EFLHcool Default Allentown Cooling = 487 Hours Erie Cooling = 389 Hours Harrisburg Cooling = 551 Hours Philadelphia Cooling = 591 Hours Pittsburgh Cooling = 432 Hours Scranton Cooling = 417 Hours Williamsport Cooling = 422 Hours 4 Optional An EDC can either use the Alternate EFLH Table or estimate its own EFLH based on customer billing data analysis. Alternate EFLH Table (See Section 2.1.4); EDC Data Gathering EFLHheat Default Allentown Heating = 1,193 Hours Erie Heating = 1,349 Hours Harrisburg Heating = 1,103 Hours Philadelphia Heating = 1,060 Hours Pittsburgh Heating = 1,209 Hours Scranton Heating = 1,296 Hours Williamsport Heating = 1,251 Hours 4 Optional An EDC can either use the Alternate EFLH Table or estimate its own EFLH based on customer billing data analysis. Alternate EFLH Table (See Section 2.1.4); EDC Data Gathering PSF Fixed 5% 5 MFcool Fixed 5% 15 MFheat Fixed 5% 15 CF Fixed 70% 6 HSPFb Fixed Replace on Burnout: 7.7 7 Variable Early Retirement: EDC Data Gathering EDC Data Gathering HSPFe Variable EDC Data Gathering AEPS Application; EDC’s Data Gathering HSPFm Fixed 6.8 13 COPg Variable EDC Data Gathering AEPS Application; EDC’s Data Gathering GSHPDF Fixed 0.885 19 (Engineering Estimate - See 2.1.52.1.5) COPsys Variable Calculated Calculated
Table : EFLH for various cities in Pennsylvania (TRM Data) City Cooling load hours Heating load hours Total load hours Allentown 487 1,193 1,681 Erie 389 1,349 1,739 Harrisburg 551 1,103 1,654 Philadelphia 591 1,060 1,651 Pittsburgh 432 1,209 1,641 Scranton 417 1,296 1,713 Williamsport 422 1,251 1,673 Deemed Savings The following table presents the assumptions and the results of the deemed savings calculations for each EDC. Table : Assumptions and Results of Deemed Savings Calculations (Pittsburgh, PA) Blower Motor kW Pittsburgh EFLH Clean Annual kWh Dirty Annual kWh Furnace Whistle Savings (kWh) ISR Estimated Savings (kWh) Heating 0.5 1,209 604 695 91 0.474 43 Cooling 0.5 432 216 248 32 0.474 15 Total 1,641 820 944 123 58 kWpeak = 0.024 kW (Pittsburgh) Table : Assumptions and Results of Deemed Savings Calculations (Philadelphia, PA) Blower Motor kW Philadelphia EFLH Clean Annual kWh Dirty Annual kWh Furnace Whistle Savings (kWh) ISR Estimated Savings (kWh) Heating 0.5 1,060 530 609 79 0.474 38 Cooling 0.5 591 296 340 44 0.474 21 Total 1,651 826 949 124 59 kWpeak = 0.025 kW (Philadelphia)
Table : Assumptions and Results of Deemed Savings Calculations (Scranton, PA) Blower Motor kW Scranton EFLH Clean Annual kWh Dirty Annual kWh Furnace Whistle Savings (kWh) ISR Estimated Savings (kWh) Heating 0.5 1,296 648 745 97 0.474 46 Cooling 0.5 417 208 240 31 0.474 15 Total 1,713 857 985 129 61 kWpeak = 0.025 kW (Scranton) Table : Assumptions and Results of Deemed Savings Calculations (Williamsport, PA) Blower Motor kW Williamsport EFLH Clean Annual kWh Dirty Annual kWh Furnace Whistle Savings (kWh) ISR Estimated Savings (kWh) Heating 0.5 1,251 625 719 94 0.474 44 Cooling 0.5 422 211 243 32 0.474 15 Total 1,673 836 962 125 59 kWpeak = 0.025 kW (Williamsport) Heat Pump Water Heaters Measure Name Heat Pump Water Heaters Target Sector Residential Establishments Measure Unit Water Heater Unit Energy Savings Variable based on energy factosr Unit Peak Demand Reduction Variable based on energy factors Measure Life 14 years Heat Pump Water Heaters take heat from the surrounding air and transfer it to the water in the tank, unlike conventional water heaters, which use either gas (or sometimes other fuels) burners or electric resistance heating coils to heat the water.
