Offshore Wind: Balancing efficiency and accountability
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This panel will address whether threats from climate change, mercury emissions and other effects of fossil fuel dependence justify development of offshore wind in select areas of the Great Lakes. What state and federal regulatory schemes currently exist and are they adequate to protect the lakes? How are regulators, developers and environmental groups addressing wind development and environmental protection?
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Offshore Wind: Balancing efficiency and accountability
- 1. Great Lakes Offshore Wind: Protecting the Lakes and Building a New Energy Future?
- 2. Offshore wind can help reduce the massive societal costs imposed by our reliance on coal Why offshore wind?
- 3. Why offshore? Opportunity to fill in behind coal with utility scale renewable energy. The Great Lakes states see offshore wind as a major economic development opportunity. RPS POPULATION WIND
- 4. NYPA RFP for up to 500 MW of offshore wind; put on hold for now Draft bottomlands leasing legislation; development interest from Apex Wind and Bluewater Wind LEEDCo 25 MW pilot project has conditional lease and half of the required permits. Goal to construct pilot project in 2013; build out to 600 MW by 2020 New Governor’s task force on offshore wind; Evanston interested in purchasing 70 MW offshore wind Unfortunate legislative push-back to a poorly sited proposal would ban all offshore renewable energy development and research; not likely to succeed Temporary moratorium on offshore wind development in response to public backlash over poorly sited proposals
- 12. For more information: Emily Green Sierra Club Great Lakes Program Director 608-257-4994 [email_address]
Hinweis der Redaktion
- Why consider offshore wind? What would it mean for the lakes/oceans/society—what are the tradeoffs? What will it take to advance sustainable offshore development
- Part of building social acceptance for wind has to do with talking about the impacts that offshore wind farms would avoid, because understanding these tradeoffs is an important part of making these policy decisions. We need utility-scale renewables to be able to close down old coal.
- Outstanding wind resource (better than land), close to load centers, driven by RPS and other renewable energy incentives—it is particularly compelling given that it has local economic development benefits. Has become difficult to site onshore wind. Opportunity for utility scale renewable. Massive turbines
- Image is a radar image of songbird migration—take-off in the evening from stopover sites. Just a one-time snapshot—not the kind of data you would want for siting, but gives a sense of avian movement.
- Story of partnership --SC joined b/c think so critical to advance OSW; want to answer key questions about how to develop appropriately, which is why we are funding the bird/bat monitoring --also helped recruit participation from WI, to help project become a reality, to foster collaboration between mi and wi, and to make most efficient use of resources: We Energies had put out RFP for a met tower, but only had $3M so did not have responses. We encouraged them to apply those resources to this project, and enouraged the PSC to support rate recovery for their investment. The Lake Michigan Wind Assessment project, a research partnership between Grand Valley State University and the University of Michigan, will deploy state-of-the-art laser (LIDAR) wind sensing technology and other instrumentation on a floating buoy / research platform manufactured by AXYS Technologies , Inc. of Sidney, British Columbia. The buoy, called WindSentinel , is scheduled for deployment on Lake Michigan in late September of 2011. The principal research technology on board the WindSentinel will be a Vindicator laser wind sensor manufactured by Catch the Wind of Virginia. This will be the first time that laser wind sensing technology will be used on a floating platform to measure commercial scale offshore wind resources. The WindSentinel will provide extended season, real-time in-the-water data. The flexibility and mobility of the buoy provides significant cost and time savings as compared to constructing a traditional meteorological (met) tower with anemometer instrumentation. This new and highly mobile research capacity brings new and unique capability to explore the potential of future offshore wind energy development on the Great Lakes.