Spreadsheet: 1cd315a4-dc3a-46ca-a611-58a8fac71c87
Sheet: Sheet1

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 | 1. Description of the measure | 2. Energy savings |  |  | 3. Incremental price | 4. units & capacity | 5. Market description | 6. Market size, 2030 | 7. Site energy use (TBTUs), 2030 | 8. Source energy use (TBTUs), 2030 | 9. Economic potential (TBTUs), 2030 | 10. CCE ($/MMBTU) | 11. Lifetime (years) | Primary source | Quote
 |  | Percent | Persist | Fuel switch?
 | R: R-30 walls (existing homes) | 0.8342541436464088 | P |  | 20800 | per home; 2600 square feet wall space | R: Heating and cooling lost through walls in existing homes | 74.151509 | 731.1274961524215 | 934.8211885231586 | 817.1747584281436 | 70.74489221015939 | 40 | Straube, J. and Smegal, J.; Building America Special Research Project: High-R Walls Case Study Analysis; Building Science Corporation 2009 (updated 2011) | Costs calculated from manufacturer quotes; savings calculated from first principles
 | R: R-6 sheathing w/ sealing | 0.507 | P |  | 2548 | per home; 2,600 sq.ft. insulation | R: Heating and cooling lost through walls and infiltration in existing homes with siding | 54.20106427 | 1194.956766827679 | 1527.874291253247 | 763.115035484671 | 6.683390380275003 | 40 | Straube, J. and Smegal, J.; Building America Special Research Project: High-R Walls Case Study Analysis; Building Science Corporation 2009 (updated 2011) | Costs calculated from manufacturer quotes; savings calculated from first principles
 | R: VIP in walls | 0.7477272727272728 | P |  | 20046 | per home; 2,600 sq.ft. insulation | R: Heating and cooling lost through walls in all homes | 141.343629 | 1251.203198539543 | 1599.791099771292 | 567.622374674015 | 123.5949861180065 | 40 | S.J. Rusek et al, CSI Elevated Temperature Conductivity and Rapid Conductivity Test Method, Quietflex Goodman Global, USA; 10th International Vacuum Insulation Symposium (9/2011) [NAME], Incorporation of Vacuum Insulation Panels in a Wood Frame Net Zero Energy Home, National Resources Canada, Canada; 10th International Vacuum Insulation Symposium (9/2011) | Personal communication from conference participant
 | R: Sheathing to EIFS upgrade | 0.5276243093922652 | P |  | 13052 | per home; 2,600 sq.ft. insulation | R: Heating and cooling lost through walls in existing homes | 74.151509 | 731.1274961524215 | 934.8211885231586 | 488.4751738865072 | 72.54361454330356 | 40 | Straube, J. and Smegal, J.; Building America Special Research Project: High-R Walls Case Study Analysis; Building Science Corporation 2009 (updated 2011) | Costs calculated from manufacturer quotes; savings calculated from first principles
 | C: VIP in walls | 0.7477272727272728 | P |  | 4.1634 | per square foot; wall: floor space of .9, window fill ratio of 0.4 | C: Heating and cooling lost through walls in all buildings | 93550.17330000001 | 738.6367100924242 | 856.6961223552789 | 316.7115698860832 | 35.01359211952689 | 40 | S.J. Rusek et al, CSI Elevated Temperature Conductivity and Rapid Conductivity Test Method, Quietflex Goodman Global, USA; 10th International Vacuum Insulation Symposium (9/2011) [NAME], Incorporation of Vacuum Insulation Panels in a Wood Frame Net Zero Energy Home, National Resources Canada, Canada; 10th International Vacuum Insulation Symposium (9/2011) | Personal communication from conference participant
 | R: R-30 walls (new homes) | 0.7008086253369272 | P |  | 13000 | per home; 2600 square feet wall space | R: Heating and cooling lost through walls in new homes | 39.07747 | 346.0994293366904 | 442.5234744724493 | 278.622278073804 | 114.5473302784887 | 40 | Straube, J. and Smegal, J.; Building America Special Research Project: High-R Walls Case Study Analysis; Building Science Corporation 2009 (updated 2011) | Costs calculated from manufacturer quotes; savings calculated from first principles
 | C: [NAME] in walls | 0.4739336492890995 | P |  | 2.3706 | per square foot; wall: floor space of .9, window fill ratio of 0.4 | C: Heating and cooling lost through walls in all buildings | 93550.17330000001 | 738.6367100924242 | 856.6961223552789 | 200.6626904072766 | 31.47209442760112 | 40 | Savings: first principles increasing R-value by 10 per inch to R-21 assembly Cost: Personal communication- attendee VIP meeting in UK $4.39/sq.ft. floor space of retrofit [NAME]: A Revolution in Building and Construction Insulation. [NAME] (2001) | See source data
 | R: 2x6, 24" OC frame in code | 0.4336734693877553 | P |  | 0 | per home; 30x40 home, 2 stories, 10' per story | R: Heating and cooling lost through walls in new homes | 39.07747 | 346.0994293366904 | 442.5234744724493 | 191.622084331958 | 0 | 80 | NAHB Research Center; Southface Energy Institute; Oak Ridge National Laboratory; National Renewable Energy Laboratory; "Technology Fact Sheet: Advanced Framing" (2000 | Fully implementing advanced framing techniques can result in materials cost savings of about $500-$1000 (for a 1,200-2,400-square-foot house, respectively), labor cost savings of between 3 and 5 percent, and annual heating and cooling cost savings of up to 5 percent.