Table : LED Nightlight - References Component Type Value Sources Wattsbase Variable Default = 7 Watts; EDC Data Gathering EDC Data Gathering WattsNL Variable Default= 1 Watt; EDCData Gathering EDC Data Gathering NLhours Fixed 12 1 ISR Fixed 0.97 or EDC Data Gathering PA CFL ISR value EUL Fixed 8 years 1 Sources: Southern California Edison Company, “LED, Electroluminescent & Fluorescent Night Lights”, Work Paper WPSCRELG0029 Rev. 1, February 2009, p. 2 & p. 3. Deemed Savings The default energy savings is based on a delta watts assumption (Wattsbase – WattsEE) of 6 watts. kWh = ((6 X (12 X 365))/1000) X 0.97 = 25.49 kWh Low Flow Faucet Aerators Measure Name Low Flow Faucet Aerators Target Sector Residential Establishments Measure Unit Aerator Unit Energy Savings Varies by installation location Unit Peak Demand Reduction Varies by installation location Measure Life 12 years Installation of low-flow faucet aerators is an inexpensive and lasting approach for water conservation. These efficient aerators reduce water consumption and consequently reduce hot water usage and save energy associated with heating the water. This protocol presents the assumptions, analysis and savings from replacing standard flow aerators with low-flow aerators in kitchens and bathrooms.
Programmable Thermostat Measure Name Programmable Thermostat Target Sector Residential Establishments Measure Unit Programmable Thermostat Unit Energy Savings Varies Unit Peak Demand Reduction Varies Measure Life 11years Programmable thermostats are used to control heating and/or cooling loads in residential buildings by modifying the temperature set-points during specified unoccupied and nighttime hours. These units are expected to replace a manual thermostat and the savings assume an existing ducted HVAC system with electric resistance heating and DX cooling. A standard programmable thermostat installed on a heat pump can have negative energy consequences. However, the option exists to input higher efficiency levels if coupled with a newer unit. The EDCs will strive to educate the customers to use manufacturer default setback and setup settings. Algorithms kWh = kWhCOOL + kWhHEAT kWhCOOL = CAPCOOL/1000 X (1/(SEER x Effduct)) X EFLHCOOL X ESFCOOL kWhHEAT = CAPHEAT/1000 X (1/(HSPF X Effduct)) X EFLHHEAT X ESFHEAT kWpeak = 0 Definition of Terms CAPCOOL = Capacity of the air conditioning unit in BTUh, based on nameplate capacity. CAPHEAT = Nominal heating capacity of the electric furnace in BTUh Effduct = Duct system efficiency SEER = Seasonal energy efficiency ratio of the cooling unit. HSPF = Heating seasonal performance factor of the heating unit. ESFCOOL,HEAT = Energy savings factor for cooling and heating, respectively EFLHCOOL, HEAT = Equivalent full load hours for cooling and heating, respectively
Measure Life Room Air Conditioner Retirement = 4 years From the PA TRM, the EUL for an ENERGY STAR Room Air Conditioner is 10 years, but the TRM does not provide an RUL for RACs. However, as shown in Table 224, the results from a recent evaluation of ComEd’s appliance recycling program found a median age of 21 to 25 years for recycled ACs. For a unit this old, the expected life of the savings is likely to be short, so 4 years was chosen as a reasonable assumption based on these references: DEER database, presents several values for EUL/RUL for room AC recycling: DEER 0607 recommendation: EUL=9, RUL=1/3 of EUL = 3 years. The 1/3 was defined as a “reasonable estimate”, but no basis given. 2005 DEER: EUL=15, did not have recycling RUL Appliance Magazine and ENERGY STAR calculator: EUL=9 years CA IOUs: EUL=15, RUL=5 to 7 “Out With the Old, in With the New: Why Refrigerator and Room Air Conditioner Programs Should Target Replacement to Maximize Energy Savings,” National Resources Defense Council, November 2001, page 21, 5 years stated as a credible estimate. From the PA TRM June 2010, if the ratio of refrigerator recycling measure life to ENERGY STAR measure life is applied: (8/13) * 10 years (for RAC) = 6 years for RAC recycling. Table : Preliminary Results from ComEd RAC Recycling Evaluation Appliance Type Age in Years N 0 to 5 6 to 10 11 to 15 16 to 20 21 to 25 26 to 30 31 to 35 36 to 40 Over 40 Room Air Conditioners 0% 5% 7% 18% 37% 18% 5% 6% 5% — Sources: Navigant Consulting evaluation of ComEd appliance recycling program.
