Wind power
A community portal about Wind power with blogs, videos, and photos. According to Wikipedia.org: Wind power is the conversion of wind energy into more useful forms, usually electricity using wind turbines. In 2005, worldwide capacity of... [more]
A community portal about Wind power with blogs, videos, and photos. According to Wikipedia.org: Wind power is the conversion of wind energy into more useful forms, usually electricity using wind turbines. In 2005, worldwide capacity of wind-powered generators was 58,982 megawatts ; although it currently produces less than 1% of world-wide electricity use, it accounts for 23% of electricity use in Denmark, 6% in Germany and approximately 8% in Spain. Globally, wind power generation more than quadrupled between 1999 and 2005.
Wind Power and Wood Waste: New Energy Projects in Quebec
Hydro-Quebec, the public utility, will oversee and buy the electricity, but is involved in the construction of only a few projects. That has prompted criticism from several opposition politicians who decry such a large involvement of the private sector. Not only has the current provincial government been eager to enter into public private partnerships, Hydro Quebec, which was formed in the 1960s by nationalizing private utilities, has long be a symbol of Quebec know-how and identity and should remain resolutely public, they say . But environmental groups in general applauded the announcement.
Hydro Quebec will buy the electricity for an average price of 8,7 cents/ kWh, to which will be added 1,3 cent for integrating the power in the existing hydroelectric system, and .5 cents for storing the electricity. The projects still must pass several obstacles. In some cases, they must be approved by the agency regulating the use of agricultural land, while two others in rapidly suburbanizing areas south of Montreal are expected to be opposed by neighbors.
The wind power announcement came the same day as researchers at the Université de Sherbrooke reported a seemingly economical way to use waste from the forest industry to produce both ethanol and biodiesel fuel. Using branches and imperfect logs from poplars which now sell from $50 to $80 a dry tonne, the researchers used two separate procedures to produce the fuel, as well as an adhesive that could be used in making fiberboard.
Both news items are interesting, and even hopeful. If we are to avoid the massive breakdown of society because of oil prices and shortages--as James Howard Kunstler and othes predict--we must make sure that electricity production continues without interruption. This will probably mean a massive shift toward renewable sources, as is happening in Europe, particularly Denmark and Germany. It is no accident that German companies are deeply involved in the Quebec projects. We would do well to devote resources to research in these fields so we don't end up buying the technology from elsewhere. And that, of course, what makes the forest waste product research so valuable.
BTW, it looks like the wind power project I mentioned earlier is not among the ones given the go-ahead.
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