2 178 TRUE 864_G_3 864 3 1 864_B_05 Yes 249 TRUE 864_G_4 864 4 1 864_B_06 Yes 190 TRUE 867_G_7 867 7 1 867_B_7 Yes 307 TRUE 867_G_8 867 8 1 867_B_8 Yes 545 TRUE 874_G_6 874 6 1 874_B_5 Yes 580 TRUE 876_G_1 876 1 1 876_B_1 Yes 726 TRUE 876_G_2 876 2 1 876_B_2 Yes 726 TRUE 879_G_5 879 5 2 769 TRUE 879_G_6 879 6 2 769 TRUE 883_G_6 883 6 1 883_B_17 Yes 250 TRUE 883_G_7 883 7 1 883_B_7 Yes 570 TRUE 883_G_8 883 8 1 883_B_8 Yes 490 TRUE 884_G_1 884 1 1 884_B_1 Yes 333 TRUE 884_G_2 884 2 1 884_B_2 Yes 333 TRUE 884_G_3 884 3 1 884_B_3 Yes 454 TRUE 884_G_4 884 4 1 884_B_4 Yes 880 TRUE 886_G_19 886 19 1 886_B_19 Yes 470 TRUE 887_G_1 887 1 1 887_B_1 Yes 152 TRUE 887_G_2 887 2 1 887_B_2 Yes 152 TRUE 887_G_3 887 3 1 887_B_3 Yes 152 TRUE 887_G_4 887 4 1 887_B_4 Yes 152 TRUE 887_G_5 887 5 1 887_B_5 Yes 152 TRUE 887_G_6 887 6 1 887_B_6 Yes 152 TRUE 889_G_1 889 1 1 889_B_1 Yes 720 FALSE 889_G_2 889 2 1 889_B_2 Yes 720 FALSE 889_G_3 889 3 1 889_B_3 Yes 720 FALSE 891_G_1 891 1 8 144 TRUE 891_G_2 891 2 8 144 TRUE

2005EIA767_Gen_InScope 475 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 891_G_3 891 3 8 144 TRUE 891_G_4 891 4 8 144 TRUE 891_G_5 891 5 8 144 TRUE 891_G_6 891 6 1 891_B_9 Yes 344 TRUE 892_G_1 892 1 1 892_B_1 Yes 106 TRUE 892_G_2 892 2 1 892_B_2 Yes 249 TRUE 897_G_2 897 2 1 897_B_2 Yes 158 FALSE 897_G_ST1 897 ST1 1 897_B_1 Yes 109 FALSE 898_G_1 898 1 3 151 TRUE 898_G_2 898 2 3 151 TRUE 898_G_3 898 3 3 151 TRUE 898_G_4 898 4 1 898_B_4 Yes 148 TRUE 898_G_5 898 5 1 898_B_5 Yes 311 TRUE 963_G_1 963 1 1 963_B_31 Yes 137 TRUE 963_G_2 963 2 1 963_B_32 Yes 137 TRUE 963_G_3 963 3 1 963_B_33 Yes 272 TRUE 964_G_6 964 6 1 964_B_7 4077 FALSE 964_G_7 964 7 1 964_B_8 4077 FALSE 972_G_4 972 4 4 FALSE 972_G_6 972 6 4 FALSE 972_G_7 972 7 4 FALSE 976_G_1 976 1 1 976_B_123 Yes 64 TRUE 976_G_2 976 2 1 976_B_123 Yes 64 TRUE 976_G_3 976 3 1 976_B_123 Yes 64 TRUE 976_G_4 976 4 1 976_B_4 Yes 183 TRUE 983_G_1 983 1 1 983_B_1 Yes 339 TRUE 983_G_2 983 2 1 983_B_2 Yes 339 TRUE 983_G_3 983 3 1 983_B_3 Yes 339 TRUE 983_G_4 983 4 1 983_B_4 Yes 339 TRUE 983_G_5 983 5 1 983_B_5 Yes 339 TRUE 983_G_6 983 6 1 983_B_6 Yes 339 TRUE 988_G_1 988 1 1 988_B_U1 Yes 223 TRUE 988_G_2 988 2 1 988_B_U2 Yes 223 TRUE 988_G_3 988 3 1 988_B_U3 Yes 312 TRUE 988_G_4 988 4 1 988_B_U4 Yes 891 TRUE 990_G_3 990 3 1 990_B_9 Yes 67 TRUE 990_G_4 990 4 1 990_B_10 Yes 67 TRUE 990_G_5 990 5 1 990_B_50 Yes 107 TRUE 990_G_6 990 6 1 990_B_60 Yes 107 TRUE 990_G_7 990 7 1 990_B_70 Yes 318 TRUE 991_G_2 991 2 1 991_B_2 Yes 69 TRUE 991_G_3 991 3 1 991_B_3 Yes 69 TRUE

2005EIA767_Gen_InScope 476 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 991_G_4 991 4 1 991_B_4 Yes 84 TRUE 991_G_5 991 5 1 991_B_5 Yes 84 TRUE 991_G_6 991 6 1 991_B_6 Yes 107 TRUE 991_G_ST1 991 ST1 1 991_B_1 Yes 69 TRUE 992_G_4 992 4 8 56 FALSE 992_G_6 992 6 8 FALSE 994_G_4 994 4 1 994_B_4 Yes 412 TRUE 994_G_ST1 994 ST1 1 994_B_1 Yes 244 TRUE 994_G_ST2 994 ST2 1 994_B_2 Yes 390 TRUE 994_G_ST3 994 ST3 1 994_B_3 Yes 412 TRUE 995_G_7 995 7 1 995_B_7 Yes 312 TRUE 995_G_8 995 8 1 995_B_8 Yes 373 TRUE 996_G_11 996 11 1 996_B_11 Yes 210 TRUE 996_G_4 996 4 1 996_B_4 Yes 315 TRUE 996_G_5 996 5 1 996_B_5 Yes 315 TRUE 996_G_6 996 6 1 996_B_6 Yes 315 TRUE 997_G_12 997 12 1 997_B_12 Yes 410 TRUE 997_G_2 997 2 3 169 TRUE 997_G_3 997 3 3 178 TRUE 1001_G_1 1001 1 1 1001_B_1 Yes 593 TRUE 1001_G_2 1001 2 1 1001_B_2 Yes 593 TRUE 1004_G_6 1004 6 4 78 FALSE 1004_G_7 1004 7 4 78 FALSE 1004_G_8 1004 8 4 133 FALSE 1008_G_1 1008 1 1 1008_B_1 Yes 150 TRUE 1008_G_2 1008 2 1 1008_B_2 Yes 150 TRUE 1008_G_3 1008 3 1 1008_B_3 Yes 150 TRUE 1008_G_4 1008 4 1 1008_B_4 Yes 150 TRUE 1010_G_1 1010 1 Yes 1 1010_B_1 138 TRUE 1010_G_2 1010 2 1 1010_B_2 Yes 138 TRUE 1010_G_3 1010 3 1 1010_B_3 Yes 138 TRUE 1010_G_4 1010 4 1 1010_B_4 Yes 138 TRUE 1010_G_5 1010 5 1 1010_B_5 Yes 152 TRUE 1010_G_6 1010 6 1 1010_B_6 Yes 329 TRUE 1012_G_1 1012 1 1 1012_B_1 94 TRUE 1012_G_2 1012 2 1 1012_B_2 Yes 167 TRUE 1012_G_3 1012 3 1 1012_B_3 Yes 307 TRUE 1032_G_4 1032 4 1 1032_B_5 Yes 33 TRUE 1032_G_5 1032 5 1 1032_B_6 Yes 47 TRUE 1037_G_2 1037 2 1 1037_B_2 Yes TRUE 1037_G_3 1037 3 1 1037_B_5 Yes TRUE 1043_G_1 1043 1 1 1043_B_1SG1 Yes 158 TRUE

2005EIA767_Gen_InScope 477 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 1043_G_2 1043 2 1 1043_B_2SG1 Yes 158 TRUE 1046_G_3 1046 3 1 1046_B_5 Yes TRUE 1046_G_4 1046 4 1 1046_B_1 Yes TRUE 1046_G_ST2 1046 ST2 1 1046_B_6 Yes TRUE 1047_G_1 1047 1 1 1047_B_1 45 TRUE 1047_G_2 1047 2 1 1047_B_2 Yes 30 TRUE 1047_G_3 1047 3 1 1047_B_3 Yes 56 TRUE 1047_G_4 1047 4 1 1047_B_4 Yes 312 TRUE 1048_G_1 1048 1 1 1048_B_1 Yes 45 FALSE 1048_G_2 1048 2 1 1048_B_2 Yes 218 FALSE 1058_G_1 1058 1 4 FALSE 1058_G_2 1058 2 4 FALSE 1058_G_4 1058 4 4 FALSE 1058_G_6 1058 6 4 FALSE 1058_G_7 1058 7 4 FALSE 1058_G_8 1058 8 4 FALSE 1073_G_1 1073 1 2 42 TRUE 1073_G_2 1073 2 2 42 TRUE 1073_G_3 1073 3 1 1073_B_3 Yes 78 TRUE 1073_G_4 1073 4 1 1073_B_4 Yes 157 TRUE 1081_G_3HS 1081 3HS 3 17 TRUE 1081_G_5 1081 5 1 1081_B_9 Yes 144 TRUE 1082_G_1 1082 1 1 1082_B_1 Yes 73 TRUE 1082_G_2 1082 2 1 1082_B_2 Yes 100 TRUE 1082_G_3 1082 3 1 1082_B_3 Yes 806 TRUE 1082_G_4 1082 4 1 1082_B_4 Yes 840 TRUE 1091_G_1 1091 1 1 1091_B_1 Yes 159 TRUE 1091_G_2 1091 2 1 1091_B_2 Yes 266 TRUE 1091_G_3 1091 3 1 1091_B_3 Yes 613 TRUE 1104_G_1 1104 1 1 1104_B_1 Yes 180 TRUE 1167_G_7 1167 7 1 1167_B_7 Yes 82 TRUE 1167_G_8 1167 8 1 1167_B_8 Yes 167 TRUE 1167_G_8A 1167 8A 1 1167_B_8 Yes TRUE 1167_G_9 1167 9 1 1167_B_9 Yes 196 TRUE 1218_G_1 1218 1 1 1218_B_1 Yes 46 TRUE 1218_G_2 1218 2 1 1218_B_2 Yes 64 TRUE 1239_G_7 1239 7 1 1239_B_39 Yes 67 FALSE 1239_G_8 1239 8 1 1239_B_40 Yes 86 FALSE 1241_G_1 1241 1 1 1241_B_1 Yes 1114 TRUE 1241_G_2 1241 2 1 1241_B_2 Yes 740 TRUE 1243_G_3 1243 3 1 1243_B_7 Yes 119 FALSE 1250_G_3 1250 3 1 1250_B_3 Yes 80 FALSE

2005EIA767_Gen_InScope 478 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 1250_G_4 1250 4 1 1250_B_4 Yes 194 FALSE 1250_G_5 1250 5 1 1250_B_5 Yes 350 FALSE 1252_G_7 1252 7 1 1252_B_9 Yes 135 FALSE 1252_G_8 1252 8 1 1252_B_10 Yes 200 FALSE 1294_G_1 1294 1 1 1294_B_1 89 FALSE 1294_G_2 1294 2 1 1294_B_2 89 FALSE 1294_G_3 1294 3 1 1294_B_3 89 FALSE 1295_G_ST1 1295 ST1 1 1295_B_1 Yes 116 TRUE 1295_G_ST2 1295 ST2 1 1295_B_2 Yes 223 TRUE 1353_G_1 1353 1 1 1353_B_BSU1 Yes 267 FALSE 1353_G_2 1353 2 1 1353_B_BSU2 Yes 553 FALSE 1355_G_1 1355 1 1 1355_B_1 Yes 152 TRUE 1355_G_2 1355 2 1 1355_B_2 Yes 179 TRUE 1355_G_3 1355 3 1 1355_B_3 Yes 385 TRUE 1356_G_1 1356 1 1 1356_B_1 Yes 415 TRUE 1356_G_2 1356 2 1 1356_B_2 Yes 394 TRUE 1356_G_3 1356 3 1 1356_B_3 Yes 337 TRUE 1356_G_4 1356 4 1 1356_B_4 Yes 337 TRUE 1357_G_3 1357 3 1 1357_B_4 Yes 122 TRUE 1357_G_4 1357 4 1 1357_B_5 Yes 151 TRUE 1361_G_1 1361 1 4 78 TRUE 1361_G_2 1361 2 4 78 TRUE 1361_G_3 1361 3 1 1361_B_5 Yes 123 TRUE 1363_G_4 1363 4 1 1363_B_4 Yes 214 TRUE 1363_G_5 1363 5 1 1363_B_5 Yes 233 TRUE 1363_G_6 1363 6 1 1363_B_6 Yes 303 TRUE 1364_G_1 1364 1 1 1364_B_1 Yes 290 TRUE 1364_G_2 1364 2 1 1364_B_2 Yes 290 TRUE 1364_G_3 1364 3 1 1364_B_3 Yes 388 TRUE 1364_G_4 1364 4 1 1364_B_4 Yes 450 TRUE 1372_G_5 1372 5 1 1372_B_5 Yes 29 FALSE 1372_G_6 1372 6 1 1372_B_6 Yes 56 FALSE 1374_G_1 1374 1 1 1374_B_1 Yes 180 TRUE 1374_G_2 1374 2 1 1374_B_2 Yes 241 TRUE 1378_G_1 1378 1 1 1378_B_1 Yes 504 TRUE 1378_G_2 1378 2 1 1378_B_2 Yes 504 TRUE 1378_G_3 1378 3 1 1378_B_3 Yes 713 TRUE 1379_G_1 1379 1 1 1379_B_1 Yes 240 TRUE 1379_G_10 1379 10 1 1379_B_10 Yes 240 TRUE 1379_G_2 1379 2 1 1379_B_2 Yes 240 TRUE 1379_G_3 1379 3 1 1379_B_3 Yes 240 TRUE 1379_G_4 1379 4 1 1379_B_4 Yes 240 TRUE

2005EIA767_Gen_InScope 479 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 1379_G_5 1379 5 1 1379_B_5 Yes 240 TRUE 1379_G_6 1379 6 1 1379_B_6 Yes 240 TRUE 1379_G_7 1379 7 1 1379_B_7 Yes 240 TRUE 1379_G_8 1379 8 1 1379_B_8 Yes 240 TRUE 1379_G_9 1379 9 1 1379_B_9 Yes 240 TRUE 1381_G_1 1381 1 1 1381_B_C1 Yes 173 TRUE 1381_G_2 1381 2 1 1381_B_C2 Yes 173 TRUE 1381_G_3 1381 3 1 1381_B_C3 Yes 173 TRUE 1382_G_1 1382 1 1 1382_B_H1 Yes 147 TRUE 1382_G_2 1382 2 1 1382_B_H2 Yes 147 TRUE 1383_G_1 1383 1 1 1383_B_R1 Yes 137 TRUE 1384_G_1 1384 1 1 1384_B_1 Yes 138 TRUE 1384_G_2 1384 2 1 1384_B_2 Yes 184 TRUE 1385_G_1 1385 1 1 1385_B_1 Yes 49 TRUE 1385_G_2 1385 2 1 1385_B_2 Yes 49 TRUE 1385_G_3 1385 3 1 1385_B_3 Yes 120 TRUE 1385_G_4 1385 4 1 1385_B_4 Yes 120 TRUE 1394_G_1 1394 1 1 1394_B_1 Yes 169 TRUE 1394_G_2 1394 2 1 1394_B_2 Yes 211 TRUE 1394_G_3 1394 3 1 1394_B_3 Yes 511 TRUE 1394_G_4 1394 4 1 1394_B_4 Yes 512 TRUE 1394_G_5 1394 5 1 1394_B_5 Yes 600 TRUE 1400_G_1 1400 1 1 1400_B_1 Yes 47 TRUE 1400_G_2 1400 2 1 1400_B_2 Yes 58 TRUE 1400_G_3 1400 3 1 1400_B_3 Yes 299 TRUE 1402_G_1 1402 1 1 1402_B_1 Yes 321 TRUE 1402_G_2 1402 2 1 1402_B_2 Yes 477 TRUE 1402_G_3 1402 3 1 1402_B_3 Yes 595 TRUE 1403_G_1 1403 1 1 1403_B_1 Yes 109 TRUE 1403_G_2 1403 2 1 1403_B_2 Yes 147 TRUE 1403_G_3 1403 3 1 1403_B_3 Yes 170 TRUE 1403_G_5 1403 5 1 1403_B_5 Yes 897 TRUE 1403_G_6(4) 1403 6(4) 1 1403_B_4 Yes 897 TRUE 1404_G_6 1404 6 1 1404_B_10 Yes 245 TRUE 1404_G_7C 1404 7C Yes 1 1404_B_7AB 138 TRUE 1407_G_3 1407 3 1 1407_B_3 Yes 78 TRUE 1407_G_4 1407 4 1 1407_B_4 134 TRUE 1409_G_1 1409 1 1 1409_B_1 Yes 167 TRUE 1409_G_2 1409 2 1 1409_B_2 Yes 318 TRUE 1409_G_3 1409 3 1 1409_B_3 Yes 673 TRUE 1416_G_5 1416 5 1 1416_B_5A Yes 156 FALSE 1417_G_1 1417 1 1 1417_B_1 Yes 78 TRUE

2005EIA767_Gen_InScope 480 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 1417_G_2 1417 2 1 1417_B_2 Yes 78 TRUE 1417_G_3 1417 3 1 1417_B_3 Yes 130 TRUE 1417_G_4 1417 4 1 1417_B_4 Yes 130 TRUE 1448_G_10 1448 10 1 1448_B_10 Yes 38 FALSE 1448_G_11 1448 11 1 1448_B_11 Yes 91 FALSE 1448_G_12 1448 12 1 1448_B_12 Yes 121 FALSE 1507_G_1 1507 1 1 1507_B_1 Yes 74 TRUE 1507_G_2 1507 2 1 1507_B_2 Yes 74 TRUE 1507_G_3 1507 3 1 1507_B_3 Yes 107 TRUE 1507_G_4 1507 4 1 1507_B_4 Yes 510 TRUE 1552_G_1 1552 1 1 1552_B_1 Yes 374 TRUE 1552_G_2 1552 2 1 1552_B_2 Yes 374 TRUE 1554_G_1 1554 1 1 1554_B_1 Yes 172 TRUE 1554_G_2 1554 2 1 1554_B_2 Yes 172 TRUE 1554_G_3 1554 3 1 1554_B_3 Yes 390 TRUE 1554_G_4 1554 4 1 1554_B_4 Yes 798 TRUE 1559_G_4 1559 4 1 1559_B_4 Yes 7 TRUE 1564_G_8 1564 8 1 1564_B_8 Yes 147 FALSE 1570_G_11 1570 11 1 1570_B_11 Yes 97 TRUE 1570_G_9 1570 9 1 1570_B_9 Yes 66 TRUE 1571_G_3 1571 3 1 1571_B_3 Yes 580 TRUE 1571_G_4 1571 4 1 1571_B_4 Yes 580 TRUE 1571_G_ST1 1571 ST1 1 1571_B_1 Yes 550 TRUE 1571_G_ST2 1571 ST2 1 1571_B_2 Yes 550 TRUE 1572_G_2 1572 2 1 1572_B_2 Yes 212 TRUE 1572_G_3 1572 3 1 1572_B_3 Yes 212 TRUE 1572_G_ST1 1572 ST1 1 1572_B_1 Yes 212 TRUE 1573_G_ST1 1573 ST1 1 1573_B_1 Yes 1116 TRUE 1573_G_ST2 1573 ST2 1 1573_B_2 Yes 1116 TRUE 1588_G_7 1588 7 1 1588_B_7 Yes 646 FALSE 1588_G_ST85 1588 ST85 Yes 2 FALSE 1588_G_ST96 1588 ST96 Yes 2 FALSE 1589_G_1 1589 1 1 1589_B_1 399 FALSE 1595_G_1 1595 1 Yes 4 122 TRUE 1595_G_2 1595 2 Yes 4 122 TRUE 1595_G_3 1595 3 Yes 4 122 TRUE 1599_G_1 1599 1 1 1599_B_1 Yes 350 TRUE 1599_G_2 1599 2 1 1599_B_2 Yes 404 TRUE 1606_G_1 1606 1 1 1606_B_1 Yes 207 TRUE 1613_G_5 1613 5 1 1613_B_7 92 FALSE 1613_G_6 1613 6 1 1613_B_8 127 FALSE 1619_G_1 1619 1 1 1619_B_1 Yes 390 FALSE

2005EIA767_Gen_InScope 481 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 1619_G_2 1619 2 1 1619_B_2 Yes 390 FALSE 1619_G_3 1619 3 1 1619_B_3 Yes 624 FALSE 1619_G_4 1619 4 1 1619_B_4 Yes 580 FALSE 1626_G_1 1626 1 1 1626_B_1 Yes 191 TRUE 1626_G_2 1626 2 1 1626_B_2 Yes 191 TRUE 1626_G_3 1626 3 1 1626_B_3 Yes 203 TRUE 1626_G_4 1626 4 1 1626_B_4 Yes 352 TRUE 1682_G_8 1682 8 1 1682_B_8 Yes 56 FALSE 1682_G_CA9 1682 CA9 Yes 1 1682_B_9 89 FALSE 1695_G_1 1695 1 3 122 TRUE 1695_G_2 1695 2 3 122 TRUE 1695_G_3 1695 3 3 122 TRUE 1695_G_4 1695 4 1 1695_B_4 Yes 267 TRUE 1695_G_5 1695 5 1 1695_B_5 Yes 267 TRUE 1702_G_1A 1702 1A 1 1702_B_1 Yes 334 TRUE 1702_G_1B 1702 1B 1 1702_B_1 Yes 334 TRUE 1702_G_2A 1702 2A 1 1702_B_2 Yes 334 TRUE 1702_G_2B 1702 2B 1 1702_B_2 Yes 334 TRUE 1702_G_3 1702 3 1 1702_B_3 Yes 334 TRUE 1702_G_4 1702 4 1 1702_B_4 Yes 334 TRUE 1710_G_1 1710 1 1 1710_B_1 Yes 267 TRUE 1710_G_2 1710 2 1 1710_B_2 Yes 401 TRUE 1710_G_3 1710 3 1 1710_B_3 Yes 704 TRUE 1720_G_7 1720 7 1 1720_B_7 Yes 267 TRUE 1720_G_8 1720 8 1 1720_B_8 Yes 267 TRUE 1723_G_1 1723 1 1 1723_B_1 Yes 134 TRUE 1723_G_2 1723 2 1 1723_B_2 Yes 134 TRUE 1723_G_3 1723 3 1 1723_B_3 Yes 209 TRUE 1726_G_15 1726 15 4 165 TRUE 1726_G_16 1726 16 4 165 TRUE 1731_G_1 1731 1 1 1731_B_1 Yes 154 TRUE 1732_G_7 1732 7 4 145 TRUE 1732_G_8 1732 8 4 145 TRUE 1733_G_1 1733 1 1 1733_B_1 Yes 779 TRUE 1733_G_2 1733 2 1 1733_B_2 Yes 779 TRUE 1733_G_3 1733 3 1 1733_B_3 Yes 779 TRUE 1733_G_4 1733 4 1 1733_B_4 Yes 779 TRUE 1740_G_1 1740 1 1 1740_B_1 Yes 324 TRUE 1740_G_2 1740 2 1 1740_B_2 Yes 324 TRUE 1740_G_3 1740 3 1 1740_B_3 Yes 355 TRUE 1743_G_1 1743 1 1 1743_B_1 Yes 205 TRUE 1743_G_2 1743 2 1 1743_B_2 Yes 205 TRUE

