Save Our SeaShore Alliance to Protect Cape Cod National SeaShore from Wind Turbines!

4Sep/100

Denmark’s State Owned Electric Company gives up Land based Wind Turbines!

Mass protests mean the energy firm will look offshore

State-owned energy firm Dong Energy has given up building more wind farms on Danish land, following protests from residents complaining about the noise the turbines make.

It had been Dong and the government’s plan that 500 large turbines be built on land over the coming 10 years, as part of a large-scale national energy plan. This plan has hit a serious stumbling block, though, due to many protests, and the firm has now given up building any more wind farms on land.

Anders Eldrup, the CEO of Dong Energy, told TV2 News: ‘It is very difficult to get the public’s acceptance if the turbines are built close to residential buildings, and therefore we are now looking at maritime options.'

The move has met resistance from parliament, where amongst others Anne Grete Holmgaard, the chairperson of the Parliamentary Environmental Committee, said, ‘It is rather unacceptable that Dong - which is our large, state-owned energy firm - says goodbye to an investment in wind on land, and that they are doing so after we have cleared the way for a test centre where new types of turbines can be tested.’

http://www.cphpost.dk/news/scitech/92-technology/49869-dong-gives-up-on-land-based-turbines.html
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26Apr/100

Five myths about green energy

Americans are being inundated with claims about renewable and alternative energy. Advocates for these technologies say that if we jettison fossil fuels, we'll breathe easier, stop global warming and revolutionize our economy. Yes, "green" energy has great emotional and political appeal. But before we wrap all our hopes -- and subsidies -- in it, let's take a hard look at some common misconceptions about what "green" means.

The Washington Post By Robert Bryce Sunday, April 25, 2010

1. Solar and wind power are the greenest of them all.

Unfortunately, solar and wind technologies require huge amounts of land to deliver relatively small amounts of energy, disrupting natural habitats. Even an aging natural gas well producing 60,000 cubic feet per day generates more than 20 times the watts per square meter of a wind turbine. A nuclear power plant cranks out about 56 watts per square meter, eight times as much as is derived from solar photovoltaic installations. The real estate that wind and solar energy demand led the Nature Conservancy to issue a report last year critical of "energy sprawl," including tens of thousands of miles of high-voltage transmission lines needed to carry electricity from wind and solar installations to distant cities.

Nor does wind energy substantially reduce CO2 emissions. Since the wind doesn't always blow, utilities must use gas- or coal-fired generators to offset wind's unreliability. The result is minimal -- or no -- carbon dioxide reduction.

Denmark, the poster child for wind energy boosters, more than doubled its production of wind energy between 1999 and 2007. Yet data fromEnerginet.dk, the operator of Denmark's natural gas and electricity grids, show that carbon dioxide emissions from electricity generation in 2007 were at about the same level as they were back in 1990, before the country began its frenzied construction of turbines. Denmark has done a good job of keeping its overall carbon dioxide emissions flat, but that is in large part because of near-zero population growth and exorbitant energy taxes, not wind energy. And through 2017, the Danes foresee no decrease in carbon dioxide emissions from electricity generation.

2. Going green will reduce our dependence on imports from unsavory regimes.

In the new green economy, batteries are not included. Neither are many of the "rare earth" elements that are essential ingredients in most alternative energy technologies. Instead of relying on the diversity of the global oil market -- about 20 countries each produce at least 1 million barrels of crude per day -- the United States will be increasingly reliant on just one supplier, China, for elements known as lanthanides. Lanthanum, neodymium, dysprosium and other rare earth elements are used in products from high-capacity batteries and hybrid-electric vehicles to wind turbines and oil refinery catalysts.

China controls between 95 and 100 percent of the global market in these elements. And the Chinese government is reducing its exports of lanthanides to ensure an adequate supply for its domestic manufacturers. Politicians love to demonize oil-exporting countries such as Saudi Arabia and Iran, but adopting the technologies needed to drastically cut U.S. oil consumption will dramatically increase America's dependence on China.

3. A green American economy will create green American jobs.

In a global market, American wind turbine manufacturers face the same problem as American shoe manufacturers: high domestic labor costs. If U.S. companies want to make turbines, they will have to compete with China, which not only controls the market for neodymium, a critical ingredient in turbine magnets, but has access to very cheap employees.

The Chinese have also signaled their willingness to lose money on solar panels in order to gain market share. China's share of the world's solar module business has grown from about 7 percent in 2005 to about 25 percent in 2009.

Meanwhile, the very concept of a green job is not well defined. Is a job still green if it's created not by the market, but by subsidy or mandate? Consider the claims being made by the subsidy-dependent corn ethanol industry. Growth Energy, an industry lobby group, says increasing the percentage of ethanol blended into the U.S. gasoline supply would create 136,000 jobs. But an analysis by the Environmental Working Group found that no more than 27,000 jobs would be created, and each one could cost taxpayers as much as $446,000 per year. Sure, the government can create more green jobs. But at what cost?

4. Electric cars will substantially reduce demand for oil.

Nissan and Tesla are just two of the manufacturers that are increasing production of all-electric cars. But in the electric car's century-long history, failure tailgates failure. In 1911, the New York Times declared that the electric car "has long been recognized as the ideal" because it "is cleaner and quieter" and "much more economical" than its gasoline-fueled cousins. But the same unreliability of electric car batteries that flummoxed Thomas Edison persists today.

Those who believe that Detroit unplugged the electric car are mistaken. Electric cars haven't been sidelined by a cabal to sell internal combustion engines or a lack of political will, but by physics and math. Gasoline contains about 80 times as much energy, by weight, as the best lithium-ion battery. Sure, the electric motor is more efficient than the internal combustion engine, but can we depend on batteries that are notoriously finicky, short-lived and take hours to recharge? Speaking of recharging, last June, the Government Accountability Office reported that about 40 percent of consumers do not have access to an outlet near their vehicle at home. The electric car is the next big thing -- and it always will be.

