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The Canadian Wind Energy Association (CanWEA) released its strategic vision for wind energy development during its 24th Annual Conference and Trade Show taking place this week in Vancouver. The plan, Wind Vision 2025 - Powering Canada's Future, cites rapidly rising energy costs, reducing the country's environmental impacts caused by current electricity generation, the need to quickly build more electricity generation to keep up with rising demand and the need to build a more robust transmission system a key drivers for the adoption of wind technology.

A home wind turbine already installed at 250 sites in Scotland is now being sold across the pond. Cascade Engineering said Monday the Swift wind turbine, for homes and other buildings, is available in the U.S. and Canada. (Credit: Cascade Engineering) The Swift tries to set itself apart from existing small wind turbines with a design that reduces noise. Also, the turbine can be attached to a home, rather than to a free-standing pole or tower. Like other wind turbines, the Swift has blades that turn and power a generator. But rather than the typical three blades, the Swift has five and a ring that goes around them. That "outer diffuser" ring cuts the noise level to 35 decibels and reduces vibration, according to the company.

The Peruvian alternative energy company Iberoperuana Inversiones SAC has commenced construction on a 240 megawatt wind energy farm. It is Peru's first major alternative energy project. Iberoperuana Inversiones plans to invest $240 million in the farm, which is projected to provide clean electricity for an estimated 80,000 families in Peru's southern desert region of Paracas. The wind energy park will be located near the city of Ica (near Paracas National Park and the Nazca Lines) and will be known as the "Parque Eólico San Andrés" (San Andrés Wind Park).

A while back we reported (with some skepticism) a report coming out of China that said they would be producing over 100 gigawatts of wind by 2020, a 1,500% increase. Little did I know that the United States was, at the same time, on track to actually beat that! A report from Emerging Energy Research, a cleantech consulting firm, points out that the U.S. is now the world's fastest growing market for wind power. Last year 5 gigawatts of wind power were installed, and 2008 will break the record again with 8 new gigawatts under construction. The U.S. will shortly be the world's largest producer of wind energy, surpassing Germany's 22 gigawatts.

A MAJOR criticism of wind farms is that they are intermittent. Wind does not blow consistently and, as a result they do not provide a continuous supply of power, but must be backed up by conventional fossil fuel plants. However, a renewables firm believes it has hit on a solution, and is hoping to use it in Scotland. A hydrogen plant would store energy from the wind farm, creating a reserve that could be dipped into on demand, so that even when the wind was not blowing, an electricity supply would be available.

Matthew Simmons has received quite a bit of press in the past week, after his Ocean Energy Institute floated a proposal to build a $25 billion, 5 GW wind farm in the Gulf of Maine. Offshore wind farms have a number of advantages over their land based equivalents - they are less hazardous to wildlife, have fewer objections raised on NIMBY concerns and winds are generally stronger over the oceans than they are over land.

"The world's southernmost wind farm, in Antarctica, is now operational. The Ross Island wind farm will supply about 11 percent of the power to New Zealand's Scott Base and the American McMurdo Station. Previously, the two sites relied on diesel-powered generators for electricity. The wind farm will cut diesel consumption by about 463,000 liters a year and reduce carbon dioxide output by 1,370 tons annually, according to New Zealand-based Meridian Energy, the project's developer. The three turbines, each 37 meters tall and 33 meters wide, are generating 330 kilowatts of power."

U.S. Department of Energy (DOE) Secretary Steven Chu today announced selection of 53 new wind energy projects for up to $8.5 million in total DOE funding. These projects will help begin to address market and deployment challenges identified in DOE's 2008 report: "20% Wind Energy by 2030." Increasing wind energy generation will be a critical factor in achieving the Obama Administration's goals for clean energy, while also supporting new green jobs. Secretary Chu made the announcement by video at the WindPower 2009 Conference in Chicago this week. "Wind energy is one of our most promising renewable energy sources," said Secretary Chu. That's why I'm pleased to make this announcement today. By continuing to make investments in renewable energy we can cut our dependence on foreign oil and invest in a clean energy agenda that creates jobs and puts money back into the pockets of consumers."

I read U.S. opens way for wind power off coast and wondered "what's in it for me"? The federal government has cleared the way for developers to plant wind farms in offshore waters on the Outer Continental Shelf, a move that could have a significant impact for North Carolina. ... Eventually, the regulations could help shape energy production in North Carolina, where the Outer Banks jut sharply into the Atlantic. The area has some of the strongest and steadiest winds on the East Coast, according to a report from the U.S. Department of the Interior. ... In a scheme similar to some offshore oil and gas drilling leases, states would get about 27 percent of the revenue sent to the federal government from offshore wind and hydrokinetics leases.