2005EIA767_Gen_InScope 482 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 1743_G_3 1743 3 1 1743_B_3 Yes 205 TRUE 1743_G_4 1743 4 1 1743_B_4 Yes 205 TRUE 1743_G_6 1743 6 1 1743_B_6 Yes 354 TRUE 1743_G_7 1743 7 1 1743_B_7 Yes 480 TRUE 1745_G_7 1745 7 4 165 TRUE 1745_G_8 1745 8 4 165 TRUE 1745_G_9 1745 9 1 1745_B_9A Yes 468 TRUE 1769_G_1 1769 1 1 1769_B_1 30 FALSE 1769_G_2 1769 2 1 1769_B_2 41 FALSE 1769_G_3 1769 3 1 1769_B_3 Yes 50 FALSE 1769_G_4 1769 4 1 1769_B_4 Yes 50 FALSE 1769_G_5 1769 5 1 1769_B_5 Yes 95 FALSE 1769_G_6 1769 6 1 1769_B_6 Yes 95 FALSE 1769_G_7 1769 7 1 1769_B_7 Yes 95 FALSE 1769_G_8 1769 8 1 1769_B_8 Yes 95 FALSE 1769_G_9 1769 9 1 1769_B_9 Yes 95 FALSE 1771_G_1 1771 1 1 1771_B_1 Yes FALSE 1771_G_2 1771 2 1 1771_B_2 Yes FALSE 1822_G_5 1822 5 1 1822_B_5 Yes 102 TRUE 1822_G_6 1822 6 1 1822_B_6 Yes 107 TRUE 1822_G_7 1822 7 1 1822_B_7 Yes 98 TRUE 1825_G_3 1825 3 1 1825_B_3 Yes 93 TRUE 1830_G_3 1830 3 1 1830_B_3 Yes 27 TRUE 1830_G_4 1830 4 1 1830_B_4 Yes 45 TRUE 1830_G_5 1830 5 1 1830_B_5 Yes 52 TRUE 1831_G_1 1831 1 1 1831_B_1 Yes 67 TRUE 1831_G_2 1831 2 1 1831_B_2 Yes 67 TRUE 1831_G_3 1831 3 1 1831_B_3 Yes 67 TRUE 1831_G_4 1831 4 1 1831_B_4 Yes 82 TRUE 1831_G_5 1831 5 1 1831_B_5 Yes 82 TRUE 1831_G_6 1831 6 1 1831_B_6 Yes 82 TRUE 1832_G_1 1832 1 1 1832_B_1 Yes 148 FALSE 1843_G_1 1843 1 1 1843_B_1 27 TRUE 1843_G_2 1843 2 1 1843_B_2 Yes 34 TRUE 1843_G_3 1843 3 1 1843_B_3 Yes 77 TRUE 1866_G_4 1866 4 3 31 TRUE 1866_G_5 1866 5 3 46 TRUE 1866_G_6 1866 6 3 23 TRUE 1866_G_7 1866 7 3 73 TRUE 1888_G_1 1888 1 1 1888_B_1 Yes 29 FALSE 1888_G_2 1888 2 1 1888_B_2 29 FALSE 1888_G_3 1888 3 1 1888_B_3 Yes 89 FALSE

2005EIA767_Gen_InScope 483 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 1891_G_1 1891 1 1 1891_B_1 Yes 105 TRUE 1891_G_2 1891 2 1 1891_B_2 Yes 105 TRUE 1893_G_1 1893 1 1 1893_B_1 Yes 117 TRUE 1893_G_2 1893 2 1 1893_B_2 Yes 117 TRUE 1893_G_3 1893 3 1 1893_B_3 Yes 246 TRUE 1893_G_4 1893 4 1 1893_B_4 Yes 303 TRUE 1897_G_3 1897 3 2 90 TRUE 1897_G_4 1897 4 2 90 TRUE 1904_G_2 1904 2 Yes 1 1904_B_5 165 TRUE 1904_G_3 1904 3 1 1904_B_3 Yes 148 TRUE 1904_G_4 1904 4 1 1904_B_4 Yes 206 TRUE 1912_G_5 1912 5 1 1912_B_5 133 TRUE 1912_G_6 1912 6 1 1912_B_6 168 TRUE 1915_G_1 1915 1 1 1915_B_1 Yes 723 TRUE 1918_G_3 1918 3 1 1918_B_4 Yes FALSE 1926_G_1 1926 1 2 19 TRUE 1926_G_2 1926 2 2 19 TRUE 1927_G_8 1927 8 1 1927_B_8 248 TRUE 1927_G_ST7 1927 ST7 2 127 TRUE 1934_G_1 1934 1 2 26 TRUE 1934_G_2 1934 2 2 26 TRUE 1943_G_1 1943 1 1 1943_B_1 39 TRUE 1943_G_2 1943 2 1 1943_B_2 Yes 60 TRUE 1943_G_3 1943 3 1 1943_B_3 Yes 81 TRUE 1960_G_1 1960 1 3 FALSE 1960_G_2 1960 2 3 11 FALSE 1960_G_3 1960 3 3 7 FALSE 1960_G_4 1960 4 1 1960_B_1 Yes 26 FALSE 1973_G_3 1973 3 4 11 FALSE 1973_G_4 1973 4 4 13 FALSE 1973_G_5 1973 5 4 29 FALSE 2008_G_1 2008 1 1 2008_B_1 Yes 25 FALSE 2008_G_2 2008 2 1 2008_B_2 Yes 32 FALSE 2008_G_3 2008 3 1 2008_B_3 Yes 25 FALSE 2008_G_4 2008 4 1 2008_B_4 Yes 56 FALSE 2018_G_1A 2018 1A 3 FALSE 2018_G_5 2018 5 3 FALSE 2018_G_6 2018 6 3 FALSE 2039_G_1 2039 1 1 2039_B_1 Yes 31 TRUE 2039_G_2 2039 2 1 2039_B_2 Yes 31 TRUE 2039_G_3 2039 3 1 2039_B_3 Yes 16 TRUE 2046_G_1 2046 1 1 2046_B_1 Yes TRUE

2005EIA767_Gen_InScope 484 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 2046_G_2 2046 2 1 2046_B_2 Yes TRUE 2046_G_3 2046 3 1 2046_B_3 Yes TRUE 2049_G_1 2049 1 1 2049_B_1 Yes 142 TRUE 2049_G_2 2049 2 1 2049_B_2 Yes 142 TRUE 2049_G_3 2049 3 1 2049_B_3 Yes 172 TRUE 2049_G_4 2049 4 1 2049_B_4 Yes 271 TRUE 2049_G_5 2049 5 1 2049_B_5 Yes 383 TRUE 2050_G_1 2050 1 1 2050_B_1 Yes 375 TRUE 2050_G_2 2050 2 1 2050_B_2 Yes 544 TRUE 2051_G_1 2051 1 1 2051_B_1 Yes 154 FALSE 2051_G_2 2051 2 1 2051_B_2 Yes 154 FALSE 2053_G_1 2053 1 2 65 TRUE 2053_G_3 2053 3 1 2053_B_3 Yes 109 TRUE 2053_G_4 2053 4 1 2053_B_4 Yes 267 TRUE 2079_G_5 2079 5 1 2079_B_5A Yes 374 FALSE 2079_G_9 2079 9 Yes 1 2079_B_9 218 FALSE 2080_G_1 2080 1 1 2080_B_1 Yes 255 TRUE 2080_G_2 2080 2 1 2080_B_2 Yes 255 TRUE 2080_G_3 2080 3 1 2080_B_3 Yes 254 TRUE 2094_G_1 2094 1 1 2094_B_1 Yes 262 TRUE 2094_G_2 2094 2 1 2094_B_2 Yes 262 TRUE 2094_G_3 2094 3 1 2094_B_3 Yes 418 TRUE 2098_G_1 2098 1 4 48 FALSE 2098_G_2 2098 2 4 62 FALSE 2098_G_3 2098 3 5 45 FALSE 2098_G_4 2098 4 1 2098_B_6 Yes 115 FALSE 2103_G_1 2103 1 1 2103_B_1 Yes 419 TRUE 2103_G_2 2103 2 1 2103_B_2 Yes 419 TRUE 2103_G_3 2103 3 1 2103_B_3 Yes 419 TRUE 2103_G_4 2103 4 1 2103_B_4 Yes 419 TRUE 2104_G_1 2104 1 1 2104_B_1 Yes 178 TRUE 2104_G_2 2104 2 1 2104_B_2 Yes 178 TRUE 2104_G_3 2104 3 1 2104_B_3 Yes 258 TRUE 2104_G_4 2104 4 1 2104_B_4 Yes 314 TRUE 2107_G_1 2107 1 1 2107_B_1 Yes 438 TRUE 2107_G_2 2107 2 1 2107_B_2 Yes 438 TRUE 2161_G_1 2161 1 1 2161_B_1 Yes 44 TRUE 2161_G_2 2161 2 1 2161_B_2 Yes 44 TRUE 2161_G_3 2161 3 1 2161_B_3 Yes 86 TRUE 2161_G_4 2161 4 1 2161_B_4 Yes 111 TRUE 2161_G_5 2161 5 1 2161_B_5 Yes 167 TRUE 2167_G_1 2167 1 1 2167_B_1 Yes 570 TRUE

2005EIA767_Gen_InScope 485 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 2167_G_2 2167 2 1 2167_B_2 Yes 570 TRUE 2168_G_1 2168 1 1 2168_B_MB1 Yes 222 TRUE 2168_G_2 2168 2 1 2168_B_MB2 Yes 312 TRUE 2168_G_3 2168 3 1 2168_B_MB3 Yes 979 TRUE 2169_G_1 2169 1 1 2169_B_1 Yes 15 TRUE 2169_G_2 2169 2 1 2169_B_2 Yes 33 TRUE 2171_G_1 2171 1 1 2171_B_1 Yes 56 FALSE 2171_G_2 2171 2 1 2171_B_2 Yes 56 FALSE 2187_G_1 2187 1 1 2187_B_2 Yes 116 TRUE 2226_G_1 2226 1 1 2226_B_1 Yes 130 FALSE 2291_G_1 2291 1 1 2291_B_1 Yes 109 TRUE 2291_G_2 2291 2 1 2291_B_2 Yes 133 TRUE 2291_G_3 2291 3 1 2291_B_3 Yes 133 TRUE 2291_G_4 2291 4 1 2291_B_4 Yes 167 TRUE 2291_G_5 2291 5 1 2291_B_5 Yes 254 TRUE 2330_G_1 2330 1 1 2330_B_1 Yes 107 TRUE 2330_G_2 2330 2 1 2330_B_2 Yes 107 TRUE 2364_G_1 2364 1 1 2364_B_1 Yes 126 TRUE 2364_G_2 2364 2 1 2364_B_2 Yes 289 TRUE 2367_G_4 2367 4 1 2367_B_4 Yes 63 TRUE 2367_G_5 2367 5 1 2367_B_5 Yes 63 TRUE 2367_G_6 2367 6 1 2367_B_6 Yes 63 TRUE 2378_G_1 2378 1 1 2378_B_1 Yes 196 TRUE 2378_G_2 2378 2 1 2378_B_2 Yes 236 TRUE 2378_G_3 2378 3 1 2378_B_3 Yes 141 TRUE 2384_G_1 2384 1 1 2384_B_1 Yes 156 TRUE 2384_G_6 2384 6 1 2384_B_8 Yes 150 TRUE 2390_G_4 2390 4 0 150 FALSE 2390_G_5 2390 5 0 150 FALSE 2403_G_1 2403 1 1 2403_B_1 Yes 594 FALSE 2403_G_2 2403 2 1 2403_B_2 Yes 748 FALSE 2404_G_7 2404 7 1 2404_B_7 220 FALSE 2404_G_8 2404 8 1 2404_B_8 220 FALSE 2406_G_1 2406 1 2 298 FALSE 2406_G_2 2406 2 2 298 FALSE 2408_G_1 2408 1 1 2408_B_1 Yes 528 TRUE 2408_G_2 2408 2 1 2408_B_2 Yes 528 TRUE 2411_G_1 2411 1 1 2411_B_1 Yes 183 TRUE 2411_G_2 2411 2 1 2411_B_2 Yes 183 TRUE 2411_G_3 2411 3 1 2411_B_3 Yes 183 TRUE 2411_G_4 2411 4 1 2411_B_4 Yes 185 TRUE 2442_G_1 2442 1 1 2442_B_1 Yes 199 TRUE