 | R: "Drill & Fill" pre-70's | 0.6 | P |  | 6500 | per home; 30x40 home, 2 stories, 10' per story | R: Heating and cooling lost through walls in pre-1970 single family homes | 38.63618852388291 | 199.0477532420477 | 254.5028852530035 | 152.7017311518021 | 46.49451925267605 | 80 | Savings: first principles Cost: [NAME] retrofit measure database | Calculation using first principles
 | R: cool paint color | 0.06 | P |  | 0 | per home | R: Central cooling in hot climates | 66.56433807180524 | 577.1005013456311 | 1760.639709955035 | 104.7621088463529 | 0 | 10 | [NAME], [NAME], [NAME], and  [NAME]; "Energy Savings for Stucco Walls Coated with Cool Colors" ORNL (12/2007) | "Savings are 4-9% compared to non-IR reflecting walls"
 | R: adv. Frame in codes | 0.2397260273972602 | P |  | -750 | per home | R: Heating and cooling lost through walls in new homes | 39.07747 | 346.0994293366904 | 442.5234744724493 | 96.51367399516403 | -19.0395624542117 | 80 | National Association of Home Builders, Southface Energy Institute & Oak Ridge National Laboratory, "Advanced Wall Framing". U.S. Department of Energy (2000). | Fully implementing advanced framing techniques can result in materials cost savings of about $500 or $1000 (for a 1,200- and 2,400-square-foot house, respectively), labor cost savings of between 3 and 5 percent, and annual heating and cooling cost savings of up to 5 percent.
 | R: [NAME] in walls | 0.4739336492890995 | P |  | 11414 | per home; 2,600 sq.ft. insulation | R: Heating and cooling lost through walls in all homes | 141.343629 | 1251.203198539543 | 386.4262943675997 | 86.85325793872522 | 455.2688666208977 | 40 | Savings: first principles increasing R-value by 10 per inch to R-21 assembly Cost: Personal communication- attendee VIP meeting in UK $4.39/sq.ft. floor space of retrofit [NAME]: A Revolution in Building and Construction Insulation. [NAME] (2001) | 47% savings (increase assembly from R-11 to R-21) at $2.37/sq.ft.
 | C: cool paint color | 0.06 | P |  | 0 | per square foot | C: Cooling in all buildings in the hottest 2 climates | 49772.40350571705 | 423.4377668857347 | 1291.839714807677 | 41.5287157393625 | 0 | 10 | [NAME], [NAME], [NAME], and  [NAME]; "Energy Savings for Stucco Walls Coated with Cool Colors" ORNL (12/2007) | "Savings are 4-9% compared to non-IR reflecting walls"
 | 1. Description of the measure | 2. Energy savings |  |  | 3. Incremental price | 4. units & capacity | 5. Market description | 6. Market size, 2030 | 7. Site energy use (TBTUs), 2030 | 8. Source energy use (TBTUs), 2030 | 9. Economic potential (TBTUs), 2030 | 10. CCE ($/MMBTU) | 11. Lifetime (years) | Primary source | Quote
 |  | Percent | Persist | Fuel switch?
