Installing Wind Energy at Commercial and Industrial Facilities

Transcription

1 Installing Wind Energy at Commercial and Industrial Facilities Moderator & Wind 101 Speaker: Steve Wilke, SED Case Studies: Bob Bechtold, HARBEC Plastics, WISP Dave Strong, Project Manager SED, Country Garden, Berkshire East

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4 Distributed Wind Expo Wind 101 Rochester, NY June, 2013

5 What is Distributed Wind?

6 Small Wind

7 Midsize Wind

8 Large Wind

9 Ownership Individual Residential Farm Business Community Locally Owned Commercial Business Industry Large Farm Individual Commercial

10 What You Need

11 Wind Resource

12 Permitting & Zoning

13 Distribution Interconnection

14 Economics

15 Jennifer Jenkins Executive Director (928) For More Information

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17 Distributed Renewable Energy Industrial/Commercial Wind Installations at HARBEC DWEA Conference 2013 Rochester, NY. June 6, Bob Bechtold

18 Who is HARBEC?? Custom Injection Molder 37 years old 145 people Use a lot of Energy > 3,000,000 kwh per year Always looking for ways to improve their bottom line Striving to be Socially Responsible and Sustainable 1 8

19 Fortune or Curse? Senior Management thinks wind PLUS 1 9

20 HARBEC Energy Management Opportunities 2 0

21 Turbine 1 Renewable Wind Energy 2002 Installation of 250 kw wind generator to accomplish wind/microturbine hybrid Slightly better than Class 3 wind site Average energy production is 300,000 kwh +/- 10% per year, or about 10% of the total HARBEC annual energy requirements. Displaces retail value electricity, which is $.15 per kwh Electric savings provides >$45,000/year revenue stream 8-10 year ROI on $400k project originally ROI is shortened as electric costs rise Allows us to predict (fix) 10% of our energy costs 20 to 25 years into the future $$$$$ 2 1

22 Turbine 2 Renewable Wind Energy NYSERDA ($300,000+) USDA ($700,000+) kw Gamesa wind turbine Displaces retail value electricity, which is ~$.15 per kwh $2,100,000 +/- total project Electric savings provides >$200,000/year revenue stream 6-8 year ROI on $1,100,000 project originally Likely ROI will be shortened as electric costs rise 4 finance options to pick from Leveraging Consumption = PPA Allows us to predict (fix) >50% of our energy costs 20 to 25 years into the future $$$$$ 2 2

23 Moving Toward Carbon Neutral HARBEC s FIRST 250 kw wind turbine produces about 300,000 kwh of electricity per year HARBEC s SECOND 850 kw wind turbine produces about 1.6 million kwh of electricity per year 300,000 x 1.5 lb.of CO2 = 450,000 lb. OR 225 tons of CO ,600,000 x 1.5 lb.of CO2 = 2,400,000 lb. OR 1200 tons of CO2

24 Wayne County Industrial Sustainability Park Sustainable Energy Development Geothermal process water Fire Protection Groundwater Control Geothermal heating/cooling Electricity 200 Hot Water Biodiesel Fuel Pond CHP 850 kw Wind Turbine Northern Biodiesel Fueling Rack Spec Space Warehouse Future Green Houses HARBEC Plastics 100% Green Utility Grid Power 250 kw Wind Turbine 2 4

25 HARBEC conviction to Eco-economic Sustainable Manufacturing At HARBEC we regard Eco-economic Sustainability as absolutely critical to the future of our business, and we believe that our success in the pursuit of it, will improve our competitive advantage by insuring our efficiency. Striving to be a Carbon Neutral manufacturing company Thank You HARBEC, Inc. Ontario, NY

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29 Hyannis Country Garden

30 Northwind 100 Tower Height 120 Rotor Diameter 21m Blade length ~32 ft. Total Height ~152

31 Process Planning USDA Grant MTC Internal buy-in Homework Wind Turbine Search Hire SED Feasibility Study Permitting Design Construction Planning

32 Economics Project Cost - $523,000 Total Grants - $300,000 Annual Savings - $37,000 Payback Period 9-11 Years Annual Generation 177,000 kwh

33 PR and Communications Balloon float Open houses Tours Press Conferences

34 Berkshire East Ski Area

35 Powerwind P56 Tower Height 194 Rotor Diameter 56m Blade length ~92 ft. Total Height ~286

36 Process Planning Feasibility Study CEC Design USDA Loan Guarantee Permitting MHC, Turbine Procurement Financing

37 Economics Project Cost - $3.14 million Total Grants - $400,000 Annual Savings - $315,000 Payback Period 8-10 Years Annual Generation 2 million kwh