2005EIA767_Gen_InScope 486 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 2442_G_2 2442 2 1 2442_B_2 Yes 199 TRUE 2442_G_3 2442 3 1 2442_B_3 Yes 270 TRUE 2442_G_4 2442 4 1 2442_B_4 Yes 911 TRUE 2442_G_5 2442 5 1 2442_B_5 Yes 911 TRUE 2451_G_1 2451 1 1 2451_B_1 Yes 329 FALSE 2451_G_2 2451 2 1 2451_B_2 Yes 320 FALSE 2451_G_3 2451 3 1 2451_B_3 Yes 410 FALSE 2451_G_4 2451 4 1 2451_B_4 Yes 410 FALSE 2465_G_3 2465 3 Yes 1 2465_B_3 21 FALSE 2465_G_ST4 2465 ST4 Yes 1 2465_B_4 34 FALSE 2480_G_1 2480 1 1 2480_B_1 Yes 94 TRUE 2480_G_2 2480 2 1 2480_B_2 Yes 94 TRUE 2480_G_3 2480 3 1 2480_B_3 Yes 183 TRUE 2480_G_4 2480 4 1 2480_B_4 Yes 334 TRUE 2491_G_6 2491 6 1 2491_B_001 Yes 1170 TRUE 2493_G_6 2493 6 1 2493_B_60 Yes 264 FALSE 2493_G_7 2493 7 1 2493_B_70 Yes 306 FALSE 2500_G_1 2500 1 1 2500_B_10 Yes 477 TRUE 2500_G_2 2500 2 1 2500_B_20 Yes 477 TRUE 2500_G_3 2500 3 1 2500_B_30 Yes 1195 TRUE 2502_G_6 2502 6 2 FALSE 2502_G_8 2502 8 1 2502_B_80 FALSE 2502_G_9 2502 9 1 2502_B_90 FALSE 2511_G_ST1 2511 ST1 1 2511_B_10 Yes 217 FALSE 2511_G_ST2 2511 ST2 1 2511_B_20 Yes 217 FALSE 2513_G_4 2513 4 1 2513_B_40 Yes 127 TRUE 2514_G_4 2514 4 1 2514_B_40 Yes 136 FALSE 2514_G_5 2514 5 1 2514_B_50 Yes 136 FALSE 2516_G_2 2516 2 1 2516_B_2 Yes 330 TRUE 2516_G_3 2516 3 1 2516_B_3 Yes 330 TRUE 2516_G_4 2516 4 1 2516_B_4 Yes 330 TRUE 2516_G_ST1 2516 ST1 1 2516_B_1 Yes 330 TRUE 2517_G_2 2517 2 1 2517_B_2 89 FALSE 2517_G_3 2517 3 1 2517_B_3 Yes 227 FALSE 2517_G_4 2517 4 1 2517_B_4 Yes 227 FALSE 2517_G_ST1 2517 ST1 1 2517_B_1 89 FALSE 2526_G_7 2526 7 2 59 TRUE 2526_G_8 2526 8 1 2526_B_13 Yes 91 TRUE 2529_G_1 2529 1 2 FALSE 2529_G_2 2529 2 2 FALSE 2535_G_1 2535 1 1 2535_B_1 Yes 188 TRUE 2535_G_2 2535 2 1 2535_B_2 Yes 188 TRUE

2005EIA767_Gen_InScope 487 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 2539_G_1 2539 1 1 2539_B_1 196 FALSE 2539_G_2 2539 2 1 2539_B_2 196 FALSE 2539_G_3 2539 3 1 2539_B_3 196 FALSE 2539_G_4 2539 4 1 2539_B_4 196 FALSE 2549_G_63 2549 63 1 2549_B_63 186 TRUE 2549_G_64 2549 64 1 2549_B_64 186 TRUE 2549_G_65 2549 65 1 2549_B_65 192 TRUE 2549_G_66 2549 66 1 2549_B_66 192 TRUE 2549_G_67 2549 67 1 2549_B_67 Yes 268 TRUE 2549_G_S68 2549 S68 1 2549_B_68 Yes 268 TRUE 2554_G_1 2554 1 1 2554_B_1 Yes 178 TRUE 2554_G_2 2554 2 1 2554_B_2 Yes 178 TRUE 2554_G_3 2554 3 1 2554_B_3 Yes 268 TRUE 2554_G_ST4 2554 ST4 1 2554_B_4 Yes 268 TRUE 2594_G_ST5 2594 ST5 1 2594_B_5 Yes 548 FALSE 2594_G_ST6 2594 ST6 1 2594_B_6 Yes 548 FALSE 2625_G_1 2625 1 1 2625_B_1 Yes 856 TRUE 2625_G_2 2625 2 1 2625_B_2 Yes 856 TRUE 2629_G_3 2629 3 1 2629_B_3 94 FALSE 2629_G_4 2629 4 1 2629_B_4 232 FALSE 2629_G_5 2629 5 1 2629_B_5 267 FALSE 2642_G_1 2642 1 1 2642_B_1 Yes 54 TRUE 2642_G_2 2642 2 1 2642_B_2 Yes 64 TRUE 2642_G_3 2642 3 1 2642_B_3 Yes 64 TRUE 2642_G_4 2642 4 1 2642_B_4 Yes 72 TRUE 2706_G_1 2706 1 1 2706_B_1 Yes 200 TRUE 2706_G_2 2706 2 1 2706_B_2 Yes 256 TRUE 2708_G_5 2708 5 1 2708_B_5 Yes 181 FALSE 2708_G_6 2708 6 1 2708_B_6 Yes 214 FALSE 2709_G_1 2709 1 1 2709_B_1 Yes 133 TRUE 2709_G_2 2709 2 1 2709_B_2 Yes 133 TRUE 2709_G_3 2709 3 1 2709_B_3 Yes 239 TRUE 2712_G_1 2712 1 1 2712_B_1 Yes 368 TRUE 2712_G_2 2712 2 1 2712_B_2 Yes 502 TRUE 2712_G_3 2712 3 2 712 TRUE 2712_G_4 2712 4 2 713 TRUE 2713_G_1 2713 1 1 2713_B_1 Yes 134 TRUE 2713_G_2 2713 2 1 2713_B_2 Yes 136 TRUE 2713_G_3 2713 3 1 2713_B_3 Yes 594 TRUE 2716_G_1 2716 1 1 2716_B_1 Yes 82 FALSE 2716_G_2 2716 2 1 2716_B_2 Yes 82 FALSE 2716_G_3 2716 3 1 2716_B_3 Yes 105 FALSE

2005EIA767_Gen_InScope 488 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 2718_G_1 2718 1 1 2718_B_1 Yes 186 TRUE 2718_G_2 2718 2 1 2718_B_2 Yes 186 TRUE 2718_G_3 2718 3 1 2718_B_3 Yes 281 TRUE 2718_G_4 2718 4 1 2718_B_4 Yes 281 TRUE 2718_G_5 2718 5 1 2718_B_5 Yes 281 TRUE 2720_G_3 2720 3 2 158 FALSE 2720_G_4 2720 4 1 2720_B_7 Yes 82 FALSE 2720_G_5 2720 5 1 2720_B_8 Yes 185 FALSE 2720_G_6 2720 6 1 2720_B_9 Yes 185 FALSE 2721_G_1 2721 1 1 2721_B_1 82 TRUE 2721_G_2 2721 2 1 2721_B_2 82 TRUE 2721_G_3 2721 3 1 2721_B_3 121 TRUE 2721_G_4 2721 4 1 2721_B_4 121 TRUE 2721_G_5 2721 5 1 2721_B_5 Yes 541 TRUE 2723_G_1 2723 1 1 2723_B_1 Yes 125 TRUE 2723_G_2 2723 2 1 2723_B_2 Yes 125 TRUE 2723_G_3 2723 3 1 2723_B_3 Yes 183 TRUE 2727_G_1 2727 1 1 2727_B_1 Yes 370 TRUE 2727_G_2 2727 2 1 2727_B_2 Yes 370 TRUE 2727_G_3 2727 3 1 2727_B_3 Yes 709 TRUE 2727_G_4 2727 4 1 2727_B_4 Yes 709 TRUE 2732_G_4 2732 4 1 2732_B_7 Yes 149 TRUE 2732_G_5 2732 5 1 2732_B_8 Yes 149 TRUE 2732_G_6 2732 6 1 2732_B_9 Yes 172 TRUE 2732_G_7 2732 7 1 2732_B_10 Yes 172 TRUE 2790_G_1 2790 1 1 2790_B_B1 Yes 31 TRUE 2790_G_2 2790 2 1 2790_B_B2 Yes 68 TRUE 2817_G_1 2817 1 1 2817_B_1 Yes 163 TRUE 2817_G_2 2817 2 1 2817_B_2 Yes 348 TRUE 2823_G_1 2823 1 1 2823_B_B1 Yes 263 TRUE 2823_G_2 2823 2 1 2823_B_B2 Yes 557 TRUE 2824_G_1 2824 1 2 218 TRUE 2828_G_1 2828 1 1 2828_B_1 Yes 810 TRUE 2828_G_2 2828 2 1 2828_B_2 Yes 810 TRUE 2828_G_3 2828 3 1 2828_B_3 Yes 563 TRUE 2830_G_1 2830 1 1 2830_B_1 Yes 108 TRUE 2830_G_2 2830 2 1 2830_B_2 Yes 124 TRUE 2830_G_3 2830 3 1 2830_B_3 Yes 147 TRUE 2830_G_4 2830 4 1 2830_B_4 Yes 169 TRUE 2830_G_5 2830 5 1 2830_B_5 Yes 240 TRUE 2830_G_6 2830 6 1 2830_B_6 Yes 358 TRUE 2832_G_5 2832 5 2 154 TRUE

2005EIA767_Gen_InScope 489 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 2832_G_6 2832 6 1 2832_B_6 Yes 200 TRUE 2832_G_7 2832 7 1 2832_B_7 Yes 429 TRUE 2832_G_8 2832 8 1 2832_B_8 Yes 429 TRUE 2835_G_5 2835 5 1 2835_B_7 Yes 374 TRUE 2835_G_6 2835 6 3 66 TRUE 2835_G_7 2835 7 3 66 TRUE 2835_G_8 2835 8 3 66 TRUE 2835_G_9 2835 9 3 66 TRUE 2836_G_7 2836 7 1 2836_B_10 Yes 231 FALSE 2836_G_9 2836 9 1 2836_B_12 Yes 726 FALSE 2837_G_1 2837 1 1 2837_B_1 Yes 231 TRUE 2837_G_2 2837 2 1 2837_B_2 Yes 231 TRUE 2837_G_3 2837 3 1 2837_B_3 Yes 231 TRUE 2837_G_4 2837 4 1 2837_B_4 Yes 374 TRUE 2837_G_5 2837 5 1 2837_B_5 Yes 726 TRUE 2838_G_18 2838 18 1 2838_B_18 Yes 330 TRUE 2840_G_1 2840 1 1 2840_B_1 155 TRUE 2840_G_2 2840 2 1 2840_B_2 155 TRUE 2840_G_3 2840 3 1 2840_B_3 155 TRUE 2840_G_4 2840 4 1 2840_B_4 Yes 635 TRUE 2840_G_5 2840 5 1 2840_B_5 Yes 357 TRUE 2840_G_6 2840 6 1 2840_B_6 Yes 357 TRUE 2843_G_5 2843 5 1 2843_B_9 Yes 155 TRUE 2848_G_1 2848 1 1 2848_B_H-1 Yes 97 FALSE 2848_G_2 2848 2 1 2848_B_H-2 Yes 97 FALSE 2848_G_3 2848 3 1 2848_B_H-3 Yes 97 FALSE 2848_G_4 2848 4 1 2848_B_H-4 Yes 97 FALSE 2848_G_5 2848 5 1 2848_B_H-5 Yes 97 FALSE 2848_G_6 2848 6 1 2848_B_H-6 Yes 97 FALSE 2850_G_1 2850 1 1 2850_B_1 Yes 481 TRUE 2850_G_2 2850 2 1 2850_B_2 Yes 481 TRUE 2850_G_3 2850 3 1 2850_B_3 Yes 481 TRUE 2850_G_4 2850 4 1 2850_B_4 Yes 481 TRUE 2861_G_1 2861 1 1 2861_B_1 Yes 156 TRUE 2861_G_2 2861 2 1 2861_B_2 Yes 156 TRUE 2864_G_3 2864 3 2 171 TRUE 2864_G_4 2864 4 1 2864_B_7 Yes 164 TRUE 2864_G_5 2864 5 1 2864_B_8 Yes 164 TRUE 2866_G_1 2866 1 1 2866_B_1 Yes 212 TRUE 2866_G_2 2866 2 1 2866_B_2 Yes 212 TRUE 2866_G_3 2866 3 1 2866_B_3 Yes 212 TRUE 2866_G_4 2866 4 1 2866_B_4 Yes 212 TRUE

