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Public Revenue from Wind Farms May 2008 Susan Skalka.

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Presentation on theme: "Public Revenue from Wind Farms May 2008 Susan Skalka."— Presentation transcript:

1 Public Revenue from Wind Farms May 2008 Susan Skalka

2 Current Public Revenues Ppty Taxes:  Determined by municipality, no standard calculation $153,995 to Searsburg in 2001, PPM offered $240,000 for proposed expansion Sheffield will pay $520,000 annually to mitigation fund, ppty taxes H.520, Sec. 5402c: Fee based on production  $0.00225 in fiscal year 2009  $0.0025 in fiscal year 2010  $0.003 in fiscal year 2011 and thereafter

3 Potential Public Revenue Capture economic rent on profits created not by producers, but by nature and the market Different fiscal structures could be used  Economic analysis by energy economist would be needed to determine which would work best  Would need to not discourage production of wind energy  Instead of taxing production (which is a cost), take portion of economic rent (not a cost) Revenue could go into a fund  Fund management would need to be discussed

4 Proposed Guidelines Progressive Profit Tax Percent of royalties taken increases as profits increase Fiscal Structure should take into account age of facility: New and older facilities have smaller percentage, those in their prime have highest percent

5 Estimates for Discussion http://www.revermont.org/windfarm_benefits.pdfhttp://www.revermont.org/windfarm_benefits.pdf* http://sciencepolicy.colorado.edu/moveabletype/mt-comments.cgi?entry_id=850** 2002 Study*: VT could produce 10% of electric energy from 6 wind-farms,with about 150 1.5 MW wind turbines = 225MW total Vermont Net generation: 7,084,344MWH/year (EIA) x 10% = 708,434.4MWH/yr =708,434,400 KWH/yr Check: 225,000 kW x 24hrs/day x 365 days=1,971,000,000 KWH/yr x.35 (capacity factor) = 689,850,000kwh/yr X * 5.6 cents per kWh est. cost * = $38,631,600 Assume 6.6 cents per kwh* selling price** x 689,850,000kwh/yr = $45,530,100 - $38,631,600 = $6,898,500.00 Assume 10.6 cents per kwh* selling price** x 689,850,000kwh/yr = $73,124,100 - $38,631,600 = $34,492,500 Assume 30.6 cents per kwh* selling price** x 689,850,000kwh/yr = $211,094,100 - $38,631,600 = $172,462,500

6 Conclusion Vermont should complete an analysis and be prepared to share profits/ economic rent with wind industry as profits from wind-produced power grow due to factors other than work put in by wind company.


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