 | R: PCM, existing attics | 0.32 | P |  | 1000 | per home; 1,000 sq.ft. insulation | R: Heating and cooling lost through attics in existing homes | 102.266159 | 647.8254103081331 | 929.7944869012866 | 277.5120031661206 | 14.78879284196652 | 40 | Analysis of the Dynamic Thermal Performance of Fibrous Insulations Containing Phase Change Materials [NAME], et. [NAME]. | fitted with PCMs dropped the annual load due to ceiling and duct heat gains/losses by 23% of that computed for the SR25E75 code compliant roof and attic assembly.
 | R: Integrated (R-75) roof all, existing homes | 0.6908333333333333 | P |  | 3186.973485926734 | per home; 30x40 home, 2 stories, 10' per story | R: Heating and cooling lost through attics in existing single family homes | 42.91576983528353 | 366.9496261369836 | 526.6661880249069 | 173.1741123575821 | 18.78501883140705 | 30 | Miller, W. & Kosny, [NAME] and Attics for Homes. ACEEE Summer Study on Energy Efficiency in Buildings 180-195 (2008) | Multiple relevant quotations
 | C: Cool roofs, hot CZ 0.75 SR | 0.1453808194948785 | P |  | 0.1567567567567567 | per square foot; 3.7 floors/building average | C: Cooling in hottest 2 climates | 49772.40350571705 | 423.4377668857347 | 1291.839714807677 | 170.3720767831535 | 2.304482088547207 | 20 | Konopacki, S., Akbari, H., Pomerantz, M., Gabersek, S. & Gartland, L. Cooling Energy Savings of Light-Colored Roofs for Residential and Commercial Buildings in 11 U.S. Metropolitan Areas. 117 (1997). | Calculated in depth in spreadsheet "Appendix"
 | R: Integrated (R-75) roof hot, new homes | 0.55 | P |  | 1801.332839871632 | per home; 30x40 home, 2 stories, 10' per story | R: Central cooling in new single-family homes in hottest two climates | 12.70963732881524 | 120.7799046810836 | 368.4798329758194 | 152.1889469989244 | 6.816185229084454 | 20 | Miller, W. & Kosny, [NAME] and Attics for Homes. ACEEE Summer Study on Energy Efficiency in Buildings 180-195 (2008) | Multiple relevant quotations
 | R: cool roofs, hot CZ | 0.12 | P |  | 490.7477288111818 | per home; 1,150 sq.ft. roofing | R: All cooling in homes in hot climates | 9.103926297834752 | 403.0513823329089 | 1229.644173299003 | 132.7725590727262 | 1.787221706337401 | 20 | Konopacki, S., Akbari, H., Pomerantz, M., Gabersek, S. & Gartland, L. Cooling Energy Savings of Light-Colored Roofs for Residential and Commercial Buildings in 11 U.S. Metropolitan Areas. 117 (1997). | Calculated in depth in spreadsheet "Appendix"
 | C: Increase roof insulation, new | 0.5 | P |  | 0.88 | per square foot; 45,000 ft2 grocery store, 460,000 ft2 office, 50,000 ft2 retail | C: Heating and cooling lost through attics in new buildings | 50965.90779999987 | 217.6844029672635 | 258.4428928248061 | 128.523261068792 | 25.01136858890311 | 20 | Leech, M. et. al.; "Grocery Store 50% Energy Savings Technical Support Document", National Renewable Energy Laboratory (2009) [NAME], M. et. al.; "Technical Support Document: Strategies for 50% Energy Savings in Large Office Buildings", National Renewable Energy Laboratory (2010) [NAME]. al.; "Technical Support Document: Development of the Advanced Energy Design Guide for Medium Box Retail—50% Energy Savings", National Renewable Energy Laboratory (2008) | Costs and performance drawn from upgrading ASHRAE code roof insulation to most cost effective point from indicated source
 | C: Increase roof insulation, existing | 0.4166666666666666 | P |  | 0.2839563567362429 | per square foot; 210,800 ft2 school | C: Heating and cooling loads through attics in existing buildings | 52978.72920000015 | 226.2815190327364 | 268.6497037658985 | 108.3093168998302 | 7.688249761252282 | 20 | AERG for [NAME] (unpublished)
 | R: well insulated attics to R-40 | 0.4523809523809524 | P |  | 1768 | per home; 30x40 home, 2 stories, 10' per story | R: Heating and cooling lost through attics of homes with moderately insulated attics | 49.08775632 | 136.043336164708 | 195.2568422492702 | 89.24200776322917 | 35.91847930363291 | 30 | Savings: First principles (market and baseline drawn from RECs analysis) Cost: [NAME] measure database | Calculation using first principles