5. The United States lags behind other rich countries in going green.

Over the past three decades, the United States has improved its energy efficiency as much as or more than other developed countries. According to data from the Energy Information Administration, average per capita energy consumption in the United States fell by 2.5 percent from 1980 through 2006. That reduction was greater than in any other developed country except Switzerland and Denmark, and the United States achieved it without participating in the Kyoto Protocol or creating an emissions trading system like the one employed in Europe. EIA data also show that the United States has been among the best at reducing the amount of carbon dioxide emitted per $1 of GDP and the amount of energy consumed per $1 of GDP.

America's move toward a more service-based economy that is less dependent on heavy industry and manufacturing is driving this improvement. In addition, the proliferation of computer chips in everything from automobiles to programmable thermostats is wringing more useful work out of each unit of energy consumed. The United States will continue going green by simply allowing engineers and entrepreneurs to do what they do best: make products that are faster, cheaper and more efficient than the ones they made the year before.

Robert Bryce is a senior fellow at the Manhattan Institute. His fourth book, "Power Hungry: The Myths of 'Green' Energy and the Real Fuels of the Future," will be out Tuesday, April 27.

http://www.washingtonpost.com/wp-dyn/content/article/2010/04/23/AR2010042302220.html?nav=most_emailed_emailafriend

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13Apr/100

Cape Wind rejection recommended

WASHINGTON - A federal agency on historic preservation has recommended that Interior Secretary Ken Salazar reject a proposed massive wind energy project in Nantucket Sound - an area that is sacred to the Wampanoag nations and qualifies for listing on the National Register of Historic Places.

On April 2, the Advisory Council on Historic Preservation issued a seven-page report of its findings and recommendation to deny permits to Cape Wind Associates to construct a wind energy plant consisting of 130 wind turbine generators that would tower 440 feet above water level in a 24-square-mile area on Horseshoe Shoal in Nantucket Sound, which lies between Cape Cod, Martha's Vineyard and Nantucket. The proposal includes plans for a 66.5-mile buried submarine transmission cable system, a centrally located electric service platform and two 115-kilovolt lines totaling 25 miles connecting to the mainland power grid.

"The historical properties affected by the project are significant and closely interrelated," ACHP wrote. "The project will adversely affect 34 historic properties, including 16 historic districts and 12 individually significant historic properties on Cape Cod, Martha's Vineyard and Nantucket Island, and six properties of religious and cultural significance to tribes, including Nantucket Sound itself. These districts and standing structures reflect the broad array of properties that represent the rich and unique architectural, social and cultural history of Cape Cod and the island."

The project would also destroy, damage and alter part of the seabed of Nantucket Sound, potentially destroying archeological resources.

"The ACHP recommends that the secretary not approve the project," the report says.

The report stressed that the development of renewable energy projects "is not inherently incompatible with protection of historic resources so long as full consideration is given to historic properties early in the identification of potential locations." It suggests that the Cape Wind project could be relocated to an alternative site "in the vicinity of the current project area."

Salazar had turned the Cape Wind proposal over to ACHP for comments March 1 after the developer failed to convince the Aquinnah and Mashpee Wampanoag nations, on Martha's Vineyard and Cape Cod, respectively, to abandon their opposition to the project. The nations rejected a $1 million incentive offer from Cape Wind to give up their opposition.

Nantucket Sound is a sacred area to the Wampanoag nations - the People of the First Light. The wind energy plant would obscure their view of the rising sun in ceremony, and the Sound, which was once dry land, is where their ancestors lived and were buried.

The Wampanoag leaders welcomed the ACHP recommendation.

"We're extremely gratified that the council has heard our voice and agrees that Nantucket Sound is an inappropriate location for Cape Wind. We hope that Secretary Salazar will make the right decision and deny the project in its present location. As we've said all along, we're not opposed to wind energy or the specific project, but to the location, and we stand ready to work with all of the agencies on determining an appropriate site for Cape Wind," Aquinnah Chairwoman Cheryl Andrews-Maltais said.

"With today's recommendation by the ACHP, every historic preservation agency at both the state and federal level has come to the same conclusion - that Nantucket Sound is a place of deep historical, spiritual and cultural significance," said Mashpee Chairman Cedric Cromwell. "We are gratified that the ACHP has validated our concerns related to the proposed Cape Wind project, and we hope that Secretary Salazar will agree with their conclusion that Nantucket Sound is an inappropriate site for the project."

The council is the last agency to be consulted on the project before Salazar renders his decision in mid-April.

It joins the Massachusetts' Office of the State Historical Preservation Officer, who determined that the proposed Cape Wind site is a traditional cultural property that should be preserved, and the National Park Service, which said in January that Nantucket Sound is eligible for listing in the National Register of Historic Places as a significant traditional, cultural, historic and archaeological property. A designation on the National Register would place Nantucket Sound under a number of federal laws providing protection and preservation of historical and sacred sites.

The ACHP report also recommended that improvements be made in the process for evaluating offshore energy projects.

"The ACHP's review of this project has highlighted the need for broader coordination among federal agencies, states, Indian tribes, industry, consulting parties and the public to address these challenges," the council wrote.

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23Mar/100

RECORD ACTIVITY FOR SAVEOURSEASHORE.ORG

Yesterday March 22, 2010 broke the record for the most active  day for our website SAVEOURSEASHORE.ORG We recorded 192 hits which considering the modest Wellfleet population,  IS HUGE!  The previous most active day was set five months ago just after our startup. I want to thank the many people getting involved in saving Cape Cod National Seashore. Let's keep getting the word out to protect our National Parks.

If the town is successful in developing this commercial industrial wind farm in our National Park; will the National Park  Service see this as a opportunity to develop all the NATIONAL PARKS? No one debates whether this land is in the park boundaries. There is no doubt this is industrial equipment and the commercial purpose is to make money.  Once Pandora's box is open then will any park be protected? Mr Price the CCNS Superintendent currently believes this is part of a National mission. Let's not give them that green light!