The ratio of the average energy usage during noon and 6 PM on summer weekdays to the total annual energy usage is taken from load shape data collected for a water heater and HVAC demand response study for PJM. The factor is constructed as follows: Obtain the average kW, as monitored for 82 water heaters in PJM territory, for each hour of the typical day summer, winter, and spring/fall days. Weight the results (91 summer days, 91 winter days, and 183 spring/fall days) to obtain annual energy usage. Obtain the average kW during the 2 PM to 6 PM time period on summer weekdays from the same data. These are the hours that PJM has defined as peak hours . The average weekday 2 PM to 6 PM demand is converted to average weekday 2 PM to 6 PM demand through comparison of weekday and weekend monitored loads from the same PJM study. The ratio of the average weekday 2 PM to 6 PM energy demand to the annual energy usage obtained in step 1. The resulting number, 0.00008294, is the EnergyTo Demand Factor. The load shapes (fractions of annual energy usage that occur within each hour) during summer week days are plotted for three business types in Figure 26
DEFAULT_kWhsaved Per UnitWITH NON ES REP = kWhsaved Per Unit NO REP – (REPLACEMENTUEC NON ES * PART_USE) = kWh Source for freezer UEC equation: Cadmus memo to Michigan Public Service Commission (August 2012) Freezer Unit Energy Consumption Equation Equation Intercept and Independent Variables Estimate Coefficient (Daily kWh) Intercept -2.297 Appliance Age (years) 0.401 Dummy: Manufactured Pre-1993 0.067 Appliance Size (cubic feet) 0.15 of appliances that are chest freezers 0.854 Cooling Degree Days (CDD) 0.1046 Freezer Savings - No Replacement: DEFAULT_kWhsaved Per Unit NO REP= EXISTING_UEC * PART_USE =kWh Freezer Savings - Replacement with Energy Star Unit: DEFAULT_kWhsaved Per UnitWITH ES REP = DEFAULT kWhsaved Per Unit NO REP – (REPLACEMENTUEC ES * PART_USE) = kWh Freezer Savings - Replacement with non-Energy Star Unit: DEFAULT_kWhsaved Per UnitWITH NON ES REP = kWhsaved Per Unit NO REP – (REPLACEMENTUEC NON ES * PART_USE) = kWh The Commission has computed the EDC-specific values that are needed for input to the regression equations for determining the Unit Energy Consumption based on Act 129 PY4 data provided by each EDC for refrigerators and freezers removed in PY4. Once these input values were determined, they were substituted into the above equation in order to estimate the UEC for removed refrigerators and freezers for each EDC. Table 246 to Table 249 below provide the equation inputs needed to calculate the UEC for removed refrigerators and freezers respectively as well as the calculation of the default Unit Energy Consumption value for refrigerators or freezers for each EDC. Note that equation inputs in Table 246 to Table 249 are provided for each appliance (refrigerators, then freezers) depending on whether the units were or were not replaced with a new unit.
This measure is for the purchase and installation of a new refrigerator meeting ENERGY STAR or ENERGY STAR Most Efficient criteria. An ENERGY STAR refrigerator must be at least 20 percent more efficient than the minimum federal government standard. The ENERGY STAR Most Efficient is a new certification that identifies the most efficient products among those that qualify for ENERGY STAR. ENERGY STAR Most Efficient refrigerators must be at least 30 percent more efficient than the minimum federal standard. Algorithms The general form of the equation for the ENERGY STAR Refrigerator measure savings algorithm is: Total Savings =Number of Refrigerators x Savings per Refrigerator To determine resource savings, the per-unit estimates in the algorithms will be multiplied by the number of refrigerators. The number of refrigerators will be determined using market assessments and market tracking. If the volume and configuration of the refrigerator is known, the baseline models’ annual energy consumption (kWhbase) may be are determined using Table 253. The efficient models’ annual energy consumption (kWhEE or kWhME) may be determined using manufacturers’ test data for the given model. Where test data is not available the algorithms in Table 253 and Table 255 for “ENERGY STAR and ENERGY STAR Most Efficient maximum energy usage in kWh/year” may be used to determine the efficient energy consumption for a conservative savings estimate. ENERGY STAR Refrigerator ΔkWh =kWhbase – kWhEE ΔkWpeak =(kWhbase- kWhEE)/Hours * CF ENERGY STAR Most Efficient Refrigerator ΔkWh =kWhbase – kWhME ΔkWpeak =(kWhbase- kWhME)/Hours * CF Definition of Terms kWhbase = Annual energy consumption of baseline unit kWhEE = Annual energy consumption of ENERGY STAR qualified unit
ENERGY STAR Freezer ΔkWh =kWhbase – kWhEE ΔkWpeak =(kWhbase- kWhEE)/Hours * CF Definition of Terms kWhbase = Annual energy consumption of baseline unit kWhEE = Annual energy consumption of ENERGY STAR qualified unit Hours =Hours of operation per year CF =Demand coincidence factor Where: CF = 1 Hours =8,760 Freezer energy use is characterized by configuration (upright, chest or compact), volume and whether defrost is manual or automatic and whether. If this information is known, annual energy consumption of the federal minimum efficiency standard model may be determined using Table 258. The efficient models’ annual energy consumption (kWhEE) may be determined using manufacturers’ test data for the given model. Where test data is not available, the algorithms in Table 258 for “ENERGY STAR maximum energy usage in kWh/year” may be used to determine efficient energy consumption for a conservative savings estimate. The term “AV” in the equations refers to “Adjusted Volume,” which is AV = 1.73 x Total Volume. Note this table is also provided for planning purposes to compare to the changing federal standards detailed in Table 260. Table : Federal Standard and ENERGY STAR Freezers Maximum Annual Energy Consumption if Configuration and Volume Known Freezer Category Federal Standard Maximim Usage in kWh/year ENERGY STAR Maximum Energy Usage in kWh/year Upright with manual defrost 7.55*AV+258.3 < 6.795*AV + 232.47 Upright with automatic defrost 12.43*AV+326.1 < 11.187*AV + 293.49 Chest Freezer 9.88*AV+143.7 < 8.892*AV + 129.33 Compact Upright with manual defrost 9.78*AV+250.8 < 7.824*AV + 200.64 Compact Upright with automatic defrost 11.40*AV+391 < 9.120*AV + 312.8 Compact Chest Freezer 10.45*AV+152 < 8.360*AV + 121.6 The default values for each configuration are given in Table 259. Note that a compact freezer is defined as a freezer that has a volume less than 7.75 cubic feet and is 36 inches or less in height.
Table : Dehumidifier Minimum Federal Efficiency and ENERGY STAR Standards Capacity (pints/day) Federal Standard (L/kWh) ENERGY STAR (L/kWh) ≤ 35 1.35 ≥ 1.85 > 35 ≤ 45 1.50 >45 ≤ 54 1.60 >54 < 75 1.70 75 ≤ 185 2.5 ≥ 2.80 The annual energy usage and savings of an ENERGY STAR unit over the federal minimum standard are presented in Table 268 for each capacity range. Table : Dehumidifier Default Energy Savings Capacity Range (pints/day) Default Capacity (pints/day) Federal Standard (kWh/yr) ENERGY STAR (kWh/yr) ΔkWh ≤ 35 35 834 609 225 > 35 ≤ 45 45 965 782 183 >45 ≤ 54 54 1086 939 147 >54 < 75 74 1,400 1,287 113 75 ≤ 185 130 1,673 1,493 180 Measure Life ENERGY STAR Dehumidifiers: Measure Life = 12 years. ENERGY STAR Room Air Conditioners Measure Name Room Air Conditioners Target Sector Residential Establishments Measure Unit Room Air Conditioner Unit Energy Savings Varies Unit Peak Demand Reduction 0.059 kW Measure Life 9 years This measure relates to the purchase and installation of a room air conditioner meeting ENERGY STAR criteria.
