Clean Local Power for Kentucky
•
1 like•934 views
The document discusses the benefits of distributed renewable energy in Kentucky, noting that the state has significant potential for roof and ground solar, highway solar, and combined heat and power. It outlines the lower costs, job creation opportunities, and grid support of local clean energy compared to centralized power sources. Barriers to greater adoption such as intermittency concerns can be addressed through geographic dispersion of projects and innovative utility policies and programs.
Recommended
Recommended
More Related Content
What's hot
What's hot (17)
Similar to Clean Local Power for Kentucky
Similar to Clean Local Power for Kentucky (20)
More from John Farrell
More from John Farrell (20)
Recently uploaded
Recently uploaded (20)
Clean Local Power for Kentucky
- 1. Clean, Local Energy The Value and Power of Distributed Renewable Energy in Kentucky John Farrell, Director Energy Self-Reliant States and Communities program jfarrell@ilsr.org 612.276.3456 x210 Presentation on Aug. 31, 2011
- 2. ILSR’s Unique Perspective Yesterday Tomorrow Centralized Power Clean, local power Solar PV power plant Storage Storage Transmission network Storage Storage House Local CHP plant Distribution network House with domestic CHP Wind power Factory Commercial plant building
- 3. Why Clean, Local Energy? Enormous Potential 31 states could be electricity self-reliant
- 4. Why Clean, Local Energy? Enormous Potential? 26%
- 5. Why Clean, Local Energy? KY Renewable Potential CHP Hydro3% 2% Wind 2% Rooftop Solar 19% Other 74%
- 6. Why Clean, Local Energy? KY Renewable Potential CHP Hydro3% 2% 10% of right-of-way Wind 2% on 23,000 miles of roads Rooftop Solar 19% Other 51% Highway Solar 23%
- 7. Why Clean, Local Energy? KY Renewable Potential CHP Hydro3% 2% Wind 2% Rooftop Solar 19% Ground Solar 51% Highway Solar 23%
- 8. Value of Clean, Local Power • Cost for power • Value of energy • Value of jobs and economic development • Value of local ownership
- 9. Value of Clean, Local Power Price per kWh Includes federal incentives CHP Hydro Wind 5 cents 7 cents 17 cents All Solar
- 10. Value of Clean, Local Power Energy $5 per Watt Distributed Solar Power Worth Far More Than Electrons | Energy Self-Reliant States - http://tinyurl.com/3tqmerh
- 11. Value of Clean, Local Power Grid Benefits Distributed Solar Power Worth Far More Than Electrons | Energy Self-Reliant States - http://tinyurl.com/3tqmerh
- 12. Value of Clean, Local Power Social Benefits Distributed Solar Power Worth Far More Than Electrons | Energy Self-Reliant States - http://tinyurl.com/3tqmerh
- 13. Value of Clean, Local Power Ex// Grid Benefits 4 cents per kWh in addition to electricity Palo Alto, CA, municipal utility
- 14. Value of Clean, Local Power Jobs Putting Renewables to Work: How Many Jobs Can the Clean Energy Industry Create? (UC Berkeley)
- 15. Value of Clean, Local Power Local Benefits Local Ownership Boosts Impact of Renewables
- 16. Value of Clean, Local Power Public Support No local ownership (–44) 50% Local ownership (+33) 40% 41 36 30% 33 24 20% 21 10% 11 12 10 5 0% 2 3 2 very negative negative neutral positive very positive don’t know Attitude towards increased use of local wind energy
- 17. Addressing Barriers to Clean, Local Power • Backup / intermittency • Local grid capacity • Economies of scale • Policy
- 18. Barriers Intermittency Geographic Dispersion Lowers Solar Backup Costs $0.04 $0.04 $0.03 $ per kWh $0.02 $0.01 $0.01 $0.00 $0 1 location 5 locations 25 locations
- 19. Barriers Intermittency
- 20. Barriers Distribution Grid no bust 15%, or • Utilities in California (and elsewhere) generally agree that 15% distributed generation on a local distribution circuit is the threshold for any problems. Democratizing the Electricity System (ILSR, 2011)
- 21. Barriers Economies of Scale Smaller Wind Projects are Cheapest
- 22. Barriers Economies of Scale Most solar economies of scale captured small
- 23. Barriers Local Policy 17% Solutions from Vote Solar’s Project:Permit
- 24. Illustrations of Clean, Local Power • Local wind: Willmar Municipal Utility • Community solar • Sol Partners by United Power co-op • SimpleSolar by FL Keys Electric Co-op • SunSmart by City of St. George • Kandiyohi Power Cooperative
- 25. Illustrations Willmar Municipal Utility • Willmar, MN: population 20,000 • Two 2-MW turbines • 3% of city electricity • Self-financed
- 26. Illustrations United Power co-op • Sol Partners lease • 10 kW solar farm • Members can lease 210 W panel for $1,050 Featured in Community Solar Power: Obstacles and Opportunities (ILSR, 2009)
- 27. Illustrations Florida Keys Electric Co-op • Simple Solar lease • 120 kW solar farm • Members can lease 175 W panel for $999, 25 years Featured in Community Solar Power: Obstacles and Opportunities (ILSR, 2009)
- 28. Illustrations City of St. George, UT • SunSmart lease • 100 kW solar farm • Members can lease 500 W for $3,000, 19 years • Partnership with Dixie Escalante Electric (co-op) Featured in Community Solar Power: Obstacles and Opportunities (ILSR, 2009)
- 29. Illustrations Kandiyohi Power • Rural cooperative • Wants to emulate United Power solar model
- 30. Thank you! John Farrell energyselfreliantstates.org jfarrell@ilsr.org johnffarrell 612-276-3456 x210