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22Mar/100

DID YOU KNOW?

72% of visitors say that one of the most important reasons for preserving national parks is to provide opportunities to experience natural peace and the sounds of nature.

Why does the National Park Service management follow it own finding  when it comes to wind energy development in Cape Cod National Seashore.

See what the National Park Service writes about the importance of sound will they protect Cape Cod?

http://www.nature.nps.gov/naturalsounds/

Contact George_Price@nps.gov to make your feelings know!

The increasing energy development is resulting in greater noise impacts on park acoustical environments (soundscapes). Noise-related impacts on park acoustical environments may affect visitor experience, wildlife habitat, migration routes, and reproduction.


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21Mar/100

Wind farms’ effect on radar a clear concern

The U.S. military is growing increasingly concerned that proposed wind farms can disrupt or block radar designed to detect threats and protect America's skies, a problem that is stalling the alternative energy projects around the country. A top U.S. general told Congress on Thursday that federal agencies need to work better together on a formal vetting process for the wind projects.

March 21, 2010 by Lolita C. Baldor in Associated Press

WASHINGTON - The U.S. military is growing increasingly concerned that proposed wind farms can disrupt or block radar designed to detect threats and protect America's skies, a problem that is stalling the alternative energy projects around the country.

A top U.S. general told Congress on Thursday that federal agencies need to work better together on a formal vetting process for the wind projects to prevent them from being built where they will interfere with radar defenses.

Air Force Gen. Gene Renuart, head of U.S. Northern Command, said a number of projects raise "real concerns" involving radar interference, and he suggested that requiring companies to conduct early checks during the approval process for such obstruction might be needed.

"We've heard concerns that wind turbines may interfere with radar and impact military training routes," said House Armed Services Committee Chairman Ike Skelton, D-Mo. "While we must find new ways to meet our energy security needs, we must not compromise our national security."

While the radar interference issue isn't new, it has become a bigger problem as more wind projects move through the permit process. Industry leaders and the Energy Department have said that wind power could provide as much as 20 percent of the nation's electricity by 2030.

Last month, Pentagon officials raised the issue with Congress, saying they are devoting a lot of time and effort to the growing challenge of ensuring that energy projects don't conflict with military requirements.

"The current process for reviewing proposals and handling disputes is opaque, time-consuming and ad hoc," said Dorothy Robyn, deputy undersecretary of defense for installations and environment.

The Federal Aviation Administration reviews wind farm projects, looking at any interference with air navigation or radar systems. But while the FAA can flag problems during its review of a project, it can't force a change or prevent a wind farm from being approved if a change isn't made. Its recommendations, though, sometimes can affect a local zoning or other approval process.

Renuart and others say a more coordinated, interagency process is needed to better evaluate proposals.

It's difficult to say how many projects are tied up regarding the radar issue, but in a 2009 survey, industry executives said that more than a dozen had been stalled, according to Laurie Jodziewicz, manager of siting policy for the American Wind Energy Association.

Jodziewicz said that projects totaling 10,000 megawatts of wind power were built in the U.S. last year, while projects involving another 10,000 megawatts were stalled by the radar issue. Projects vary in size and can include any number of turbines, but one turbine can generate 1.5 to 3 megawatts of power in an hour at higher wind speeds.

The industry, Jodziewicz said, wants to work with federal agencies and officials are getting closer to finding a process that works. She conceded, though, that bringing everyone together can be a challenge.

Jodziewicz also said that, at times, the interference can be solved by upgrading the older radar systems, and that developers will work with the Defense Department to do those improvements.

In other cases the problem can be solved by shifting the configuration of the wind farm.

Renuart said the North American Aerospace Defense Command, which he also heads, is putting together a radar obstruction evaluation team to determine the impacts of proposed wind energy projects in close proximity to our radars.

The Pentagon released a report in 2006 detailing the concerns with the wind farms, and said the Defense Department is developing other ways to deal with the problem, including technology improvements to the radar systems.

http://www.amarillo.com/stories/032110/bus_biz7.sh...

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23Feb/100

URGENT Cape Cod Commission Planning Meeting to determine rules for near shore waters

Top Photo

Wind energy planning district hearings

  • Feb 23  6 p.m. Assembly of Delegates Chamber, Barnstable District Courthouse, Barnstable
  • Feb 24 6 p.m. Bourne High School library
  • Feb 25 6 p.m. Provincetown High School library

EASTHAM — Even in the chilly world of winter on the Outer Cape, talk of offshore wind turbines can generate some heat.

"I just don't think that wind energy is economically feasible for people of Cape Cod," Mary Allen Bradley of East Orleans said during a hearing yesterday at Eastham Town Hall on a proposed wind energy planning district for Cape waters.

The true cost of energy from wind should be examined more closely before any projects are approved, Bradley said.

"I find that to be just outrageous, as a ratepayer and a taxpayer at the federal and the state level," she said of subsidies and premiums that wind energy needs to compete with fossil fuels such as oil and natural gas.

The hearing was the second of five being held by the Cape Cod Commission on the designation of a so-called Capewide District of Critical Planning Concern, or DCPC, for renewable-energy projects such as wind turbines. The designated area would begin about 1,500 feet out from mean high water and extend to three miles offshore, covering 521,552 acres of open water.

A DCPC protects designated areas from specific types of development. There have been nine such planning districts established in seven Cape towns since 1990.

Martha's Vineyard, which is also moving forward with plans to establish a wind energy planning district, has 26 of the protected planning areas for various resources and uses, including four that are islandwide.