The load shapes (fractions of annual energy usage that occur within each hour) during summer week days are plotted in Figure 211 below. Figure : Load shapes for hot water in residential buildings taken from a PJM study. Definition of Terms The parameters in the above equation are listed in Table 295 below. Table : Water Heater Temperature Setback Assumptions Component Type Values Source , Energy Factor of water heater Variable EDC data collection 1 Default Electric Storage – 0.904 HPWH – 2.0 , R value of water heater tank, Variable EDC data collection Default: 8.33 , Surface Area of water heater tank, Variable EDC data collection Default: 24.99 50 gal. value in Table 293, Section 2.38 , Thermal efficiency of electric heater element (equiv. to COP for HPWH) Fixed Electric Storage- 0.97 HPWH- 2.1 2, 3 , Volume of hot water used per day, in gallons Fixed 7.32 gallons/day 4, 5, 6, 7, 8 Thot_i, Temperature setpoint of water heater initially Variable EDC data collection 9 Default: 130°F Thot_f, Temperature setpoint water heater after setback Variable EDC data collection 10 Default: 123 °F Energy To Demand Factor Fixed 0.00008294 11-13 Sources: Federal Standards are 0.97 -0.00132 x Rated Storage in Gallons. For a 50-gallon tank this is 0.904. “Energy Conservation Program: Energy Conservation Standards for Residential Water Heaters, Direct Heating Equipment, and Pool Heaters” US Dept of Energy Docket Number: EE–2006–BT-STD–0129, p. 30 New York Standard Approach for Estimating Energy Savings from Energy Efficiency Programs. October 15, 2010. Prepared by New York Advisory Contractor Team.
should be collected from the customer or the default values shown in Table 38 should be used. CF = Demand Coincidence Factor (See Section 1.5) HOU = Hours of – the average annual operating hours of the baseline lighting equipment (before the lighting controls are in place), which if applied to full connected load will yield annual energy use. IF demand = Interactive HVAC Demand Factor – applies to C&I interior lighting in space that has air conditioning or refrigeration only. This represents the secondary demand savings in cooling required which results from decreased indoor lighting wattage. IF energy = Interactive HVAC Energy Factor – applies to C&I interior lighting in space that has air conditioning or refrigeration only. This represents the secondary energy savings in cooling required which results from decreased indoor lighting wattage. SVGEE = Savings factor for new lighting control (percent of time the lights are off). SVGbase = Savings factor for existing lighting control (percent of time the lights are off), typically manual switch. Baseline Assumptions The following are acceptable methods for determining baseline conditions when verification by direct inspection is not possible as may occur in a rebate program where customers submit an application and equipment receipts only after installing efficient lighting equipment, or for a retroactive project as allowed by Act 129. In order of preference: Examination of replaced lighting equipment that is still on site waiting to be recycled or otherwise disposed of. Examination of replacement lamp and ballast inventories where the customer has replacement equipment for the retrofitted fixtures in stock. The inventory must be under the control of the customer or customer’s agent. Interviews with and written statements from customers, facility managers, building engineers or others with firsthand knowledge about purchasing and operating practices at the affected site(s) identifying the lamp and ballast configuration(s) of the baseline condition. Interviews with and written statements from the project’s lighting contractor or the customer’s project coordinator identifying the lamp and ballast configuration(s) of the baseline equipment
Table : PSC to ECM Deemed Savings Measure Wbase (PSC) Wee (ECM) LF DCEvap DG COP per case Temp Demand Impact (kW) Energy Impact (kWh) Cooler: PSC to ECM: 1/40 HP (16-23 Watt) 48 30 0.9 100% 0.98 2.5 0.0228 189 Cooler: PSC to ECM: 1/20 HP (37 Watt) 90 56 0.9 100% 0.98 2.5 0.0431 356 Cooler: PSC to ECM: 1/15 HP (49 Watt) 120 75 0.9 100% 0.98 2.5 0.0570 472 Freezer: PSC to ECM: 1/40 HP (16-23 Watt) 48 30 0.9 94.4% 0.98 1.3 0.0273 226 Freezer: PSC to ECM: 1/20 HP (37 Watt) 90 56 0.9 94.4% 0.98 1.3 0.0516 427 Freezer: PSC to ECM: 1/15 HP (49 Watt) 120 75 0.9 94.4% 0.98 1.3 0.0682 565
