1. Why Weatherization? Low-income families often choose between heat and other necessities 33.8 million households nationally eligible for Weatherization services Over 215,000 WV households (30%) eligible for Weatherization.

2. West Virginia’s Low-Income Energy Burden Middle income households spend app. 5% of their annual income on home energy For low-income West Virginians, home energy is a crippling financial burden –56,000 West Virginia households with income below 50% of the Federal Poverty Level pay 51.5% of their annual income simply for their home energy bills

3. What is the Weatherization Assistance Program? U.S. Department of Energy provides core funding Follows DOE rules and regulations WV DHHR also provides funding through LIHEAP Total Federal funding for the WV WAP has averaged around $6 million the last few years

4. What is the Weatherization Assistance Program? WV GOEO has partnerships with States largest utilities to enhance program services to customers of those companies Electric partnerships with Allegheny Power and American Electric Power Gas partnership with Mountaineer Gas and Dominion Hope Total utility funding app. $750,000 for 2007

5. What is the Weatherization Assistance Program? WAP started in late 1970’s Provides energy efficiency measures installed by trained crews Has developed advanced diagnostic techniques and computerized energy audits to provide most cost effective measures

6. What is the Weatherization Assistance Program? In West Virginia – –DOE contracts with Governor’s Office of Economic Opportunity to operate the program –GOEO contracts with 12 community action agencies to operate the program on a local level in all 55 counties –Will weatherize app. 1200 homes in 2007 –Must be below 150% of Federal Poverty Level to qualify –App. 3000 households on statewide waiting list

7. What is the Weatherization Assistance Program? Typical measures include: –Heating system diagnostic testing, repair, tune- ups, and replacements –Duct sealing and insulation –Reducing air infiltration to acceptable levels –Attic insulation –Dense pack sidewall insulation –Other measures as identified, including electric baseload measures

8. Weatherization Program Mission To reduce the energy costs for low-income families, particularly for the elderly, people with disabilities, and children, by improving the energy efficiency of their homes while ensuring their health and safety.

9. Diagnostic Tools: Blower Door Blower door test identifies air leakage Panel with fan is placed in a doorway to de-pressurize home –Exaggerates leakage so it can be measured

10. Diagnostic Tools: Blower Door Gauges indicate level of air leakage Used with other devices to locate leaks

11. Diagnostic Tools: Combustion Analyzer Tests heating system for efficiency and safety Analyzes composition of flue gases –Indicates inefficient combustion, hazardous by-products (e.g., carbon monoxide) A heating system technician tests the efficiency of the furnace using the Bacharach 300 Digital Combustion Analyzer.

12. Diagnostic Test: Carbon Monoxide Identifies CO from stoves & furnaces Important health and safety test Effective tool for client education

13. Diagnostic Tools: Pressure Pan and Manometer Leaky ducts can increase costs by 10-30% While blower door runs, pressure pan placed over air register

14. Energy Efficiency Measures: Insulation Potential areas for insulation include attic, ceilings, floors, and walls

15. Energy Efficiency Measures: Insulation Blown insulation most effective A technician installs insulation by dense packing cellulose into the sidewalls of a home to not only insulate but also air seal.

16. Energy Efficiency Measures: Heating System May need tune-up or basic repairs Can replace hazardous or inoperable furnaces –Due to funding limitations, leveraged resources often used to replace heating systems –Unvented space heaters pose large health and safety threat

17. Energy Efficiency Measure: Duct Sealing and Insulation Duct system may need sealing and/or balancing Duct tape should NOT be used –Apply mastic Ducts in unconditioned spaces should be insulated

18. What Results? Average annual energy savings = $358* first-year savings per household Returns $1.53 in energy-related benefits for every $1 invested in the program Avoids 1 metric ton of carbon dioxide emissions for every home weatherized Creates 52 direct jobs for every $1 million of funding Diagnostic approach and program technology has influenced residential energy efficiency in all housing stock and income brackets * Calculated January 2007 based on 20-year EIA annual price projections discounted to present value.