Full range of views

The Cape Cod Ocean Sanctuary off the Cape Cod National Seashore is already protected under the Massachusetts Ocean Management Plan, which was finalized at the end of last year. The state plan leaves areas in the waters around Cape Cod open to the possibility of as many as 24 community-sponsored wind turbines but gives authority to the Cape Cod Commission and the Martha's Vineyard Commission to determine the appropriate scale of the projects and the rules developers must follow in each agency's jurisdiction.

Despite a turnout of fewer than a dozen people, many of the viewpoints argued by those for and against offshore wind turbines during the debate that has raged for nine years over the proposed Nantucket Sound wind farm were represented.

The planning district would not affect Cape Wind's plan for offshore turbines, as the site envisioned is in federal waters.

If nothing is done, climate change could have devastating impacts, especially for a place like Cape Cod, said Eastham Selectman David Schropfer.

"If anyplace is vulnerable to rising sea levels it is certainly this peninsula," he said. He noted that the high point of land in Eastham is between 16 and 18 feet above sea level, and a parking lot near his home has lost more than half of its parking spaces to the sea over the years.

He also told the Cape Cod Commission representatives that on a recent trip to Alaska he took his wife to see a glacier he had last visited about 15 years earlier.

"It was 100 miles away," from where it had been during his previous visit, he said.

Still, the need for renewable energy must be balanced by its impacts on tourism and the local economy, he said.

"How do we protect this area and how do we use it at the same time?" he asked.

Scaring off developers

Susan Kadar, a former Cape Cod Commission representative from Truro, outlined three reasons she opposes the planning district.

She said it appears the county is wresting power from municipalities over projects off their coast rather than delivering more control to local towns, as county officials have argued. The Cape Cod Commission also seems to be encroaching on towns' control over their "community character," she said.

Finally, Kadar argued, the involvement of the Cape Cod Commission could scare off wind-energy developers who do not want to go through the expense and process of appearing before the agency.

"There are occasions where businesses say, 'I would rather not'" appear before the commission, she said.

For others in the audience the hearing was a chance to learn more about the proposal.

Regulatory authorities need to catch up to changes in what is now possible, Dennis Clark of Truro said after the hearing.

"It's a lot better to have the regulations in place than no regs," he said.

The commission is scheduled to make a recommendation March 11 to the Barnstable County Assembly of Delegates on whether to designate the planning district. The assembly then has 60 days to decide whether to move forward.

If the district is designated, the towns and the Cape Cod Commission would have one year to adopt regulations for the district.

For more information go to www.capecodcommission.org

http://www.capecodonline.com/apps/pbcs.dll/article?AID=/20100223/NEWS/2230308/-1/NEWS01

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17Feb/100

PR’ing Industrial Wind: Government and Media versus Common Sense

The following is a critique of PR efforts by the wind industry.

PR’ing Industrial Wind: Government and Media versus Common Sense

by Jon Boone
January 30, 2010

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8Feb/100

Letter to National Park Service to STOP Industrial Wind Turbine in a National Park

Dear National Park Service,

I am worried about the development of a  onshore 400 ft tall wind turbine in Wellfleet, MA within the boundaries of Cape Cod National Seashore. This development is for the potential financial benefit or loss for the town of Wellfleet. It would result in a negative experience for anyone who would hike, hunt or ride in this previously undeveloped area. This is in stark disregard of the founding legislation of the Cape Cod National Seashore and go directly against the legal obligations highlighted in the National Parks founding legislation. I have copied a couple of key paragraphs from the National Academy of Sciences' Robbins Report which set about to clarify the National Park Service's obligations. It clearly articulates the obligations of the management of our National Parks. Would you be kind enough to inform me how an industrial wind turbine for the financial benefit of the town that results in a negative experience of park visitors, the destruction of the natural setting and causing harm to wildlife will live up to those OBLIGATIONS! This project would result in no benefit for the park, the wildlife, the visitors or the people of the United States.

Abstract of the Robbins Report

The report submitted to the Secretary describes how the Committee conducted its study and surveys the development of the national parks idea, which originated in the United States and has reached its fullest expression there. It calls attention to the responsibilities and obligations which stem from the worldwide recognition and appreciation of the leadership of the United States in this area...

...The objectives or purposes of the National Park Service are discussed in the light of the origin of the national parks and the various Acts of Congress which deal with them. The conclusion is reached that the Service should strive first to preserve and conserve the national parks with due consideration for the enjoyment by their owners, the people of the United States, of the aesthetic, spiritual, inspirational, educational, and scientific values which are inherent in natural wonders and nature's creatures. The Service should be concerned with the preservation of nature in the national parks, the maintenance of natural conditions, and the avoidance of artificiality, with such provisions for the accommodation of visitors as will neither destroy nor deteriorate the natural features, which should be preserved for the enjoyment of future visitors who may come to the parks....

....The report points out that the National Park Service has the responsibility of administering the national parks in accordance with the purposes for which they are or may be set aside by specific Acts of Congress and emphasizes that knowledge about the parks and their problems is needed to discharge this responsibility. Such knowledge comes from research, especially research in natural history...

Sincerely

Barry Doyle

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3Feb/100

Letter Concerning Wellfleet building a Wind Turbine in a National Park

To Whom it May Concern:

Please forward to Wellfleet BOS, Energy Committee and Planning

I am writing about Wellfleet's plan to build a 400 foot wind turbine
On-Shore in Cape Cod National Seashore, one of only 10 National Seashores in
the country. I was reviewing various wind turbine siting guidelines.
Wyoming's seem so sensible and you would guess Massachusetts would have a
similar one. I am forwarding you a link to Wyoming's. Their slogan "Doing it
Smart from the Start". That is so important to avoid a BIG backlash against
Wind Power . That backlash for me has already begun; in that I was
ambivalent to wind power and thought National Parks were safe from Wind
Turbine. How wrong I was and how blind people in the pursuit money can be!