Table : Shaded Pole to ECM Deemed Savings Measure Wbase (Shaded Pole) Wee (ECM) LF DCEvap DG COP per case Temp Demand Impact (kW) Energy Impact (kWh) Cooler: Shaded Pole to ECM: 1/40 HP (16-23 Watt) 93 30 0.9 100% 0.98 2.5 0.0798 661 Cooler: Shaded Pole to ECM: 1/20 HP (37 Watt) 142 56 0.9 100% 0.98 2.5 0.1090 902 Cooler: Shaded Pole to ECM: 1/15 HP (49 Watt) 191 75 0.9 100% 0.98 2.5 0.1470 1,216 Freezer: Shaded Pole to ECM: 1/40 HP (16-23 Watt) 93 30 0.9 94.4% 0.98 1.3 0.0955 790 Freezer: Shaded Pole to ECM: 1/20 HP (37 Watt) 142 56 0.9 94.4% 0.98 1.3 0.1304 1,079 Freezer: Shaded Pole to ECM: 1/15 HP (49 Watt) 191 75 0.9 94.4% 0.98 1.3 0.1759 1,455 Table : Default High-Efficiency Evaporator Fan Motor Deemed Savings Measure Cooler Weighted Demand Impact (kW) Cooler Weighted Energy Impact (kWh) Freezer Weighted Demand Impact (kW) Freezer Weighted Energy Impact (kWh) Default Demand Impact (kW) Default Energy Impact (kWh) PSC to ECM 0.0469 388 0.0561 464 0.0499 413 Shaded Pole to ECM 0.1258 1,041 0.1506 1,246 0.1335 1,105
Table : Heat Pump Water Heater Calculation Assumptions Component Type Values Source EFbase, Energy Factor of baseline water heater Variable See Table 392 1 EFproposed, Energy Factor of proposed efficient water heater Variable Default: 2.2 Program Design Nameplate EDC Data Gathering Load, Average annual Load in kBTU Fixed Varies 5 Thot, Temperature of hot water Fixed 123 °F 2 Tcold, Temperature of cold water supply Fixed 55 °F 3 EnergyToDemandFactor Fixed 0.000178 4 FAdjust, COP Adjustment factor Fixed 0.80 if outdoor 1.09 if indoor 1.30 if in kitchen 4 ResistiveDiscountFactor Fixed 0.90 6 HW, Average annual gallons of Use Variable Default: See Table 389 Calculation EDC Data Gathering EDC Data Gathering EFNG, base, Energy Factor of baseline gas water heater Fixed 0.594 7 Energy Factors based on Tank Size Federal Standards for Energy Factors are equal to 0.97 -0.00132 x Rated Storage in Gallons. The following table shows the Energy Factors for various tank sizes. Table : Minimum Baseline Energy Factor Based on Tank Size Tank Size (gallons) Minimum Energy Factors (Ebase) 40 0.9172 50 0.9040 65 0.8842 80 0.8644 120 0.8116 Sources: Federal Standards are 0.97 -0.00132 x Rated Storage in Gallons. For a 50-gallon tank this is approximately 0.90. “Energy Conservation Program: Energy Conservation
Definition of Terms BtuHcool = Rated cooling capacity of the energy efficient unit in BtuHcool EERbase = Efficiency rating of the baseline unit. EERee = Efficiency rating of the energy efficiency unit. CF = Demand Coincidence Factor (See Section 1.5) EFLHcool = Equivalent Full Load Hours for the cooling season – The kWh during the entire operating season divided by the kW at design conditions. Table : Variables for HVAC Systems Component Type Value Source BtuH Variable Nameplate data (AHRI or AHAM) EDC’s Data Gathering EERbase Variable New Construction or Replace on Burnout: Default values from Table 3102 to Table 3104 See Table 3102 to Table 3104 Early Replacement: Nameplate data EDC’s Data Gathering EERee Variable Nameplate data (AHRI or AHAM) EDC’s Data Gathering CF Fixed 55% 1 EFLHcool Variable Based on Logging, BMS data or Modeling EDC’s Data Gathering Default values from Table 3105 See Table 3105 Sources: C&I Unitary HVAC Load Shape Project Final Report, KEMA, 2011. The study reports CF values in the range of 44% to 63% depending on the size of the unit for the Mid Atlantic PJM hours. The study, therefore, assumes an average CF value of 55% for the PJM peak demand period that is applied to all units. Table below lists the minimum federal efficiency standards for room air conditioners (effective as of June 1, 2014) and minimum ENERGY STAR efficiency standards for RAC units of various capacity ranges and with and without louvered sides. Units without louvered sides are also referred to as “through the wall” units or “built-in” units. Note that the new federal standards are based on the Combined Energy Efficiency Ratio Metric (CEER), which is a metric that incorporates energy use in all modes, including standby and off modes. Also, as of October 1, 2013 ENERGY STAR Room Air Conditioner Version 3.0 will take effect.
