1. ENERGY REDUCTION STRATEGIES Dmitry Liapitch Wells College ’10 Physics / Mathematics

2. Sustainability Committee Presidents’ Climate Commitment ~ By January 15, 2011 : Climate Action Plan ~ ~ Dmitry Liapitch '10 ~ Caroline Bates '10 ~ Danine Dibble ~ Steve Gilchrist ~ Tom Gunderson ~ ~ Milene Morfei ~ Niamh O'Leary ~ Ann Rollo ~ Elly Ventura ~ Sharon Vitello '12 ~ Includes a target date and interim milestones for achieving climate neutrality The American College & University Presidents’ Climate Commitment is a high-visibility effort to make campuses more sustainable and address global warming by garnering institutional commitments to reduce and ultimately neutralize greenhouse gas emissions on campus and to accelerate the research and educational efforts of higher education… ~ Measure Greenhouse Gas Emissions ~ O’ Brian & Gere – Thermal Energy Audit & Emissions Analysis ~ Select tangible actions to be completed ~ While climate action plan is being developed (within two years.)

3. Wells College Energy Usage Data Analysis of COST & ENERGY USAGE ~ LEACH - Main 14 buildings on Wells Campus ~ POWER HOUSE – 7 inferior energy consuming buildings Cost & Energy Reduction Strategies Sustainability & Wells College ~ Energy Sources & Emissions ~ Motion Sensor Installations ~ Efficient Light Installations ~ SAVING & PROFIT ~ Potential Photovoltaic System The Future of Wells College ~ Presidents’ Climate Commitment

4. Wells College Electric Meters Additional Information LEACH – 14 Buildings ~ Barler ~ Bellinzoni ~ Cambell ~ Dining Hall ~ Dogde ~ Glen Park ~ Golf Course ~ Macmillian ~ Main Building ~ Stratton Science Building ~ Long Library ~ Weld ~ Leach ~ Schwartz Athletic Center ~ Athletic Fields ~ POWER HOUSE – 7 Buildings Boathouse ~ Cleveland ~ Maintenance ~ Morgan~ Pettibone ~ Smith (Sommer Center) ~ Zabriskie AURORA – Several Buildings ~ Aurora Inn ~ Bet the Farm ~ Dories ~ Fargo ~ Market ~ Apartments ~ Over 20 Houses ~ Each year starts in July and ends in June. (2008-2009 means July 2008 – June 2009) ~ Aurora will NOT be included in the analysis Energy Usage Analysis ~ Energy Usage Information Was Provided by Tom Gunderson

5. ~ Average spent on LEACH electric bill from 2006-2009 = $30,207.58 a month Monthly Energy Usage for LEACH Buildings

6. LEACH Energy Usage & Cost for 2006-2009 ~ Clearly Energy Usage & Cost is Annually Increasing!

7. POWER HOUSE Cost & Usage for 2006-2009 Boathouse ~ Cleveland ~ Maintenance ~ Morgan ~ Pettibone ~ Smith (Sommer Center) ~ Zabriskie Boathouse ~ Cleveland ~ Maintenance ~ Morgan ~ Pettibone ~ Smith (Sommer Center) ~ Zabriskie ~ Increase due to use of the Zabriskie and additional generator!

8. ~ Currently Wells College Has Over 600 Students Energy & Cost Increase For Additional Students ~ If 600 students were responsible for half of the energy usage: Wells Students Wells Students Energy Usage (kWh) 2008-2009 600 Students 4,159,296$483,573.63 Per Student 3,466$402.98 800 Students 5,545,728$644,764.84 ~ Each student uses approximately 3,466 kWh of energy! ~ If Wells increases its size to 800 students, The annual energy bill will increase approximately $161,191!

9. Energy Reduction Strategies Power Usage Comparison (Watts) IncandescentCFLLED 4084 60156 80209 1002516 1504225 ~ CFLs are 75% more efficient ~ ~ CFLs, on average, 9 time life span ~ ~ LEDs are 90% more efficient ~ ~ LEDs can last up to 25 times~ ~ CFLs contain mercury vapor ~ ~ LEDs are currently very expensive ~

10. Energy Reduction Strategies Comparison for 120 Outdoor Light Installations for 12 Hour Day Type HP Sodium CFLLED Watt Usage 1504210 Cost Per Light $14.00$12.00$100.00 Energy (kWh) 21660.4836 Daily Cost $25.06$7.02$4.18 Annual Cost $9,145.44$2,560.72$1,524.24 Annual Savings 0$6,584.72$7,621.20 Light Cost $1,680.00$1,440.00$12,000.00 1st Year Savings 0$5,144.72-$4,378.80 ~ There will be immediate savings with CFLs! ~ LEDs will save more money in the long run!