Here is a challenge to the people allowing this wind turbine in a National
Park Is Wyoming a more informed and caring State than Massachusetts? You
would think that MTC the Massachusetts Technology Collaborative with their
$250,000,000 budget and a state with it's a renowned progressive liberal
very "green" establishment, would put a bunch of cowboys in a conservative
state such as Wyoming to shame. But alas Massachusetts, the Town of
Wellfleet and CCNS "show me the money guide to Wind Turbines Siting" and a
complete disregard for a NATIONAL PARK is SHAMEFUL!

Please read the State of Wyoming Wind Turbine Guidelines. A beautiful
example of owning up to responsibilities of conservation! What exactly would
the town of Wellfleet, CCNS and state protect?

http://www.voiceforthewild.org/WindPowerReport.pdf

The Superintendent of Cape Cod National Seashore says it is town land and he
is fine with a big industrial wind turbine. Again we have to look at a
responsible group in Wyoming who clearly state:

Exclude from wind power siting consideration: National Parks, Monuments,
and Wildlife Refuges; USFS Roadless..and even "citizens proposed wilderness"

Or

National Parks and Monuments

Units of the National Park system (including National Parks and National

Monuments) are managed under a strong legal mandate which

directs the federal government to "protect and preserve" these

lands and their natural resources "for the use and enjoyment of

the public." National Park units are precluded from industrial

development (although commercial development for tourism is

permitted. Wind energy development would not be allowed by

law in these units regardless of their wind energy potential, and

key viewsheds visible from park overlooks should be protected

from visible wind energy development as well.

Even the town of Wellfleet's own Audubon Society claims no position on the
turbine, no matter what birds fly or live where the turbine will be built.
Ideology over conservation is not a position of pride. Shame on
them...Wyoming's guide states:

Many types of wildlife are expected to be sensitive to wind power
development. The propensity for wind turbines to kill birds (particularly
raptors) and bats through collisions with spinning blades is well known, and
thus turbines sited in areas where bird and bat activity is not concentrated
are preferable.

Obviously Wyoming has lots more land, though a lot is federal and national
park and Massachusetts has lots more money. Responsibility is not relative!
Anyone who proposes or accepts a commercial industrial wind turbine in a
NATIONAL PARK is at fault EVERY STEP OF THE WAY! I am not waiting till the
studies roll in! A National Park is ZERO Tolerance for Industrial Wind
Turbines and I call on everyone involved to stop the Wellfleet Wind Turbine
in Cape Cod National Seashore TODAY!

Shame on all involved!
Sincerely

Barry Doyle

barry@saveourshore.org

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3Feb/100

A Responsible Wind Siting Policy

Please read the State of Wyoming Wind Turbine Guidelines. A beautiful
example of owning up to responsibilities of conservation! What exactly would
the town of Wellfleet, CCNS and state protect?

http://www.voiceforthewild.org/WindPowerReport.pdf

Exclude from wind power siting consideration: National Parks, Monuments,
and Wildlife Refuges; USFS Roadless..and even "citizens proposed wilderness"

Or

National Parks and Monuments

Units of the National Park system (including National Parks and National

Monuments) are managed under a strong legal mandate which

directs the federal government to "protect and preserve" these

lands and their natural resources "for the use and enjoyment of

the public." National Park units are precluded from industrial

development (although commercial development for tourism is

permitted. Wind energy development would not be allowed by

law in these units regardless of their wind energy potential, and

key viewsheds visible from park overlooks should be protected

from visible wind energy development as well.

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2Feb/100

Dutch Study on adverse affect of Wind Turbines

In 2007 and 2008 the WINDFARMperception project investigated the perception of Dutch wind farms by its surrounding residents. The research focused on noise annoyance and visual impact of wind turbines.

The study was based on a questionnaire, as well as on detailed calculations of sound power levels and visual impact of wind farms for its surrounding residents.

In Sweden two studies were performed in 2005 and 2007 respectively. The conclusions from these studies were that wind turbine size and noise affected surrounding residents. Moreover, wind turbine sound is more annoying than equally loud traffic noise.

http://www.rug.nl/wewi/deWetenschapswinkels/natuurkunde/publicaties/WFp-final-1.pdf

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2Feb/100

War of the Winds

It is a bright mid-September day. Hal and Judy Graham are sitting in the living room of their restored 19th century farmhouse, which looks out over the still-green rolling hills near Cohocton, a rural community in the Finger Lakes region of upstate New York.

The pastoral view is punctuated by two 420-foot-high structures. The sleek towers, almost alien in appearance, are wind turbines. One of them stands 1,000 feet from the farmhouse, on a neighbor's property. The second is 2,000 feet away on the Grahams' own land.

On this afternoon in the late summer of 2009, the twin Goliaths are still. One was shut down last winter after a flurry of attempted repairs, and the other has unaccountably been shut down for just a couple of days. But the Grahams expect it to be only a temporary respite. When the winds are high and the turbines are spinning fast, "it sounds like a jet engine taking off in your backyard," says Judy Graham. "Only it never stops."

In 2004, the Grahams signed a contract that permitted a company named UPC Wind (since renamed First Wind) to construct and operate a wind turbine on their property as part of a 50-turbine "farm" that stretches across a number of properties. Later, the town of Cohocton passed an ordinance that effectively exempts leaseholders from any noise controls.

"They told us that the noise at 900 feet would be no louder than the hum of a refrigerator," says Hal Graham. But he says the reality has been far different. "We can't sleep. We can't watch TV. This has been a disaster for us and our neighbors."

Wind power is one of the current darlings of the movement to find alternative energy sources, and in 2008 the United States surpassed Germany as the world's leading producer of electricity generated by wind. "With the right government policies, this cost-effective source of energy could provide at least 20 percent of the nation's electricity by 2030, create thousands of jobs, and revitalize farms and rural communities-without consuming any natural resource or emitting any pollution or greenhouse gases," says the American Wind Energy Association on its website.