Table : RAC Federal Minimum Efficiency and ENERGY STAR Version 3.0 Standards Capacity (Btu/h) Federal Standard CEER, with louvered sides ENERGY STAR EER, with louvered sides Federal Standard EER, without louvered sides ENERGY STAR CEER, without louvered sides < 6,000 ≥11.0 11.2 10.0 10.4 6,000 to 7,999 8,000 to 10,999 ≥10.9 11.3 9.6 9.8 11,000 to 13,999 9.5 14,000 to 19,999 ≥10.7 11.2 9.3 20,000 to 24,999 ≥9.4 9.8 9.4 ≥25,000 ≥9.0 Table 3103 lists the minimum federal efficiency standards and minimum ENERGY STAR efficiency standards for casement-only and casement-slider RAC units. Casement-only refers to a RAC designed for mounting in a casement window with an encased assembly with a width of 14.8 inches or less and a height of 11.2 inches or less. Casement-slider refers to a RAC with an encased assembly designed for mounting in a sliding or casement window with a width of 15.5 inches or less. Table : Casement-Only and Casement-Slider RAC Federal Minimum Efficiency and ENERGY STAR Version 3.0 Standards (effective 2014 TRM) Casement Federal Standard CEER ENERGY STAR EER Casement-only ≥ 9.5 ≥ 10.0 Casement-slider ≥ 10.4 ≥ 10.9 Table 3104 lists the minimum federal efficiency standards and minimum ENERGY STAR efficiency standards for reverse-cycle RAC units. Table : Reverse-Cycle RAC Federal Minimum Efficiency Standards and ENERGY STAR Version 3.0 Standards (effective 2014 TRM) Capacity (Btu/h) Federal Standard CEER, with louvered sides ENERGY STAR EER, with louvered sides Federal Standard CEER, without louvered sides ENERGY STAR EER, without louvered sides < 14,000 n/a n/a ≥ 9.3 ≥ 9.8 ≥ 14,000 ≥ 8.7 ≥ 9.2 < 20,000 ≥ 9.8 ≥ 10.4 n/a n/a ≥ 20,000 ≥ 9.3 ≥ 9.8
Table : Variables for HVAC Systems Component Type Value Source BtuHfuel Variable Nameplate data (AHRI or AHAM) EDC Data Gathering BtuHheat Variable Nameplate data (AHRI or AHAM) Default: set equal to BtuHfuel EDC Data Gathering COPbase Variable Early Replacement: Nameplate data EDC Data Gathering New Construction or Replace on Burnout: Default values from Table 3120 See Table 3120 HSPFbase Variable Early Replacement: Nameplate data EDC Data Gathering New Construction or Replace on Burnout: Default values from Table 3120 See Table 3120 AFUEfuel Variable Default = >= 95% (natural gas/propane furnace) >= 95% (natural gas/propane steam boiler) >= 95% (natural gas/propane hot water boiler) >= 85% (oil furnace) >= 85% (oil steam boiler) >= 85% (oil hot water boiler) ENERGY STAR requirement Nameplate data (AHRI or AHAM) EDC Data Gathering EFLHheat Variable Based on Logging, EMS data or Modeling EDC Data Gathering Default values from Table 3121 Table 3121 See Table 3121 HPmotor Variable Default = ½ hp for furnace Average blower motor capacity for gas furnace (typical range = ¼ hp to ¾ hp) Nameplate EDC Data Gathering ηmotor Variable Default = 0.50 for furnace Typical efficiency of ½ hp blower motor for gas furnace Nameplate EDC Data Gathering Sources: The Equivalent Full Load Hours (ELFH) for Pennsylvania are calculated based on the degree day scaling methodology. The EFLH values reported in the Connecticut Program Savings Documentation were adjusted using full load hours (FLH) from the US DOE