2005EIA767_Gen_InScope 490 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 2866_G_5 2866 5 1 2866_B_5 Yes 403 TRUE 2866_G_6 2866 6 1 2866_B_6 Yes 677 TRUE 2866_G_7 2866 7 1 2866_B_7 Yes 862 TRUE 2872_G_1 2872 1 1 2872_B_1 Yes 304 TRUE 2872_G_2 2872 2 1 2872_B_2 Yes 304 TRUE 2872_G_3 2872 3 1 2872_B_3 Yes 339 TRUE 2872_G_4 2872 4 1 2872_B_4 Yes 339 TRUE 2872_G_5 2872 5 1 2872_B_5 Yes 468 TRUE 2876_G_1 2876 1 1 2876_B_1 Yes 339 TRUE 2876_G_2 2876 2 1 2876_B_2 Yes 339 TRUE 2876_G_3 2876 3 1 2876_B_3 Yes 339 TRUE 2876_G_4 2876 4 1 2876_B_4 Yes 339 TRUE 2876_G_5 2876 5 1 2876_B_5 Yes 339 TRUE 2878_G_1 2878 1 1 2878_B_1 Yes 285 TRUE 2878_G_2 2878 2 1 2878_B_2 Yes 285 TRUE 2878_G_3 2878 3 1 2878_B_3 Yes 285 TRUE 2878_G_4 2878 4 1 2878_B_4 Yes 294 TRUE 2914_G_4 2914 4 1 2914_B_4 Yes 27 FALSE 2917_G_5 2917 5 4 29 FALSE 2917_G_7 2917 7 2 50 FALSE 2917_G_8 2917 8 2 51 FALSE 2917_G_9 2917 9 1 2917_B_9 Yes 96 FALSE 2937_G_10 2937 10 2 TRUE 2937_G_3 2937 3 2 TRUE 2937_G_4 2937 4 2 TRUE 2937_G_6 2937 6 2 TRUE 2937_G_7 2937 7 1 2937_B_6 Yes TRUE 2942_G_5 2942 5 1 2942_B_5 Yes 15 FALSE 2942_G_6 2942 6 1 2942_B_6 Yes 19 FALSE 2951_G_6 2951 6 1 2951_B_6 Yes 296 TRUE 2951_G_8 2951 8 1 2951_B_8 Yes 439 TRUE 2951_G_ST7 2951 ST7 Yes 1 2951_B_7 341 TRUE 2952_G_3 2952 3 1 2952_B_3 Yes 159 TRUE 2952_G_4 2952 4 1 2952_B_4 Yes 468 TRUE 2952_G_5 2952 5 1 2952_B_5 Yes 468 TRUE 2952_G_6 2952 6 1 2952_B_6 Yes 470 TRUE 2953_G_1 2953 1 1 2953_B_1 Yes 100 FALSE 2953_G_2 2953 2 1 2953_B_2 Yes 100 FALSE 2953_G_3 2953 3 1 2953_B_3 Yes 149 FALSE 2953_G_4 2953 4 1 2953_B_4 Yes 218 FALSE 2956_G_1 2956 1 1 2956_B_1 Yes 707 FALSE 2956_G_2 2956 2 1 2956_B_2 Yes 707 FALSE

2005EIA767_Gen_InScope 491 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 2956_G_3 2956 3 1 2956_B_3 Yes 707 FALSE 2964_G_1 2964 1 2 134 FALSE 2964_G_2 2964 2 1 2964_B_8002 Yes 134 FALSE 2964_G_3 2964 3 1 2964_B_8003 Yes 281 FALSE 2965_G_2 2965 2 1 2965_B_1402 Yes 271 FALSE 2965_G_3 2965 3 1 2965_B_1403 Yes 107 FALSE 2965_G_4 2965 4 1 2965_B_1404 Yes 271 FALSE 3000_G_1 3000 1 2 27 TRUE 3000_G_2 3000 2 2 32 TRUE 3098_G_1 3098 1 1 3098_B_1 Yes 200 TRUE 3098_G_2 3098 2 1 3098_B_2 Yes 200 TRUE 3098_G_3 3098 3 1 3098_B_3 Yes 200 TRUE 3098_G_4 3098 4 1 3098_B_4 Yes 185 TRUE 3113_G_1 3113 1 1 3113_B_1 Yes 211 TRUE 3113_G_2 3113 2 1 3113_B_2 Yes 256 TRUE 3115_G_1 3115 1 1 3115_B_1 Yes 84 TRUE 3115_G_2 3115 2 1 3115_B_2 Yes 84 TRUE 3115_G_3 3115 3 1 3115_B_3 Yes 84 TRUE 3118_G_1 3118 1 1 3118_B_1 Yes 625 FALSE 3118_G_2 3118 2 1 3118_B_2 Yes 625 FALSE 3122_G_1 3122 1 1 3122_B_1 Yes 397 FALSE 3122_G_2 3122 2 1 3122_B_2 Yes 397 FALSE 3122_G_3 3122 3 1 3122_B_3 Yes 432 FALSE 3130_G_FB1 3130 FB1 2 520 TRUE 3131_G_1 3131 1 1 3131_B_1 Yes 152 TRUE 3131_G_2 3131 2 1 3131_B_2 Yes 152 TRUE 3131_G_3 3131 3 1 3131_B_3 Yes 193 TRUE 3131_G_4 3131 4 1 3131_B_4 Yes 193 TRUE 3136_G_1 3136 1 1 3136_B_1 Yes 625 FALSE 3136_G_2 3136 2 1 3136_B_2 Yes 625 FALSE 3138_G_3 3138 3 1 3138_B_3 Yes 134 TRUE 3138_G_4 3138 4 1 3138_B_4 Yes 134 TRUE 3138_G_5 3138 5 1 3138_B_5 Yes 167 TRUE 3140_G_1 3140 1 1 3140_B_1 Yes 222 TRUE 3140_G_2 3140 2 1 3140_B_2 Yes 250 TRUE 3140_G_3 3140 3 1 3140_B_3 Yes 617 TRUE 3148_G_1 3148 1 1 3148_B_1 120 FALSE 3148_G_2 3148 2 1 3148_B_2 120 FALSE 3148_G_3 3148 3 1 3148_B_3 Yes 602 FALSE 3148_G_4 3148 4 1 3148_B_4 Yes 602 FALSE 3149_G_1 3149 1 1 3149_B_1 Yes 500 TRUE 3149_G_11 3149 11 1 3149_B_1 Yes 48 TRUE

2005EIA767_Gen_InScope 492 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 3149_G_2 3149 2 1 3149_B_2 Yes 500 TRUE 3152_G_1 3152 1 5 96 TRUE 3152_G_2 3152 2 5 96 TRUE 3152_G_3 3152 3 5 128 TRUE 3152_G_4 3152 4 1 3152_B_4 Yes 138 TRUE 3159_G_1 3159 1 3 220 TRUE 3159_G_2 3159 2 1 3159_B_2 Yes 270 TRUE 3160_G_7 3160 7 0 190 FALSE 3160_G_8 3160 8 0 190 FALSE 3161_G_1 3161 1 1 3161_B_1 Yes 445 TRUE 3161_G_2 3161 2 1 3161_B_2 Yes 445 TRUE 3161_G_3 3161 3 1 3161_B_3 Yes 612 TRUE 3161_G_4 3161 4 1 3161_B_4 Yes 612 TRUE 3169_G_1 3169 1 1 3169_B_1 Yes 218 TRUE 3176_G_3 3176 3 1 3176_B_6 76 FALSE 3178_G_1 3178 1 1 3178_B_1 Yes 138 TRUE 3178_G_2 3178 2 1 3178_B_2 Yes 138 TRUE 3179_G_1 3179 1 1 3179_B_1 Yes 601 FALSE 3179_G_2 3179 2 1 3179_B_2 Yes 601 FALSE 3179_G_3 3179 3 1 3179_B_3 Yes 601 FALSE 3181_G_2 3181 2 3 189 FALSE 3181_G_3 3181 3 1 3181_B_33 Yes 270 FALSE 3251_G_1 3251 1 1 3251_B_1 Yes 179 TRUE 3264_G_1 3264 1 1 3264_B_1 Yes 149 TRUE 3264_G_2 3264 2 1 3264_B_2 Yes 149 TRUE 3264_G_3 3264 3 1 3264_B_3 Yes 196 TRUE 3280_G_1 3280 1 1 3280_B_CAN1 Yes 134 TRUE 3280_G_2 3280 2 1 3280_B_CAN2 Yes 134 TRUE 3280_G_3 3280 3 1 3280_B_CAN3 Yes 232 TRUE 3287_G_1 3287 1 1 3287_B_MCM1 Yes 126 FALSE 3287_G_2 3287 2 1 3287_B_MCM2 Yes 126 FALSE 3295_G_3 3295 3 1 3295_B_URQ3 Yes 117 TRUE 3297_G_1 3297 1 1 3297_B_WAT1 Yes 332 TRUE 3297_G_2 3297 2 1 3297_B_WAT2 Yes 332 TRUE 3298_G_ST1 3298 ST1 1 3298_B_WIL1 Yes 716 TRUE 3317_G_1 3317 1 1 3317_B_1 Yes 90 TRUE 3317_G_2 3317 2 1 3317_B_2 Yes 90 TRUE 3319_G_1 3319 1 1 3319_B_1 Yes 110 FALSE 3319_G_2 3319 2 1 3319_B_2 Yes 110 FALSE 3319_G_3 3319 3 1 3319_B_3 Yes 180 FALSE 3319_G_4 3319 4 1 3319_B_4 Yes 180 FALSE 3393_G_1 3393 1 1 3393_B_1 Yes 256 TRUE

2005EIA767_Gen_InScope 493 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 3393_G_2 3393 2 1 3393_B_2 Yes 256 TRUE 3393_G_3 3393 3 1 3393_B_3 Yes 256 TRUE 3396_G_1 3396 1 1 3396_B_1 Yes 886 TRUE 3399_G_1 3399 1 1 3399_B_1 Yes 1800 TRUE 3399_G_2 3399 2 1 3399_B_2 Yes 1800 TRUE 3403_G_1 3403 1 1 3403_B_1 Yes 321 TRUE 3403_G_2 3403 2 1 3403_B_2 Yes 321 TRUE 3403_G_3 3403 3 1 3403_B_3 Yes 321 TRUE 3403_G_4 3403 4 1 3403_B_4 Yes 321 TRUE 3405_G_1 3405 1 1 3405_B_1 Yes 253 TRUE 3405_G_2 3405 2 1 3405_B_2 Yes 253 TRUE 3405_G_3 3405 3 1 3405_B_3 Yes 253 TRUE 3405_G_4 3405 4 1 3405_B_4 Yes 253 TRUE 3406_G_1 3406 1 1 3406_B_1 Yes 235 TRUE 3406_G_10 3406 10 1 3406_B_10 Yes 221 TRUE 3406_G_2 3406 2 1 3406_B_2 Yes 235 TRUE 3406_G_3 3406 3 1 3406_B_3 Yes 235 TRUE 3406_G_4 3406 4 1 3406_B_4 Yes 235 TRUE 3406_G_5 3406 5 1 3406_B_5 Yes 235 TRUE 3406_G_6 3406 6 1 3406_B_6 Yes 235 TRUE 3406_G_7 3406 7 1 3406_B_7 Yes 221 TRUE 3406_G_8 3406 8 1 3406_B_8 Yes 221 TRUE 3406_G_9 3406 9 1 3406_B_9 Yes 221 TRUE 3407_G_1 3407 1 1 3407_B_1 Yes 201 TRUE 3407_G_2 3407 2 1 3407_B_2 Yes 201 TRUE 3407_G_3 3407 3 1 3407_B_3 Yes 201 TRUE 3407_G_4 3407 4 1 3407_B_4 Yes 201 TRUE 3407_G_5 3407 5 1 3407_B_5 Yes 271 TRUE 3407_G_6 3407 6 1 3407_B_6 Yes 271 TRUE 3407_G_7 3407 7 1 3407_B_7 Yes 271 TRUE 3407_G_8 3407 8 1 3407_B_8 Yes 271 TRUE 3407_G_9 3407 9 1 3407_B_9 Yes 271 TRUE 3438_G_1 3438 1 1 3438_B_1 Yes 129 FALSE 3438_G_2 3438 2 1 3438_B_2 Yes 139 FALSE 3439_G_1 3439 1 1 3439_B_1 Yes 60 FALSE 3439_G_2 3439 2 1 3439_B_2 Yes 60 FALSE 3439_G_3 3439 3 1 3439_B_3 Yes 114 FALSE 3441_G_5 3441 5 1 3441_B_5 63 FALSE 3441_G_6 3441 6 1 3441_B_6 223 FALSE 3441_G_7 3441 7 1 3441_B_7 463 FALSE 3442_G_4 3442 4 1 3442_B_5 Yes 55 FALSE 3442_G_5 3442 5 1 3442_B_6 Yes 55 FALSE