 | C: Cool roofs, hot CZ | 0.05338026190617266 | P |  | 0.02702702702702703 | per square foot; 3.7 floors/building average | C: Cooling in all buildings in the hottest 2 climates | 49772.40350571705 | 423.4377668857347 | 1291.839714807677 | 62.5184600715354 | 1.083127730035556 | 20 | Konopacki, S., Akbari, H., Pomerantz, M., Gabersek, S. & Gartland, L. Cooling Energy Savings of Light-Colored Roofs for Residential and Commercial Buildings in 11 U.S. Metropolitan Areas. 117 (1997). | Calculated in depth in spreadsheet "Appendix"
 | R: Install attic radiative barrier | 0.12 | P |  | 263.2717227504693 | per home; 30x40 home, 2 stories, 10' per story | R: Heating and cooling lost through attics in all homes | 141.343629 | 892.692751614592 | 1303.842546862307 | 59.86168741767779 | 16.55344961460144 | 20 | Medina, M; "On the performance of radiant barriers in combination with different attic insulation levels"; Energy and Buildings 33 (2000) 31-40 | produced yearly heat-cool reductions of approximately 44, 28, and 23%
 | R: PCM, new home attics | 0.24 | P |  | 700 | per home; 1,000 sq.ft. insulation | R: Heating and cooling lost through attics in new homes | 27.148441 | 191.4044374872686 | 274.7141249977456 | 50.2778723725782 | 16.97447439626486 | 40 | Analysis of the Dynamic Thermal Performance of Fibrous Insulations Containing Phase Change Materials [NAME], et. [NAME]. | Same as previous adjusted for cost and impacts vs. 2010 building code baseline
 | R: New attic rad. Barrier w/ ducts | 0.116 | P |  | 263.2717227504693 | per home; 30x40 home, 2 stories, 10' per story | R: All cooling in homes in hot climates | 14.59673455491388 | 223.9174346293939 | 683.1356518327794 | 35.80794598889577 | 5.33622152520375 | 20 | Medina, M; "On the performance of radiant barriers in combination with different attic insulation levels"; Energy and Buildings 33 (2000) 31-40 | produced yearly heat ¯ow reductions of approximately 44, 28, and 23%
 | R: Exist. attic [NAME]. Barrier w/ ducts | 0.116 | P |  | 263.2717227504693 | per home; 30x40 home, 2 stories, 10' per story | R: All cooling in homes in hot climates | 9.103926297834752 | 403.0513823329089 | 1229.644173299003 | -47.19772673597254 | 4.48238155154799 | 20 | Medina, M; "On the performance of radiant barriers in combination with different attic insulation levels"; Energy and Buildings 33 (2000) 31-40 | produced yearly heat ¯ow reductions of approximately 44, 28, and 23%
 | 1. Description of the measure | 2. Energy savings |  |  | 3. Incremental price | 4. units & capacity | 5. Market description | 6. Market size, 2030 | 7. Site energy use (TBTUs), 2030 | 8. Source energy use (TBTUs), 2030 | 9. Economic potential (TBTUs), 2030 | 10. CCE ($/MMBTU) | 11. Lifetime (years) | Primary source | Quote
 |  | Percent | Persist | Fuel switch?
 | R: seal existing homes (50% improvement) | 0.5 | P |  | 900 | per home; 30x40 home, 2 stories, 10' per story | R: Heating and cooling lost through infiltration in existing homes | 102.266159 | 1349.531639905975 | 1757.861364148341 | 943.3029957007741 | 5.102591124678477 | 10 | Savings: first principles Cost: [NAME] retrofit measure database | Savings: first principles (i.e. ,50% target) Cost: [NAME] retrofit measure database for this performance level
 | R: building wrap | 0.13 | P |  | 1040 | per home | R: Heating and cooling lost through infiltration in new homes | 39.07747 | 515.1305312528938 | 752.3855241576797 | 172.4068246907498 | 53.24863548846709 | 60 | Architectural Energy Company, "Impact of Title 24 Residential Air Leakage Reduction Credit on Water-Resistive Barriers in California Homes", 2006 | Blower door testing indicated that the replacement of two layers of Grade D building paper with a spun-bonded polyolefin housewrap reduced the SLA by an average of 13% (Wilcox, 2001).