Description of Calculation Method Table : Variables for Ventilation Fans Component Type Value Source Qtystd Variable Based on customer application EDC Data Gathering Qtyhigh Variable Based on customer application EDC Data Gathering Effstd Variable Based on customer application EDC Data Gathering Variable Default values in Table 44 1 Effhigh Variable Based on customer application. Collect the efficiency at static pressure of 0.1 inches water EDC Data Gathering, 2, 3 Default values in Table 44 1, 2, 3 Effinstalled Variable Based on customer application. Collect the efficiency at 0.1 inches water EDC Data Gathering, 2, 3 Default values in Table 44. If fans were not replaced, use the default values for Effstd. If fans were replaced, use the default values for Effhigh. 1, 2, 3 hours Variable Based on customer application EDC Data Gathering Default use values in Table 45 1, 4 CFM Variable Based on customer application. This can vary for pre- and post-installation if the information is known for the case. EDC Data Gathering Variable Default values in Table 44 1 hourststat Variable Default values in Table 46 4 CF Fixed 0.000197 5 Sources: KEMA Evaluation of Alliant Energy Agriculture Program, Appendix F, 2008. See Table H-5. Pennsylvania State University. Tunnel Ventilation for Tie Stall Dairy Barns. 2004. Downloaded from . Static pressure reference point for dairy barns comes from page 3. The recommended static pressure is 0.125 to 0.1 inches water Iowa State University. Mechanical Ventilation Design Worksheet for Swine Housing. 1999. Downloaded from . Static pressure reference point for swine housing comes from page 2. The recommended static pressure is 0.125 to 0.1 inches water for winter fans and 0.05 to 0.08 inches water for summer fans. A static pressure of 0.1 inches water
Description of Calculation Method Table : Variables for Low Pressure Irrigation Systems Component Type Value Source ACRES Variable Based on customer application EDC Data Gathering,1 PSIbase Variable Based on pre retrofit pressure measurements taken by the installer EDC Data Gathering,1 PSIeff Variable Based on post retrofit pressure measurements taken by the installer EDC Data Gathering,1 GPM1 Variable Based on pre retrofit flow measurements taken by the installer EDC Data Gathering,1 GPM2 Variable Based on pre retrofit flow measurements taken by the installer EDC Data Gathering,1 OPHRS Variable Based on customer application EDC Data Gathering DHRS Variable Based on customer application EDC Data Gathering MONTHS Variable Based on customer application EDC Data Gathering Variable Based on customer application EDC Data Gathering Default Look up pump motor efficiency based on the pump nameplate horsepower (hp) from customer application and nominal efficiencies defined in Table 314. 2 CF Fixed 0.0026 3, 4 Sources: Based on Alliant Energy program evaluation assumptions for low-flow pressure irrigation systems. Evaluation of Alliant Energy Agriculture Program, Appendix F, 2008. Table 314 contains motor efficiency values from NEMA EPACT efficiency motor standards by motor size and type. If existing motor nameplate data is not available, these tables will be used to establish motor efficiencies. The coincidence factor was only estimated for agricultural applications, and was determined by using the following formula: CF = . Pennsylvania census data was used to estimate an average . Pennsylvania Census data: Measure Life The measure life for low pressure irrigation systems is 5 years.
Appendix D: Motor & VFD Audit and Design Tool The Motor and VFD Inventory Form is located on the Public Utility Commission’s website at: . Appendix E: Lighting Audit and Design Tool for C&I New Construction Projects The Lighting Audit and Design Tool is located on the Public Utility Commission’s website at: .
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