SHANGHAI is rich in clean green wind power and the city is constructing more and more windmills as part of a sustainable energy plan. Zhang Qian flips the switch. The sails of hundred-meter-high windmills rotate in the wind in the mudflats of suburban Shanghai. Row upon row of turbines with huge vanes are generating new clean electricity. Shanghai is rich in sustainable wind resources and is increasing its wind energy capacity as part of an overall plan to reduce pollution and develop clean energy.

Wind power, which is one of the most renewable energy sources known to man, is harnessed through wind turbines in wind farms.

The number of wind turbines is set to quadruple over the next decade under government plans to force through wind farm planning applications. Ministers have put wind power at the heart of a Renewable Energy Strategy, which is due to be released on Wednesday. It will outline how Britain is to meet its target of a 34 per cent cut in CO2 emissions by 2020.

DONG Energy, E.ON and Masdar have announced that they will invest EUR 2.2 billion (US $3 billion) in building the first 630-megawatt (MW) phase of the London Array offshore wind farm in England's Thames Estuary. The wind farm is set to be build the world's largest offshore wind farm. The consortium hopes the first phase of 630 MW will be completed and generating in 2012. The first phase will consist of 175 turbines. The announcement comes after the UK Government's recent proposal to increase its support for offshore wind power. The partners are satisfied that the project is now financially viable and are now keen to push ahead with construction and to produce the first renewable power in 2012. Onshore work is now due to start in the summer, with offshore work due to start in early 2011.

What do you do if you build a wind farm smack dab in the middle of a major bird migration route, and want to avert the anger of conservationists? Put up a radar system that's designed to shut down the entire thing when it detects a mass of birds on the way. That's what's been done at the 202 MW Peñascal Wind Farm in Texas: System Detects Birds Approaching Four Miles Away The system uses radar originally developed for NASA and the US Air Force to detect birds as far as four miles away, The Guardian reports. When it picks up the approaching birds, it analyzes the existing weather conditions and determines in real time whether those birds are in danger of flying into the blades. The system then automatically restarts the turbines when the birds have passed.

The world's first floating wind turbine is to be towed out to sea this weekend. Statoil's Alexandra Beck Gjorv told the BBC the technology, the Hywind, to be put off Norway's coast - "should help move offshore wind farms out of sight". And it could lead to offshore wind farms eventually being located many miles offshore, away from areas where they cause disruption, Ms Gjorv added. This would benefit military radar operations, the shipping industry, fisheries, bird life and tourism.

Research and Development Trend of China's Wind Power Equipment and Parts Market, 2013-2017" provides an in-depth research on the market status of wind power equipment and parts industry, primarily analyzes China's market status of this industry. http://www.bharatbook.com/alternative-sources-market-research-reports/research-and-development-trend-of-chinas-wind-power-equipment-and-parts-market-2013-20171.html

ENVIRONMENTALISTS AND EPA MOVING IN WRONG DIRECTION. MOST WIND FARMS ARE NOT PROVIDING ANY AFFORDABLE ENERGY AND 14,400 WIND GENERATORS HAVE BEEN ABANDONED IN THE US.

The IHT has a report on a plan by Matt Simmons and George Hart to build the world's largest wind farm in the gulf of Maine - Plans for the world's biggest wind farm. It is not the usual green suspect. But it hopes to build a 5-gigawatt, deep-water wind farm - the largest in the world, equal to the output from five nuclear plants. "It" is the Ocean Energy Institute, a tiny research organization founded by Matthew Simmons. An energy investment banker who specializes in oil and gas, Simmons was an energy adviser to President George W. Bush. His main partner, George Hart, is a physicist who consults for the Pentagon on the Strategic Defense Initiative, where he uses supercomputers for the mathematical modeling of complex systems. He also co-invented a laser used for eye surgery and semiconductor manufacturing.

f a project isn't sold to the community it will struggle to gain public acceptance There are suddenly plans for a lot of wind-based power generation blowing into Washington's Pacific County, possibly a hint at what may occur in many of the coastal counties of Oregon and Washington in the years ahead. A "joint operating agency" of Washington state electricity providers is planning an 82-megawatt wind turbine farm in the Naselle area, with completion of up to 45 wind turbines eyed in 2011. A smaller, very interesting four-turbine project is getting started in northern Pacific County and southern Grays Harbor County. In total, all this may be enough to power some 40,000 average-sized homes.