2005EIA767_Gen_InScope 494 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 3442_G_6 3442 6 1 3442_B_7 Yes 213 FALSE 3443_G_4 3443 4 1 3443_B_6 129 FALSE 3443_G_5 3443 5 1 3443_B_7 156 FALSE 3443_G_6 3443 6 1 3443_B_8 272 FALSE 3452_G_1 3452 1 1 3452_B_1 Yes 496 FALSE 3452_G_2 3452 2 1 3452_B_2 Yes 713 FALSE 3453_G_2 3453 2 1 3453_B_2 Yes 107 TRUE 3453_G_3 3453 3 1 3453_B_3A Yes 206 TRUE 3453_G_6 3453 6 1 3453_B_6 Yes 245 TRUE 3453_G_7 3453 7 1 3453_B_7 Yes 245 TRUE 3453_G_8 3453 8 1 3453_B_8 Yes 568 TRUE 3454_G_1 3454 1 1 3454_B_1 Yes 254 TRUE 3454_G_2 3454 2 1 3454_B_2 Yes 263 TRUE 3454_G_3 3454 3 1 3454_B_3 Yes 386 TRUE 3455_G_1 3455 1 0 124 FALSE 3455_G_2 3455 2 0 154 FALSE 3455_G_3 3455 3 0 154 FALSE 3457_G_1 3457 1 1 3457_B_1 Yes 399 FALSE 3457_G_2 3457 2 1 3457_B_2 Yes 399 FALSE 3459_G_1 3459 1 1 3459_B_1 Yes 374 TRUE 3459_G_2 3459 2 1 3459_B_2 Yes 374 TRUE 3459_G_3 3459 3 1 3459_B_3 Yes 562 TRUE 3459_G_4 3459 4 1 3459_B_4 Yes 636 TRUE 3459_G_5 3459 5 1 3459_B_5 Yes 568 TRUE 3460_G_1 3460 1 1 3460_B_CBY1 Yes 753 FALSE 3460_G_2 3460 2 1 3460_B_CBY2 Yes 753 FALSE 3460_G_3 3460 3 1 3460_B_CBY3 753 FALSE 3461_G_7 3461 7 1 3461_B_DWP9 97 FALSE 3464_G_5 3464 5 1 3464_B_GBY5 Yes 251 FALSE 3466_G_1 3466 1 1 3466_B_PHR1 Yes 544 TRUE 3466_G_2 3466 2 1 3466_B_PHR2 Yes 544 TRUE 3466_G_3 3466 3 1 3466_B_PHR3 655 TRUE 3466_G_4 3466 4 1 3466_B_PHR4 Yes 865 TRUE 3468_G_3 3468 3 1 3468_B_SRB3 Yes 314 TRUE 3468_G_4 3468 4 1 3468_B_SRB4 Yes 314 TRUE 3468_G_ST1 3468 ST1 1 3468_B_SRB1 Yes 258 TRUE 3468_G_ST2 3468 ST2 1 3468_B_SRB2 Yes 256 TRUE 3470_G_1 3470 1 1 3470_B_WAP1 Yes 258 TRUE 3470_G_2 3470 2 1 3470_B_WAP2 Yes 258 TRUE 3470_G_3 3470 3 1 3470_B_WAP3 Yes 405 TRUE 3470_G_4 3470 4 1 3470_B_WAP4 Yes 742 TRUE 3470_G_5 3470 5 1 3470_B_WAP5 Yes 714 TRUE

2005EIA767_Gen_InScope 495 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 3470_G_6 3470 6 1 3470_B_WAP6 Yes 714 TRUE 3470_G_7 3470 7 1 3470_B_WAP7 Yes 452 TRUE 3470_G_8 3470 8 1 3470_B_WAP8 Yes 466 TRUE 3471_G_3 3471 3 1 3471_B_WEB3 450 FALSE 3476_G_2 3476 2 1 3476_B_2 Yes 100 TRUE 3476_G_3 3476 3 1 3476_B_3 Yes 100 TRUE 3476_G_4 3476 4 1 3476_B_4 Yes 134 TRUE 3476_G_5 3476 5 1 3476_B_5 Yes 547 TRUE 3477_G_1 3477 1 1 3477_B_1 Yes 123 TRUE 3478_G_1 3478 1 1 3478_B_1 Yes 156 FALSE 3478_G_2 3478 2 1 3478_B_2 Yes 310 FALSE 3478_G_3 3478 3 1 3478_B_3 Yes 310 FALSE 3489_G_1 3489 1 1 3489_B_1 Yes 145 FALSE 3489_G_2 3489 2 1 3489_B_2 Yes 178 FALSE 3489_G_3 3489 3 1 3489_B_3 Yes 352 FALSE 3490_G_1 3490 1 1 3490_B_1 Yes 360 TRUE 3490_G_2 3490 2 1 3490_B_2 Yes 394 TRUE 3491_G_1 3491 1 2 83 TRUE 3491_G_2 3491 2 1 3491_B_2 Yes 160 TRUE 3491_G_3 3491 3 1 3491_B_3 Yes 512 TRUE 3491_G_4 3491 4 1 3491_B_4 Yes 579 TRUE 3491_G_5 3491 5 1 3491_B_5 Yes 579 TRUE 3492_G_5 3492 5 1 3492_B_5 Yes 312 TRUE 3492_G_6 3492 6 1 3492_B_6 Yes 535 TRUE 3493_G_4 3493 4 0 FALSE 3497_G_1 3497 1 1 3497_B_1 Yes 757 TRUE 3497_G_2 3497 2 1 3497_B_2 Yes 757 TRUE 3502_G_ST1 3502 ST1 1 3502_B_1 Yes 124 TRUE 3502_G_ST2 3502 ST2 1 3502_B_2 Yes 432 TRUE 3503_G_1 3503 1 0 307 FALSE 3504_G_ST1 3504 ST1 1 3504_B_1 Yes 257 TRUE 3504_G_ST2 3504 ST2 1 3504_B_2 Yes 611 TRUE 3506_G_1 3506 1 1 3506_B_1 Yes 580 FALSE 3506_G_2 3506 2 1 3506_B_2 Yes 935 FALSE 3507_G_6 3507 6 1 3507_B_9 Yes 442 TRUE 3508_G_1 3508 1 1 3508_B_1 Yes 238 FALSE 3508_G_2 3508 2 1 3508_B_2 Yes 585 FALSE 3508_G_3 3508 3 1 3508_B_3 Yes 472 FALSE 3521_G_1 3521 1 3 FALSE 3521_G_2 3521 2 1 3521_B_4 FALSE 3523_G_1 3523 1 1 3523_B_1 FALSE 3524_G_1 3524 1 1 3524_B_1 62 FALSE

2005EIA767_Gen_InScope 496 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 3524_G_2 3524 2 1 3524_B_2 62 FALSE 3524_G_3 3524 3 1 3524_B_3 58 FALSE 3524_G_4 3524 4 1 3524_B_4 120 FALSE 3527_G_2 3527 2 1 3527_B_2 174 FALSE 3548_G_1 3548 1 1 3548_B_1 Yes 517 TRUE 3548_G_2 3548 2 1 3548_B_2 Yes 526 TRUE 3549_G_1 3549 1 1 3549_B_1 145 FALSE 3549_G_2 3549 2 1 3549_B_2 145 FALSE 3549_G_3 3549 3 1 3549_B_3 310 FALSE 3549_G_4 3549 4 1 3549_B_4 312 FALSE 3576_G_1 3576 1 1 3576_B_CE1 Yes 134 FALSE 3576_G_2 3576 2 1 3576_B_BW2 Yes 156 FALSE 3576_G_3 3576 3 1 3576_B_BW3 Yes 240 FALSE 3601_G_1 3601 1 1 3601_B_1 Yes 276 FALSE 3601_G_2 3601 2 1 3601_B_2 Yes 223 FALSE 3601_G_3 3601 3 1 3601_B_3 Yes 475 FALSE 3611_G_1 3611 1 1 3611_B_1 Yes 504 FALSE 3611_G_2 3611 2 1 3611_B_2 Yes 504 FALSE 3612_G_1 3612 1 1 3612_B_1 Yes 444 TRUE 3612_G_2 3612 2 1 3612_B_2 Yes 444 TRUE 3612_G_3 3612 3 1 3612_B_3 Yes 503 TRUE 3627_G_1 3627 1 1 3627_B_1 Yes 38 TRUE 3627_G_2 3627 2 1 3627_B_2 Yes 38 TRUE 3627_G_3 3627 3 1 3627_B_3 Yes 72 TRUE 3628_G_1 3628 1 1 3628_B_1 Yes 114 FALSE 3628_G_2 3628 2 1 3628_B_2 Yes 178 FALSE 3628_G_3 3628 3 1 3628_B_3 Yes 321 FALSE 3631_G_3 3631 3 1 3631_B_3 Yes 50 TRUE 3644_G_1 3644 1 1 3644_B_1 Yes 87 FALSE 3644_G_2 3644 2 1 3644_B_2 Yes 129 FALSE 3648_G_1 3648 1 1 3648_B_1 Yes 156 FALSE 3648_G_2 3648 2 1 3648_B_2 Yes 156 FALSE 3648_G_3 3648 3 1 3648_B_3 Yes 183 FALSE 3775_G_1 3775 1 1 3775_B_1 Yes 220 FALSE 3775_G_2 3775 2 1 3775_B_2 Yes 220 FALSE 3775_G_3 3775 3 1 3775_B_3 Yes 220 FALSE 3776_G_5 3776 5 2 192 TRUE 3776_G_6 3776 6 1 3776_B_6 Yes 343 TRUE 3788_G_1 3788 1 1 3788_B_1 Yes 149 TRUE 3788_G_2 3788 2 1 3788_B_2 Yes 149 TRUE 3788_G_3 3788 3 1 3788_B_3 Yes 133 TRUE 3788_G_4 3788 4 1 3788_B_4 Yes 133 TRUE

2005EIA767_Gen_InScope 497 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 3788_G_5 3788 5 1 3788_B_5 Yes 133 TRUE 3796_G_3 3796 3 1 3796_B_3 Yes 91 TRUE 3796_G_4 3796 4 1 3796_B_4 Yes 169 TRUE 3797_G_3 3797 3 1 3797_B_3 Yes 138 TRUE 3797_G_4 3797 4 1 3797_B_4 Yes 178 TRUE 3797_G_5 3797 5 1 3797_B_5 Yes 325 TRUE 3797_G_6 3797 6 1 3797_B_6 Yes 669 TRUE 3803_G_3 3803 3 1 3803_B_3 Yes 223 TRUE 3803_G_ST1 3803 ST1 1 3803_B_1 Yes 126 TRUE 3803_G_ST2 3803 ST2 1 3803_B_2 Yes 126 TRUE 3803_G_ST4 3803 ST4 1 3803_B_4 Yes 320 TRUE 3804_G_3 3804 3 1 3804_B_3 Yes 126 TRUE 3804_G_4 3804 4 1 3804_B_4 Yes 221 TRUE 3804_G_5 3804 5 1 3804_B_5 Yes 668 TRUE 3809_G_1 3809 1 1 3809_B_1 Yes 223 TRUE 3809_G_2 3809 2 1 3809_B_2 Yes 223 TRUE 3809_G_3 3809 3 1 3809_B_3 Yes 1604 TRUE 3845_G_1 3845 1 1 3845_B_BW21 Yes 480 FALSE 3845_G_2 3845 2 1 3845_B_BW22 Yes 480 FALSE 3845_G_70 3845 70 Yes 4 127 FALSE 3935_G_1 3935 1 1 3935_B_1 Yes 519 TRUE 3935_G_2 3935 2 1 3935_B_2 Yes 519 TRUE 3935_G_3 3935 3 1 3935_B_3 Yes 1125 TRUE 3936_G_1 3936 1 1 3936_B_1 Yes 304 TRUE 3936_G_2 3936 2 1 3936_B_2 Yes 304 TRUE 3938_G_1 3938 1 1 3938_B_11 Yes 223 TRUE 3938_G_2 3938 2 1 3938_B_21 Yes 223 TRUE 3938_G_3 3938 3 1 3938_B_31 Yes 223 TRUE 3938_G_4 3938 4 1 3938_B_41 Yes 223 TRUE 3938_G_5 3938 5 1 3938_B_51 715 TRUE 3942_G_1 3942 1 1 3942_B_1 Yes 104 TRUE 3942_G_2 3942 2 1 3942_B_2 Yes 104 TRUE 3942_G_3 3942 3 1 3942_B_3 Yes 144 TRUE 3943_G_1 3943 1 1 3943_B_1 Yes 557 FALSE 3943_G_2 3943 2 1 3943_B_2 Yes 557 FALSE 3944_G_1 3944 1 1 3944_B_1 Yes 401 TRUE 3944_G_2 3944 2 1 3944_B_2 Yes 401 TRUE 3944_G_3 3944 3 1 3944_B_3 Yes 401 TRUE 3945_G_5 3945 5 1 3945_B_7 Yes 15 FALSE 3945_G_6 3945 6 1 3945_B_8 Yes 111 FALSE 3946_G_1 3946 1 1 3946_B_1 Yes 104 TRUE 3946_G_2 3946 2 1 3946_B_2 Yes 167 TRUE

2005EIA767_Gen_InScope 498 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 3947_G_1 3947 1 1 3947_B_1 Yes 339 TRUE 3947_G_2 3947 2 1 3947_B_2 Yes 339 TRUE 3947_G_3 3947 3 1 3947_B_3 Yes 339 TRUE 3948_G_1 3948 1 1 3948_B_1 Yes 519 FALSE 3948_G_2 3948 2 1 3948_B_2 Yes 519 FALSE 3954_G_1 3954 1 1 3954_B_1 Yes 563 TRUE 3954_G_2 3954 2 1 3954_B_2 Yes 563 TRUE 3954_G_3 3954 3 1 3954_B_3 Yes 608 TRUE 3982_G_4 3982 4 3 29 TRUE 3982_G_5 3982 5 3 29 TRUE 3982_G_6 3982 6 3 38 TRUE 3992_G_1 3992 1 2 40 TRUE 3992_G_3 3992 3 5 34 TRUE 3992_G_4 3992 4 5 43 TRUE 3992_G_5 3992 5 5 43 TRUE 3992_G_6 3992 6 1 3992_B_8 Yes 49 TRUE 3992_G_7 3992 7 1 3992_B_9 Yes 49 TRUE 4005_G_1 4005 1 2 76 FALSE 4005_G_2 4005 2 2 76 FALSE 4040_G_ST1 4040 ST1 Yes 2 245 TRUE 4040_G_ST2 4040 ST2 Yes 2 245 TRUE 4041_G_5 4041 5 1 4041_B_5 Yes 440 FALSE 4041_G_6 4041 6 1 4041_B_6 Yes 440 FALSE 4041_G_7 4041 7 1 4041_B_7 Yes 440 FALSE 4041_G_8 4041 8 1 4041_B_8 Yes 440 FALSE 4042_G_1 4042 1 2 125 TRUE 4042_G_2 4042 2 2 125 TRUE 4048_G_3 4048 3 2 TRUE 4048_G_4 4048 4 2 TRUE 4050_G_3 4050 3 1 4050_B_3 Yes 100 TRUE 4050_G_4 4050 4 1 4050_B_4 Yes 254 TRUE 4050_G_5 4050 5 1 4050_B_5 Yes 276 TRUE 4054_G_1 4054 1 1 4054_B_1 Yes 111 TRUE 4054_G_2 4054 2 1 4054_B_2 Yes 111 TRUE 4057_G_1 4057 1 1 4057_B_1 Yes 384 TRUE 4057_G_2 4057 2 1 4057_B_2 Yes 384 TRUE 4072_G_3 4072 3 1 4072_B_3 Yes 80 FALSE 4072_G_4 4072 4 1 4072_B_4 Yes 75 FALSE 4072_G_5 4072 5 1 4072_B_5 Yes 119 FALSE 4072_G_6 4072 6 1 4072_B_6 Yes 169 FALSE 4072_G_7 4072 7 1 4072_B_7 Yes 145 FALSE 4072_G_8 4072 8 1 4072_B_8 Yes 220 FALSE

2005EIA767_Gen_InScope 499 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 4078_G_1 4078 1 1 4078_B_1 Yes 95 TRUE 4078_G_2 4078 2 1 4078_B_2 Yes 88 TRUE 4078_G_3 4078 3 1 4078_B_3 Yes 334 TRUE 4078_G_4 4078 4 1 4078_B_4 Yes 0 TRUE 4125_G_4 4125 4 4 20 TRUE 4125_G_5 4125 5 3 39 TRUE 4125_G_6 4125 6 3 66 TRUE 4125_G_9 4125 9 1 4125_B_9 Yes 81 TRUE 4127_G_3 4127 3 1 4127_B_B23 18 TRUE 4127_G_4 4127 4 1 4127_B_B24 28 TRUE 4140_G_1 4140 1 3 33 TRUE 4140_G_2 4140 2 3 33 TRUE 4140_G_3 4140 3 3 33 TRUE 4140_G_4 4140 4 1 4140_B_B4 Yes 75 TRUE 4140_G_5 4140 5 1 4140_B_B5 Yes 107 TRUE 4143_G_ST3 4143 ST3 1 4143_B_1 Yes 362 TRUE 4158_G_1 4158 1 1 4158_B_BW41 Yes 88 TRUE 4158_G_2 4158 2 1 4158_B_BW42 Yes 88 TRUE 4158_G_3 4158 3 1 4158_B_BW43 Yes 142 TRUE 4158_G_4 4158 4 1 4158_B_BW44 Yes 254 TRUE 4162_G_1 4162 1 1 4162_B_1 Yes 126 FALSE 4162_G_2 4162 2 1 4162_B_2 Yes 170 FALSE 4162_G_3 4162 3 1 4162_B_3 Yes 213 FALSE 4195_G_ST1 4195 ST1 1 4195_B_1 Yes FALSE 4195_G_ST2 4195 ST2 1 4195_B_2 Yes FALSE 4195_G_ST3 4195 ST3 1 4195_B_3 Yes FALSE 4271_G_1 4271 1 1 4271_B_B1 Yes 500 TRUE 4937_G_1 4937 1 1 4937_B_1 Yes 615 TRUE 4938_G_1 4938 1 1 4938_B_1 241 FALSE 4938_G_2 4938 2 1 4938_B_2 321 FALSE 4939_G_1 4939 1 1 4939_B_1 Yes 361 TRUE 4939_G_2 4939 2 1 4939_B_2 Yes 361 TRUE 4940_G_1 4940 1 1 4940_B_1501 Yes 486 FALSE 4940_G_2 4940 2 1 4940_B_1502 Yes 486 FALSE 4941_G_NAV1 4941 NAV1 1 4941_B_1 Yes 578 FALSE 4941_G_NAV2 4941 NAV2 1 4941_B_2 Yes 578 FALSE 4941_G_NAV3 4941 NAV3 1 4941_B_3 Yes 578 FALSE 6002_G_1 6002 1 1 6002_B_1 Yes 460 FALSE 6002_G_2 6002 2 1 6002_B_2 Yes 460 FALSE 6002_G_3 6002 3 1 6002_B_3 Yes 460 FALSE 6002_G_4 6002 4 1 6002_B_4 Yes 460 FALSE 6004_G_1 6004 1 1 6004_B_1 Yes 579 TRUE

2005EIA767_Gen_InScope 500 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 6004_G_2 6004 2 1 6004_B_2 Yes 579 TRUE 6009_G_1 6009 1 1 6009_B_1 Yes 650 FALSE 6009_G_2 6009 2 1 6009_B_2 Yes 735 FALSE 6016_G_1 6016 1 1 6016_B_1 Yes 468 TRUE 6017_G_1 6017 1 1 6017_B_1 Yes 492 TRUE 6017_G_2 6017 2 1 6017_B_2 Yes 492 TRUE 6018_G_2 6018 2 1 6018_B_2 Yes 538 FALSE 6019_G_ST1 6019 ST1 1 6019_B_1 Yes 998 TRUE 6021_G_1 6021 1 1 6021_B_C1 Yes 316 FALSE 6021_G_2 6021 2 1 6021_B_C2 Yes 316 FALSE 6021_G_3 6021 3 1 6021_B_C3 Yes 317 FALSE 6025_G_1 6025 1 1 6025_B_1 412 FALSE 6025_G_2 6025 2 1 6025_B_2 412 FALSE 6025_G_3 6025 3 1 6025_B_3 412 FALSE 6025_G_4 6025 4 1 6025_B_4 412 FALSE 6025_G_5 6025 5 1 6025_B_5 412 FALSE 6031_G_2 6031 2 1 6031_B_2 Yes 486 FALSE 6034_G_ST1 6034 ST1 1 6034_B_1 Yes 660 TRUE 6034_G_ST2 6034 ST2 1 6034_B_2 Yes 660 TRUE 6041_G_1 6041 1 1 6041_B_1 Yes 345 FALSE 6041_G_2 6041 2 1 6041_B_2 Yes 468 FALSE 6041_G_3 6041 3 1 6041_B_3 Yes FALSE 6041_G_4 6041 4 1 6041_B_4 Yes FALSE 6042_G_1 6042 1 1 6042_B_PMT1 Yes 891 FALSE 6042_G_2 6042 2 1 6042_B_PMT2 Yes 891 FALSE 6043_G_1 6043 1 1 6043_B_PMR1 Yes 891 TRUE 6043_G_2 6043 2 1 6043_B_PMR2 Yes 891 TRUE 6052_G_1 6052 1 1 6052_B_1 Yes 751 TRUE 6052_G_2 6052 2 1 6052_B_2 Yes 751 TRUE 6055_G_1 6055 1 1 6055_B_2B1 Yes 473 TRUE 6055_G_2 6055 2 1 6055_B_2B2 Yes 460 TRUE 6055_G_3 6055 3 1 6055_B_2B3 Yes 645 TRUE 6064_G_1 6064 1 1 6064_B_N1 Yes 310 TRUE 6065_G_1 6065 1 1 6065_B_1 Yes 829 TRUE 6068_G_1 6068 1 1 6068_B_1 Yes 740 TRUE 6068_G_2 6068 2 1 6068_B_2 Yes 740 TRUE 6068_G_3 6068 3 1 6068_B_3 Yes 740 TRUE 6071_G_1 6071 1 1 6071_B_1 Yes 405 FALSE 6077_G_1 6077 1 1 6077_B_1 Yes 586 TRUE 6077_G_2 6077 2 1 6077_B_2 Yes 590 TRUE 6082_G_1 6082 1 1 6082_B_1 Yes 424 TRUE 6085_G_14 6085 14 1 6085_B_14 Yes 520 TRUE

