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If completed, the Deepwater One (South Fork) wind farm will consist of 15 offshore wind turbines with a combined capacity of 90MW. Power would be exported ashore using an electric transmission system buried beneath the ocean floor delivering that energy directly to East Hampton, New York. Deepwater Wind state that the wind farm was proposed in response to New York State’s Reforming the Energy Vision initiative and designed around the premise that renewable energy can be a reliable and cost-effective solution to modern electricity challenges. The South Fork will not only help the LIPA reach its goal of adding 280MW of renewable capacity, and help the Town of East Hampton accomplish its goal of moving to 100 percent renewable energy, but it will also help defer the need to build costly new energy infrastructure on East End, saving money for all Long Island ratepayers. The site was selected based on a multi-year stakeholder engagement process led by the U.S. Bureau of Ocean Energy Management. Depending on the schedule for permitting, construction could start as early as 2019 and be operational by 2022.
Deepwater wind is currently constructing the Block Island project, located 15km from the coast of the State of Rhode Island and will consist of five GE Haliade 150-6MW turbines, each with a 6MW capacity, mounted on jacket foundation structures off the southeast corner of Block Island. A submarine cable will connect these to the island, while another cable will connect the island to the mainland, allowing excess power to be sold there. The farm is scheduled to become operational by the end of 2016. Please follow the links to view more information. Alternatively you can view both projects mentioned in this article and others worldwide using our interactive map.
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