11. Energy Reduction Strategies Comparison for 120 Light Installations for a 12 Hour Day Type HP Sodium CFLLED Watt Usage 60156 Cost Per Light $0.50$3.00$10.00 Energy (kWh) 86.421.68.64 Daily Cost $10.02$2.51$1.00 Annual Cost $3,658.18$914.54$365.82 Annual Savings 0$2,743.63$3,292.36 Light Cost $60.00$360.00$1,200.00 1st Year Savings 0$2,383.63$2,092.36 ~ There will be immediate savings with simple changes!

12. http://www.nyseg.com/MediaLibrary/2/5/Content%20Management/NYSEG/YourAccount/PDFs%20and%20Docs/070007%20N%20Apr%20ELines%20FINAL.pdfResourceNYSEGINTEGRYS Wells College Wells CollegeBiomass1%<1%<1% Coal Coal11%30%26% Hydro Hydro23%12%14% Natural Gas Natural Gas37%25%28% Nuclear Nuclear23%25%25% Oil Oil5%6%6% Solar Solar0%<1%<1% Solid Waste Solid Waste<1%<1%<1% Wind Wind<1%<1%<1% NYSEG Air Emissions for Energy Production INTEGRYS Air Emissions for Energy Production 78% of Energy Comes From INTEGRYS 22% of Energy Comes From NYSEG Wells’ Energy Sources EmissionNYSEGINTEGRYS Wells College Wells CollegeS0264%158%137% N0x N0x70%122%111% CO2 CO282%128%118%

13. Sustainability Committee Presidents’ Climate Commitment ~ By January 15, 2011 : Climate Action Plan ~ ~ Dmitry Liapitch '10 ~ Caroline Bates '10 ~ Danine Dibble ~ Steve Gilchrist ~ Tom Gunderson ~ ~ Milene Morfei ~ Niamh O'Leary ~ Ann Rollo ~ Elly Ventura ~ Sharon Vitello '12 ~ Includes a target date and interim milestones for achieving climate neutrality The American College & University Presidents’ Climate Commitment is a high-visibility effort to make campuses more sustainable and address global warming by garnering institutional commitments to reduce and ultimately neutralize greenhouse gas emissions on campus and to accelerate the research and educational efforts of higher education… ~ Measure Greenhouse Gas Emissions ~ O’ Brian & Gere – Thermal Energy Audit & Emissions Analysis ~ Select tangible actions to be completed ~ While climate action plan is being developed (within two years.)

14. ~ One of the potential requirements that can be fulfilled for the President’s Climate Commitment is to ensure that at 15% of our energy comes from a renewable source. Commitment is to ensure that at 15% of our energy comes from a renewable source. ~ If 15% of our energy came from Solar energy, for example, it would fulfill all of the energy needs for the POWER HOUSE buildings, allowing for over 30% of of the energy needs for the POWER HOUSE buildings, allowing for over 30% of Wells College buildings to be powered by a renewable energy source! Wells College buildings to be powered by a renewable energy source!

15. ~ According to the National Renewable Energy Laboratory (NREL) Irradiance Data, Upstate New York receives approximately 4 hours of daily prime sunlight from 1961-1990. Upstate New York receives approximately 4 hours of daily prime sunlight from 1961-1990. (10kW Photovoltaic System will generate 40kWh a day, 14600 kWh annually) ~ To fulfill 15% of Wells College energy usage requires a 428 kW system. (428 kW * 4 hrs* 365 days) = 624880 kWh ~ Assuming that it costs $8 a Watt (Renovus Price), A 428 kW system would cost approximately $3,424,000 before any incentives. Potential Solar System for 15% of Wells Energy Usage ~ NYSERDA Incentives can provide up to 40% of initial investment

16. Benefits Barriers Benefits and Barriers Chemical Emissions from Wells College and Energy Providers Chemical Emissions from Wells College and Energy Providers ResourceNYSEGINTEGRYS Wells College Wells College85% S0264%158%137%117% N0x N0x70%122%111%94% C02 C0282%128%118%100% ~ Installing a 15% renewable energy system would reduce Wells College’s dependence on NYSEG and INTEGRYS energy sources. ~ This would result in 2 out of 3 of our chemical emission levels to reduce to the NYS average chemical emission level, and below. ~ Wells would be able to provide over 30% of their buildings with clean energy! ~ It would simultaneously fulfill a requirement of the President’s Climate Commitment! ~ Large initial investment for photovoltaic system installation. ~ There is a clear trend in the increase for energy usage.

17. ENERGY REDUCTION STRATEGIES Dmitry Liapitch Wells College ’10 Physics / Mathematics