2005EIA767_Gen_InScope 501 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 6085_G_15 6085 15 1 6085_B_15 Yes 359 TRUE 6085_G_17 6085 17 1 6085_B_17 Yes 368 TRUE 6085_G_18 6085 18 1 6085_B_18 Yes 368 TRUE 6089_G_1 6089 1 1 6089_B_B1 Yes 49 FALSE 6090_G_1 6090 1 1 6090_B_1 Yes 490 FALSE 6090_G_2 6090 2 1 6090_B_2 Yes 490 FALSE 6090_G_3 6090 3 1 6090_B_3 Yes 673 FALSE 6094_G_1 6094 1 1 6094_B_1 Yes 668 TRUE 6094_G_2 6094 2 1 6094_B_2 Yes 668 TRUE 6094_G_3 6094 3 1 6094_B_3 Yes 668 TRUE 6095_G_1 6095 1 1 6095_B_1 Yes 571 TRUE 6095_G_2 6095 2 1 6095_B_2 Yes 571 TRUE 6096_G_1 6096 1 1 6096_B_1 Yes 666 TRUE 6098_G_1 6098 1 1 6098_B_1 Yes 303 TRUE 6112_G_1 6112 1 Yes 3 348 TRUE 6124_G_1 6124 1 1 6124_B_1 Yes 139 TRUE 6136_G_1 6136 1 1 6136_B_1 Yes 646 TRUE 6137_G_1 6137 1 1 6137_B_1 Yes 276 FALSE 6137_G_2 6137 2 1 6137_B_2 Yes 276 FALSE 6138_G_1 6138 1 1 6138_B_1 Yes 538 TRUE 6139_G_1 6139 1 1 6139_B_1 Yes 538 TRUE 6139_G_2 6139 2 1 6139_B_2 Yes 538 TRUE 6139_G_3 6139 3 1 6139_B_3 Yes 538 TRUE 6146_G_1 6146 1 1 6146_B_1 Yes 1136 TRUE 6146_G_2 6146 2 1 6146_B_2 Yes 1136 TRUE 6146_G_3 6146 3 1 6146_B_3 Yes 1136 TRUE 6147_G_1 6147 1 1 6147_B_1 Yes 751 TRUE 6147_G_2 6147 2 1 6147_B_2 Yes 751 TRUE 6147_G_3 6147 3 1 6147_B_3 Yes 1101 TRUE 6155_G_1 6155 1 1 6155_B_1 Yes 615 TRUE 6155_G_2 6155 2 1 6155_B_2 Yes 615 TRUE 6156_G_1 6156 1 1 6156_B_NHB1 Yes 625 TRUE 6165_G_1 6165 1 1 6165_B_1 Yes 299 TRUE 6165_G_2 6165 2 1 6165_B_2 Yes 299 TRUE 6165_G_3 6165 3 1 6165_B_3 Yes 283 TRUE 6166_G_1 6166 1 1 6166_B_MB1 Yes 1125 TRUE 6166_G_2 6166 2 1 6166_B_MB2 Yes 1125 TRUE 6170_G_1 6170 1 1 6170_B_1 Yes 446 FALSE 6170_G_2 6170 2 1 6170_B_2 Yes 446 FALSE 6178_G_1 6178 1 1 6178_B_1 Yes 802 TRUE 6179_G_1 6179 1 1 6179_B_1 Yes 598 TRUE 6179_G_2 6179 2 1 6179_B_2 Yes 598 TRUE

2005EIA767_Gen_InScope 502 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 6179_G_3 6179 3 1 6179_B_3 Yes 532 TRUE 6181_G_1 6181 1 1 6181_B_1 Yes 504 TRUE 6181_G_2 6181 2 1 6181_B_2 Yes 504 TRUE 6190_G_1 6190 1 1 6190_B_1 Yes 428 TRUE 6190_G_2 6190 2 1 6190_B_2 Yes 515 TRUE 6190_G_3 6190 3 1 6190_B_3 0 TRUE 6213_G_1 6213 1 1 6213_B_1SG1 Yes 378 TRUE 6213_G_2 6213 2 1 6213_B_2SG1 Yes 378 TRUE 6238_G_1 6238 1 1 6238_B_1A Yes 46 FALSE 6243_G_1 6243 1 1 6243_B_1 Yes 241 FALSE 6246_G_1ST 6246 1ST Yes 2 171 FALSE 6246_G_2ST 6246 2ST Yes 2 171 FALSE 6249_G_1 6249 1 1 6249_B_1 Yes 438 FALSE 6249_G_2 6249 2 1 6249_B_2 Yes 256 FALSE 6249_G_3 6249 3 1 6249_B_3 Yes 256 FALSE 6249_G_4 6249 4 1 6249_B_4 Yes 256 FALSE 6250_G_1 6250 1 2 543 FALSE 6254_G_1 6254 1 1 6254_B_1 Yes 533 FALSE 6257_G_1 6257 1 1 6257_B_1 Yes 581 TRUE 6257_G_2 6257 2 1 6257_B_2 Yes 581 TRUE 6257_G_3 6257 3 1 6257_B_3 Yes 581 TRUE 6257_G_4 6257 4 1 6257_B_4 Yes 581 TRUE 6264_G_1 6264 1 1 6264_B_1 Yes 1125 FALSE 6288_G_1 6288 1 1 6288_B_1 31 FALSE 6639_G_1 6639 1 1 6639_B_G1 Yes 225 FALSE 6639_G_2 6639 2 1 6639_B_G2 Yes 225 FALSE 6641_G_1 6641 1 1 6641_B_1 Yes 650 FALSE 6641_G_2 6641 2 1 6641_B_2 Yes 650 FALSE 6705_G_1 6705 1 1 6705_B_1 Yes 145 TRUE 6705_G_2 6705 2 1 6705_B_2 Yes 145 TRUE 6705_G_3 6705 3 1 6705_B_3 Yes 145 TRUE 6705_G_4 6705 4 1 6705_B_4 Yes 237 TRUE 6772_G_1 6772 1 1 6772_B_1 Yes 379 FALSE 6823_G_1 6823 1 1 6823_B_W1 Yes 340 FALSE 7097_G_1 7097 1 1 7097_B_BLR1 Yes 802 TRUE 7210_G_ST1 7210 ST1 1 7210_B_COP1 Yes 334 TRUE 7213_G_1 7213 1 1 7213_B_1 Yes 443 FALSE 7213_G_2 7213 2 1 7213_B_2 Yes 443 FALSE 7286_G_1 7286 1 2 67 FALSE 7286_G_2 7286 2 2 67 FALSE 7286_G_3 7286 3 2 67 FALSE 7286_G_4 7286 4 2 67 FALSE

2005EIA767_Gen_InScope 503 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 7343_G_4 7343 4 1 7343_B_4 Yes 707 TRUE 7652_G_HP-1 7652 HP-1 4 TRUE 7652_G_HP-2 7652 HP-2 4 TRUE 7652_G_HP-3 7652 HP-3 4 TRUE 7652_G_LP-1 7652 LP-1 4 TRUE 7652_G_LP-2 7652 LP-2 4 TRUE 7652_G_LP-3 7652 LP-3 4 TRUE 7652_G_LP-4 7652 LP-4 4 TRUE 7902_G_1 7902 1 1 7902_B_1 Yes 799 TRUE 8002_G_1 8002 1 1 8002_B_1 Yes 472 TRUE 8006_G_1 8006 1 1 8006_B_1 Yes 714 TRUE 8006_G_2 8006 2 1 8006_B_2 Yes 714 TRUE 8023_G_1 8023 1 1 8023_B_1 Yes 412 TRUE 8023_G_2 8023 2 1 8023_B_2 Yes 412 TRUE 8042_G_1 8042 1 1 8042_B_1 Yes 1129 TRUE 8042_G_2 8042 2 1 8042_B_2 Yes 1129 TRUE 8048_G_1 8048 1 1 8048_B_1 Yes 1036 TRUE 8048_G_2 8048 2 1 8048_B_2 Yes 1036 TRUE 8054_G_1 8054 1 1 8054_B_1 Yes 403 TRUE 8056_G_1 8056 1 1 8056_B_1 Yes 456 TRUE 8056_G_2 8056 2 1 8056_B_2 Yes 456 TRUE 8063_G_1 8063 1 1 8063_B_1 Yes 1450 TRUE 8066_G_1 8066 1 1 8066_B_BW71 Yes 333 FALSE 8066_G_2 8066 2 1 8066_B_BW72 Yes 333 FALSE 8066_G_3 8066 3 1 8066_B_BW73 Yes 333 FALSE 8066_G_4 8066 4 1 8066_B_BW74 Yes 333 FALSE 8069_G_1 8069 1 1 8069_B_1 Yes 355 FALSE 8069_G_2 8069 2 1 8069_B_2 Yes 355 FALSE 8102_G_1 8102 1 1 8102_B_1 Yes 1125 TRUE 8102_G_2 8102 2 1 8102_B_2 Yes 1125 TRUE 8222_G_1 8222 1 1 8222_B_B1 Yes 303 FALSE 8226_G_1 8226 1 1 8226_B_1 Yes 555 TRUE 8906_G_2 8906 2 1 8906_B_20 Yes 305 FALSE 8906_G_3 8906 3 1 8906_B_30 Yes 544 FALSE 8906_G_4 8906 4 1 8906_B_40 Yes 477 FALSE 8906_G_ST5 8906 ST5 1 8906_B_50 Yes 477 FALSE 9864_G_6 9864 6 4 FALSE 9864_G_8 9864 8 4 FALSE 9864_G_9 9864 9 4 FALSE 10043_G_GEN1 10043 GEN1 1 10043_B_B01 Yes 223 FALSE 10151_G_GEN1 10151 GEN1 2 107 FALSE 10338_G_MERC 10338 MERC 2 129 TRUE

2005EIA767_Gen_InScope 504 of 505Unit Type EIA Gen Plant ID EIA Generator ID Generator In

IPM? Number of

Boilers per Generator 1-to-1 G-B MappingBoiler in IPM?Water_Flow_10 0_PCT (cubic ft/sec) Plant IPM Status 10354_G_GEN1 10354 GEN1 1 10354_B_1 Yes 76 FALSE 10464_G_GEN1 10464 GEN1 3 72 FALSE 10485_G_GEN1 10485 GEN1 1 10485_B_1 100 FALSE 10485_G_GEN2 10485 GEN2 1 10485_B_2 100 FALSE 10485_G_GEN3 10485 GEN3 1 10485_B_3 FALSE 10485_G_GEN4 10485 GEN4 1 10485_B_4 117 FALSE 10617_G_GEN2 10617 GEN2 Yes 1 10617_B_HRSG50 TRUE 10629_G_GEN1 10629 GEN1 3 95 TRUE 10629_G_GEN2 10629 GEN2 3 TRUE 10743_G_GEN1 10743 GEN1 2 109 TRUE 10745_G_ST1 10745 ST1 Yes 6 589 TRUE 10745_G_ST2 10745 ST2 Yes 6 870 TRUE 10766_G_GEN1 10766 GEN1 1 10766_B_CFB001 Yes FALSE 10773_G_1 10773 1 1 10773_B_1 Yes FALSE 50366_G_GEN1 50366 GEN1 5 10 FALSE 50366_G_GEN2 50366 GEN2 5 FALSE 50366_G_GEN5 50366 GEN5 5 FALSE 50366_G_GEN6 50366 GEN6 5 15 FALSE 50366_G_GEN7 50366 GEN7 5 17 FALSE 50880_G_GEN1 50880 GEN1 2 116 TRUE 50882_G_GEN1 50882 GEN1 3 83 TRUE 50884_G_GEN1 50884 GEN1 2 70 FALSE 50884_G_GEN2 50884 GEN2 1 50884_B_B103 Yes 38 FALSE 50885_G_GEN1 50885 GEN1 2 27 FALSE 50888_G_GEN1 50888 GEN1 1 50888_B_BLR1 Yes 116 FALSE 50951_G_GEN1 50951 GEN1 1 50951_B_1 Yes 67 FALSE 50974_G_GEN1 50974 GEN1 2 111 FALSE 50976_G_GEN1 50976 GEN1 1 50976_B_AAB01 Yes 508 FALSE 52007_G_GEN1 52007 GEN1 1 52007_B_BLR1 Yes 87 FALSE 52007_G_GEN2 52007 GEN2 1 52007_B_BLR2 Yes 87 FALSE 54035_G_GEN1 54035 GEN1 1 54035_B_BLR1 Yes 208 FALSE 54304_G_1 54304 1 1 54304_B_1A Yes 222 FALSE 54755_G_GEN2 54755 GEN2 1 54755_B_BLR2 Yes 74 FALSE 54775_G_GEN1 54775 GEN1 5 17 FALSE 54775_G_GEN2 54775 GEN2 5 17 FALSE 54775_G_GEN6 54775 GEN6 5 65 FALSE 54945_G_NO 5 54945 NO 5 3 80 TRUE 54945_G_NO 6 54945 NO 6 3 80 TRUE 55318_G_1 55318 1 1 55318_B_1 Yes 196 FALSE 55318_G_2 55318 2 1 55318_B_2 Yes 347 FALSE 55318_G_3 55318 3 1 55318_B_3 Yes 684 FALSE

2005EIA767_Gen_InScope 505 of 505