But an increasingly vocal minority says there is another, more sinister, side to wind power. They acknowledge that, from a distance, the towering sentinels seem to spin lightly and noiselessly in the wind. But closer up, they insist, turbines emit stomach-jarring whooshes and rumbles, and an impossible-to-ignore rhythmic hum that disrupts sleep and causes headaches, nausea and fatigue in some people.

Another problem is shadow flicker, caused when the spinning blades chop up sunlight, creating a swooping pattern of shadows that some people say makes them woozy and sick.

Dr. Nina Pierpont, a pediatrician in Malone, N.Y., at the north edge of Adirondack Park, has coined the phrase wind turbine syndrome to describe the cluster of symptoms-sleeplessness, headaches, depression, dizziness and nausea-that she has identified in people she has studied who live within a mile of industrial-size wind turbines. In November, Pierpont published a report on some of her research, Wind Turbine Syndrome: A Report on a Natural Experiment. Pierpont's findings have been criticized by some in the wind energy industry, partly on grounds that her study looked at fewer than 40 people.

• • •

The growing contentiousness over the health effects of wind turbines already has resulted in some sharp legal fights -with more sure to come-over where turbines should be located and how they should be regulated. And because wind power can be harnessed most efficiently in wide-open spaces-the largest wind farms contain hundreds of turbines-the task of sorting out these issues has fallen primarily on local government bodies representing communities such as Cohocton.

According to a U.S. Chamber of Commerce webpage titled "Project No Project," which tracks energy projects that have been stalled or killed, more than 70 wind farm proposals around the country are bogged down by moratoriums, restrictive ordinances, environmental challenges and lawsuits filed by community groups.

Although the states and even the federal government are inexorably being drawn into the issue, for now it is local government taking the lead to craft ordinances and zoning regulations that try to answer questions like these: When it comes to placing wind turbines near residences, how close is too close? And how loud is too loud?

Under the 10th Amendment to the U.S. Constitution, land use generally is regulated at the local level through the police power of towns, cities and counties to protect the health, safety and general welfare of their residents, says Glenn M. Stoddard, an attorney in Eau Claire, Wis., who has helped local governments in his state develop wind ordinances.

Generally, a local government can't just ban an industry outright, Stoddard says. "There's a zoning doctrine that basically prohibits what we call ‘exclusionary zoning' in which a local government simply discriminates against a certain type of land use," he says. There must be a rational reason for restricting an industry that is related to the health, safety or general welfare of the populace.

This is a tricky standard when it comes to regulating noise. "There's plenty of evidence that noise makes people sick," says Arline L. Bronzaft, a New York City psychologist who has conducted landmark research linking classroom noise to learning deficits in children. According to the World Health Organization, noise can interfere with sleep, speech, learning and social behavior, as well as cause stress, cardiovascular problems and, at high decibel levels, impaired hearing.

But there are no national standards defining just how much noise is too much. The U.S. Noise Pollution and Abatement Act of 1972 promised to "promote an environment for all Americans free from noise that jeopardizes their health or welfare." But the Office of Noise Abatement and Control created to enforce the law has been defunded since the Reagan administration.

The EPA's website contains guidelines on acceptable noise levels based on the agency's 1974 Information on Levels of Environmental Noise Requisite to Protect Public Health and Welfare with an Adequate Margin of Safety-commonly known as the Noise Levels Document. But Les Blomberg, executive director of the Noise Pollution Clearinghouse in Montpelier, Vt., says these guidelines were developed with the residents of noisy urban environments in mind. Too often, he says, the guidelines are applied without making the adjustments suggested by the Noise Levels Document for quieter rural areas or for noise with characteristics that make it particularly troublesome.

• • •

On Sept. 19, the town board of Italy-a tiny hamlet about 15 miles northeast of Cohocton-met to hear comments on a proposal by Ecogen Wind of West Seneca, N.Y., to erect 18 wind turbines on the surrounding hills.

Many opponents of the proposal wore black T-shirts emblazoned with "50 dBA No Way."

The slogan refers to daytime noise limits measured at property lines near wind turbines. A limit of 50 decibels on the A-weighted scale-the most common measure for sounds perceived by the human ear-is the standard set by most local wind ordinances. Most also require a minimum setback from residences of 1,000 feet.

That would seem to be in line with EPA guidance, which suggests an outdoor noise limit of 55 dBA, though the Noise Levels Document also suggests that, in quiet rural areas, 10 dBA be subtracted from this level.

Some argue that wind turbine noise may be a problem even at this level. "It appears that the noise that comes from wind farms bothers people at lower decibel levels than aircraft noise and road noise," says Jim Cummings, executive director of the Acoustic Ecology Institute in Santa Fe, N.M.

For one thing, the whirling of the blades causes a rhythmic pulsing that Bronzaft likens to "the drip, drip, drip of the faucet that makes you crazy, crazy, crazy." Noise that pulses should be adjusted down by 5 dBA, suggests the EPA's Noise Levels Document.

Then there's low-frequency noise-sound that vibrates relatively slowly and is pitched low on the scale of sounds audible to the human ear. It travels farther and penetrates walls and windows more efficiently than high-frequency noise, making it hard to block out. Think of the pulsing sound you hear when a car blasting its stereo pulls up next to you at the stoplight-that's low-frequency sound, stripped of its higher frequency components by the closed car windows.

According to the World Health Organization, low-frequency sound can accentuate the negative health impacts of noise, and even sounds below 30 dBA can disturb sleep.

The American Wind Energy Association and other wind power advocates generally dismiss claims of conditions like wind turbine syndrome. In December, the association and its Canadian counterpart issued a report concluding that, while some people may be "annoyed" by wind turbine noise, there is no reason to believe such noise creates health risks.

Some wind advocates suggest that, in certain cases, claims of health concerns may be a smokescreen for another reason why some people oppose wind turbines: They don't like the way they look.

