20 July 2012 (Wind Energy Weekly)
“Record-high temperatures along the East Coast in recent weeks have spurred conversation about the availability of electric capacity during peak usage…Deepwater Wind this week released data showing that its planned Deepwater Wind Energy Center (DWEC), a 900-MW offshore wind farm that would be located 20 miles off the coasts of Massachusetts and Rhode Island, would reach maximum output on the hottest days of summer in the Northeast, just when electric grids most need the energy. “During the first heat wave of the season, in late June, temperatures and the electric demand on Long Island surged. For example, on June 21, a new high for the date was set on Long Island as the temperature peaked at 95 degrees in the late afternoon. Electric demand followed that temperature rise. Likewise, demand for electricity in New England also soared during the heat wave…Data modeled by Deepwater Wind’s meteorological experts, AWS Truepower, show that DWEC would have been operating near its maximum output during the afternoons of both June 20 and June 21, when the heat wave was at its peak.”
click to enlarge“…While [Deepwater Wind’s] wind farm is projected to produce at an average of approximately 45 percent capacity over the course of a full year, it would have been producing much more, in the range of 65-90 percent capacity, during most of the hottest hours of the heat wave…Another Northeast developer, Cape Wind, has pointed to similar data from its wind measurement instruments during heat waves. “Deepwater Wind has proposed to sell power from DWEC to the Long Island Power Authority via a new transmission system connecting Long Island and southeastern New England. The developer also intends to market power from DWEC to Massachusetts and Rhode Island…”
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