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06/14/2010

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Pamela Snow

Thanks for this strong position on sustainable energy policy,more important than ever in light of Gulf Oil Spill. Please continue to push to make this happen!

Jane Twitmyer

Why are you siting offshore close in ... as in Cape Wind ... when every aspect of power generation and conservation is better if the windmills are sited on the MAB or the BIGHT?

The Northeast enjoys a large and strong offshore wind resource, THE BIGHT, a continuous, shallow platform of the continental shelf that runs roughly from Cape Cod to Cape Hatteras, North Carolina. The low water depth and proximity to the populous East Coast makes the Bight nearly perfect for offshore wind development.

Because of the Bight, East Coast off shore wind could produce the equivalent of 70% of America’s current electricity generation, or on average, 330 GW of electrical power, according to researchers at Stanford University and the University of Delaware. The Bight’s offshore wind energy potential exceeds the region’s current demand for 73 GW of electricity, and would reduce by 68% the region’s CO2 emissions. These percentages are in the range of the global reductions needed to stabilize our atmosphere and will maintain our energy/financial security.

Greg Watson

Thank you for your thoughtful comments. As you note, the Mid-Atlantic Bight (MAB) is indeed host to a robust offshore wind energy resource. This fact has not gone unnoticed by researchers at the National Renewable Energy Lab )NREL) and the University of Delaware.

In January 2007 Dr. Willett Kempton and his colleagues at the University of Delaware published a paper in the journal Geophysical Research Letters entitled “Large CO2 reductions via offshore wind power matched to inherent storage in energy end-uses”. In that paper, Dr. Kempton et al. describe the MAB as “a broad sand and gravel shelf of slope 0.001 extending from Cape Hatteras to Cape Cod”. They point out that the optimal value of the MAB offshore wind resource really emerges when it is considered as part of a 1,550-mile-long network of offshore wind farms stretching from Massachusetts to North Carolina.

In fact, connecting offshore wind projects together could create a system that addresses the biggest shortcoming of wind power: intermittency. The idea is straightforward and is backed up by the data that forms the backbone of the University of Delaware paper: If the geographic distribution of networked wind farms is broad enough the wind will always be blowing somewhere in the system. The end result is a steadier and more reliable supply of wind-generated electricity.

It is not a matter of either or. If we all assume some measure of responsibility for meeting our energy needs with renewables, we can create a clean, sustainable and reliable energy system.

Palm Beach Newspaper

To find more news on wind energy, check out the Palm Beach Newspaper at http://www.happyherald.com.

Johnserenity

Thanks for posting an informative article on the offshore wind energy and the work done by United States Department of Energy is laudable. I hope many wind energy projects will come up in the future. Moreover i recommend the author to visit http://investmentsinenergy.com ,this site has plenty of info and news regarding the offshore wind energy projects and hope this will be very useful for you.

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