"My impression is that a lot of the opponents are people who want to stop the turbine coming into their backyards, and not because they think that it will cause this or that health problem," says Patricia E. Salkin, director of the Government Law Center at Union University's Albany Law School. She also is a past chair of the ABA Section of State and Local Government Law.

A study conducted in the Netherlands, for instance, found that people disturbed by the look of wind turbines were more likely to be bothered by the noise, as well.

"What's clear is that there are people making claims" about the health impact of wind turbines, says Jeff Deyette, a senior energy analyst for the Union of Concerned Scientists, a strong advocate of wind power headquartered in Cambridge, Mass. "But there are really not a whole lot of, or hardly any, epidemiological studies to bear them out."

Trey Cox, an attorney at Lynn Tillotson Pinker and Cox in Dallas, represented a wind farm developer in what he says is the first nuisance claim based on noise impacts to be heard by a jury.

The plaintiffs lived in the vicinity of the Horse Hollow Wind Farm near Abilene, Texas. With 421 turbines spread out over 47,000 acres, Horse Hollow, owned by FPL Energy, is the world's second-largest wind farm. The nearby property owners sought injunctive relief based on claims of nuisance. At trial, defense sound experts testified that, after logging 675 hours of sound measurements at plaintiffs' residences, they found that wind turbine noise averaged 28 dBA at a distance of 1.7 miles from the wind turbines, and 44 dBA at 1,700 feet. In an 11-1 verdict, the jury found that these noise levels did not constitute a nuisance.

At trial, Cox was struck by the testimony of a plaintiff he described as "a wonderful woman, a salt-of-the-earth type," who testified that the sound of the wind turbine on her land was equivalent to the sound of a B-1 bomber.

"Well, I knew that was impossible," says Cox. "A B-1 bomber makes a sound around 101 decibels. I think that when people don't like the wind turbine, they become bigger, they become louder and they become uglier in their minds."

On appeal to the Texas Court of Appeals in Rankin v. FPL Energy, the nearby property owners argued that the trial court erred when it instructed the jury not to consider aesthetics in deciding whether the wind farm was a nuisance to those on nearby properties. The appellate court upheld the trial court, however, on grounds that aesthetics are not a basis for nuisance claims under Texas law.

Cummings says the argument that opposition to wind turbines is primarily a matter of what they look like "drives me crazy." He acknowledges, however, that there is a strong psychological component to noise perception, as well as a wide variation in individuals' responses to sound. The same low-frequency pulsing sound that drives one person up a wall can be imperceptible to another, and to a third it is soothing background noise.

"But one of the questions is: How much of the population living around a wind farm is it OK to disturb?" Cummings says. "If 20 percent of the residents are bothered, is that OK?"

• • •

It is clear from the prevalence of pro-wind posters displayed in yards and windows in Cohocton that the wind farm enjoys strong support from many residents. In 2007, town supervisor Jack Zigenfus defeated anti-wind activist Judy Hall by a vote of 506-210, according to local press reports. By 2008, Zigenfus was boasting about a 30 percent reduction in local taxes because of cash incentives First Wind paid to the town.

In neighboring Italy, however, opposition to its proposed wind farm has been fueled by the complaints of people living or working within earshot of the Cohocton wind turbines. At the town board meeting in September, a Cohocton man asked Italy to reject a wind project proposed by Ecogen Wind because "I may need someplace with peace and quiet to move to."

Others, though, urged the board to approve the project, some because they hoped for lower taxes and some because they feared that the developer would sue if the town didn't go along with the plan.

"They've got a lot more money than we'll ever have," said one speaker. Another said, "You have to choose your battles, and I think this battle here, we're going to lose if we fight it."

John Servo, a resident of neighboring Prattsburgh, scoffed at giving in. "If people in 1776 had that attitude, we'd still be part of the British empire," said Servo, who belongs to Advocates for Prattsburgh, which opposes a proposed wind farm outside of that community.

But the fear of being sued is real. In 2006, after Italy repeatedly extended a six-month moratorium that was first imposed in 2004, Ecogen sued the town in federal court. Ecogen argued that the moratorium was facially unconstitutional because it denied the company the use of property without due process.

Judge David G. Larimer of the U.S. District Court for the Western District of New York in Rochester rejected Ecogen's argument, however, ruling the moratorium, though "suspicious" in its length, could serve a legitimate public purpose. Still, the town had to pay fees and costs of $80,000 when Larimer rejected its claim that they be paid by Ecogen.

And as the issue heated up again during 2009, the town board sent a letter to residents in July expressing fears that if the town didn't eventually accept Ecogen's proposal, "because of wind resources in the town of Italy and the push for renewable energy, industrial wind turbines will eventually be forced on the town by either the state or federal government."

Several states, including Ohio, Washington and Wisconsin, have passed laws restricting local control over wind turbine projects.

A 1982 Wisconsin statute, for instance, allowed local governments to regulate solar power projects only when the health and safety of residents were specifically involved.

Local regulation was prohibited as a matter of the general welfare. The state legislature amended the statute in 1993 to extend the same restrictions on local government bodies regarding wind energy projects.

Still, some local governments, basing their actions on health and safety concerns alone, have passed ordinances blocking or limiting wind energy projects that developers say are equivalent to imposing a ban on the industry. Stoddard helped draft an ordinance adopted by the town of Wilton, about 75 miles northwest of Madison, establishing setbacks of 2,640 feet from residences and noise limits of 40 dBA or 40 dBC (decibels measured on the C-weighted scale, a better assessment of low-frequency noise) within 100 feet of any residence, and no more than 5 dBA or dBC over ambient noise levels.

On Oct. 2, Wisconsin Gov. Jim Doyle signed Senate Bill 185 into law, directing the state's Public Service Commission to develop standards for siting wind power facilities-including noise levels and setbacks-that local governments will not be permitted to exceed.

"What it really boils down to is a kind of classic legal battle over rights," says Stoddard. "If someone has enough clout, they can override someone else's rights."

