The Maine "treasury" (lol) is not subsidizing any of these projects.
Central Maine Power and Maine Public Service are investing $1.9 billion of their *own* money to upgrade transmission lines in the state to accommodate these wind farms.
Maine currently has ~1050 MW of hydroelectric and wood biomass generating capacity to back up these wind farms - and a 1000 MW pumped storage facility is in development in Wiscasset (Maine) - and hundreds of MW of tidal power projects in the works as well.
Any and all of Maine's renewable energy systems can be integrated to meet electricity demand at any time of the year.
...and more horseshit..."In addition, the wind in Maine blows the least during periods of highest demand (i.e. in the Summer)."
http://www.capewind.org/news787.htmStrong Sea Breeze at Cape Wind Site During Times of Highest Electric DemandBOSTON, MA, July 2, 2007 – Cape Wind’s Scientific Data Tower has recorded strong winds on Horseshoe Shoal in Nantucket Sound during each of the past ten record electric demand days in New England. These results are available in a new report published by Cape Wind today entitled “Comparison of Cape Wind Scientific Data Tower Wind Speed Data with ISO New England List of Top Ten Electric Demand Days”.
The report finds that Cape Wind would have produced an average of 321 megawatts when electric demand was at its peak during each of the past ten record-setting electric demand days as recorded by the Independent System Operator of New England (ISO-NE), the region’s electric grid manager.
Nine of these record demand days have occurred on very hot afternoons of the summers of 2006 and 2005 and one occurred last week on June 27, 2007. Cape Wind’s production of 321 megawatts during these times of record electric demand represents 76% of Cape Wind’s maximum potential of 420 megawatts and is 76% greater than Cape Wind’s average expected output of 182 megawatts.Cape Wind President Jim Gordon said, “By producing an average of 321 megawatts during these times of peak electricity demand, Cape Wind would have a meaningful impact on enhancing electric reliability, improving air quality, providing greater energy independence and lowering energy costs.”
Cape Wind’s Vice President of Engineering Len Fagan explained why Cape Wind’s production would be higher during these hot summer afternoons that set electricity demand records, “These tend to be the hottest summer days when the air over the land heats up faster than the air over the ocean, this creates a difference in air density and denser air over the ocean expands toward the land, this is called the sea breeze effect and you get it most during the afternoon when electric demand is highest.
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don't quit yer day job!!
:hi:
Oh yeah - Hydro Quebec is also expanding hydro-lines to ISO New England - this should allow ISO-NE to effectively manage large scale power output from those bad ol' wind and PV farms in the region...
Oh yeah yeah- ISO-NE approved a 5 MW flywheel storage system to operate in the region too.
:evilgrin: