This January 2008 policy brief from the New Rules Project of ILSR highlights how several European countries, and more recently the Canadian province of Ontario, have adopted a simple yet powerful strategy to expand renewable energy and benefit local economies. It is called a feed-in tariff: a mandated, long-term premium price for renewable energy paid by the local electric utility to energy producers. Evidence shows that a feed-in tariff achieves greater results at a lower cost than do other strategies like tax incentives or renewable electricity standards.
This report from Lawrence Berkley National Laboratory was released in September, 2007. The report, titled "Wind Project Financing Structures: A Review & Comparative Analysis," was authored by John Harper (Birch Tree Capital, LLC), Matt Karcher (Deacon Harbor Financial, L.P.), and Mark Bolinger (Lawrence Berkeley National Laboratory), and was funded by the U.S. Department of Energy's Office of Energy Efficiency and Renewable Energy, Wind & Hydropower Technologies Program.
"Property Taxation of Wind Generation Assets," North American Windpower, May 2006, Vol. 3, No. 4, pp. 31-34. This article, written by Warren Ault, summarizes research he did for Windustry in 2005 into the actual and potential local economic benefits of wind power, focusing particularly on a survey of the varieties of approaches throughout the United States to the use of local property taxes. Click on the link below to download a PDF copy of the article.
This publication was released by Farmer's Legal Action Group in August 2007. According to the FLAG website, "This book serves as a guide to the many legal issues faced by farmers and rural landowners who seek to develop wind energy projects.
The Minnesota state legislature, recognizing that distributed generation will play an integral roll in our energy future required that a standardized set of rules, procedures, and technical criteria for interconnection of distributed generation within the state. To find out more about the ongoing process visit the site listed above which has links to distributed generation rule making and resource planning in other states as well.
The Utility Wind Integration Group has developed online tools to aid distribution planning engineers in determining the technical impacts of commercial scale wind turbines that are connected to distribution feeders on power quality, fault current and line loading.