 | C: building wrap | 0.6052631578947368 | P |  | 1.26 | per square foot; wall: floor space of .9, window fill ratio of 0.4 | C: Heating and cooling lost through infiltration in new buildings | 50965.90779999987 | 150.1538220163503 | 219.3105537877513 | 141.5841445299737 | 29.89675098808958 | 80 | [NAME], [NAME], [NAME], and [NAME], "General Merchandise 50% Energy Savings  Technical Support Document"; [NAME]/TP-550-46100 September 2009 | The air barrier is assumed to reduce the envelope infiltration from 0.038 to 0.015 ACH… The cost of the air barrier is estimated at $1.40/ft2 of exterior wall area
 | R: R-7  doors | 0.7454545454545455 |  |  | 90 | per unit | R: Heating and cooling lost through doors in all homes | 141.343629 | 232.9985778042815 | 265.3838247239615 | 187.4619185395818 | 3.63681799905799 | 20 | Savings: First principles (market and baseline drawn from RECs analysis) Cost: [NAME] measure database | Calculation using first principles
 | C: Vestibules | 0.5377470355731225 | P |  | 0.7804 | per square foot; two vestibules per 15,000 sq. ft. | C: Heating and cooling lost through buildings lacking vestibules (est. 50%) | 51972.31850000001 | 153.118871 | 223.6412230033588 | 130.7782254885404 | 12.7947133904332 | 40 | [NAME], [NAME], [NAME], and [NAME], "General Merchandise 50% Energy Savings  Technical Support Document"; [NAME]/TP-550-46100 September 2009 | reduce the front door infiltration from 0.253 to 0.158 ACH.  The cost...  replacing two, 8-ft tall sliding doors with a total surface area of 120 ft2 with four, 7-ft tall sliding doors and adding 30 linear feet of interior walls: $5,853
 | R: R-17 crawl spaces | 0.7647058823529411 | P |  | 228 | per home; 30x40 home, 2 stories, 10' per story | R: Heating and [NAME] lost through foundations of homes with crawl spaces | 35.19568539583333 | 162.6180857444544 | 237.5155155000775 | 191.5667583281741 | 2.013573984120742 | 20 | Savings: First principles (market and baseline drawn from RECs analysis) Cost: [NAME] measure database | Calculation using first principles
 | R: Basement to R-11 | 0.7333333333333334 | P |  | 1196 | per home; 30x40 home, 2 stories, 10' per story | R: Heating and [NAME] lost through foundations of homes with basements | 49.77875822916666 | 229.9976909931527 | 225.5436905244615 | 173.346609285801 | 14.8406708516659 | 30 | Savings: First principles (market and baseline drawn from RECs analysis) Cost: [NAME] measure database | R-15 is effective total assembly thermal resistance after adding R-11 insulation
 | R: R-10 slab edge in existing homes | 0.85 | P |  | 1437.222222222222 | per home; 30x40 home, 2 stories, 10' per story | R: Heating and [NAME] lost through foundations of existing homes with slabs | 29.57232799404762 | 189.218784145773 | 276.3677659402886 | 77.81943974173873 | 7.773749375576317 | 40 | "A Builder’s Guide to Residential Foundation Insulation" King, J.; Meyer, G | See additional data tab: savings calculated from Kansas climate zones then scaled nationally
 | R: R-5 slab edge in new homes | 0.7 | P |  | 715 | per home; 30x40 home, 2 stories, 10' per story | R: Heating and [NAME] lost through foundations of new homes with slabs | 10.82705682738095 | 71.22930537323371 | 104.0355696415089 | 48.47070254777874 | 5.86528636809376 | 40 | "A Builder’s Guide to Residential Foundation Insulation" King, J.; Meyer, G | See additional data tab: savings calculated from Kansas climate zones then scaled nationally