A law like Wisconsin Senate Bill 185 would be a tough sell in New York, which has a strong tradition of home rule, says Clifford C. Rohde, an associate at Cooper Erving & Savage in Albany who maintains the Wind Power Law Blog.

Nevertheless, there have been calls for the New York legislature to revive Article X of the New York Public Service Law, which took siting decisions for power facilities out of the hands of local governments. The law expired in 2003.

Salkin says the federal government should step in, as it did with regard to cellular communication towers, which had also faced tough local opposition due to concerns about possible health effects caused by the radio frequency radiation emitted by the towers. The Telecommunications Act of 1996 barred local governments from considering the environmental impact of radio frequency radiation emissions when regulating the placement of cell towers.

Fearing the possibility that federal or state government might force wind farms on them, some local government bodies are seeking to strike the best deals they can get with developers while they still hold some of the cards, says Arthur Giacalone, an attorney in East Aurora, N.Y., near Buffalo, who represents homeowners in disputes relating to wind power.

A town board may, for instance, offer a wind farm a special-use permit instead of requiring the developer to obtain a rezoning. "Once a project has been given a special-use permit, the developer can do pretty much what it wants to do," Giacalone says.

In some cases, towns skimp on, or even bypass, the environmental review mandated by New York's State Environmental Quality Review Act. The review is supposed to take into account the impact of the project on noise, human health, aesthetic resources and community or neighborhood character.

Giacalone represented a group of residents in a successful bid to overturn a wind ordinance that had been adopted by the town of Hamlin, west of Rochester, on this basis. Upholding the challenge in HPG v. Hamlin Town Board, Justice David Michael Barry of the trial-level New York Supreme Court ruled on Jan. 5, 2009, that the town had failed to take the requisite "hard look" at the environmental impact of wind energy development.

Some members of town boards might have their own reasons not to take a hard look at wind farm proposals. Typically, developers interested in setting up a wind farm first negotiate contracts with local landowners that offer annual payments of $3,000 or more to construct and operate one or more wind turbines on their properties. Then they take their plans to the town board for approval.

But in small agricultural communities, members of the town board often are major landowners as well, says Rohde. By the time the wind project developer approaches the town government, board members or their relatives might have financial stakes in the project. In July 2008 the New York attorney general's office launched an investigation into alleged improper dealings between wind farm developers and local officials, leading to a voluntary code of conduct by which 16 companies, accounting for 90 percent of wind energy development in the state, have agreed to abide.

The sense that they were up against a combination of moneyed interests, as well as federal and state policies, left some opponents of the Italy project discouraged. At the town board meeting in September, 119 people spoke in opposition to the project while 20 expressed support, according to a tally kept by an anti-wind group. Still, one opponent said, "I don't know if anybody is listening."

But on Oct. 5, the Italy town board surprised both opponents and supporters of the project. Despite being offered a package of amenities-including a one-time cash payment of $1.6 million for a new town hall addition, a salt barn and a new all-wheel-drive truck, as well as additional cash payments estimated at $300,000 to $400,000 per year-the board voted to deny Ecogen's application.

Dallas attorney Cox says wind project developers would much prefer that such decisions be made higher up the governmental ladder-at least at the state level. "The problem from the energy generators' point of view," he says, "is that when you consider how much they invest in a project, it's a pretty scary thing to turn it over to 12 people to decide if this billion-dollar project is going to be taken down."

But Cox also says the industry should be flexible about responding to concerns. One approach would be to extend setbacks to keep wind turbines farther away from residences. "I don't think that turbines are a nuisance by sound or by sight even if you put them 300 or 500 feet from residences," says Cox, "but if you put them farther away it'll go a long way toward alleviating people's complaints."

In a move that sent shock waves throughout the industry, the minister of energy for the Canadian province of Ontario in September proposed setbacks of about 1,800 feet from any residence, and at least 3,000 feet for wind turbines producing more than 106 dBA of noise at their bases. The Canadian Wind Energy Association estimated that these guidelines would eliminate or require extensive redesign of 79 of the province's 103 "shovel ready" wind projects.

Others question the value of mandatory setbacks. They may be an oversimplistic solution that would unnecessarily limit the number of sites that can be developed as wind farms, says Dwight H. Merriam, a partner at Robinson & Cole in Hartford, Conn., who is chair-elect of the ABA Section of State and Local Government Law (and the section's liaison to the ABA Journal). At the very least, he says, setbacks should be rebuttable, allowing developers to go to court and argue that they can be modified in some cases.

Deyette at the Union of Concerned Scientists says regulators should not leap to the assumption that setbacks always will be the answer to complaints about wind turbines. In many cases, he says, the solution may be mitigation measures such as strategically planted trees that muffle low-frequency sound and block shadow flicker.

"Wind is a viable and necessary part of our climate change mitigation strategy," Deyette says. "And it's available today, so we should be wrapping it up as quickly as possible. That being said, if it's not being done appropriately, we're going to be experiencing increased pushback."

Cummings of the Acoustic Ecology Institute agrees that the wind energy industry must take opposition into account. "My concern is that if the industry is too aggressive about siting wind farms, it's going to make the next round of wind farm development more problematic," he says. "The Internet is already full of people talking about how horrible the wind farms are."

http://www.abajournal.com/magazine/article/the_war_of_winds/

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1Feb/100

Wind Turbine Problems in Germany

Germany easily leads the world in installed wind energy capacity. Its 18,865 wind turbines (as of the end of 2006) supply 5.7 percent of the nation's electricity. Plus, German turbine manufacturers and suppliers produced more than 50% of the turbines and components manufactured worldwide in 2004.

The wind energy industry has been growing at nearly 30 percent per year for the last decade. The heavy push for more green energy has created a gold rush of sorts...which means buyer beware (Excerpts from http://www.windaction.org/news/11519).

"Many companies have sold an endless number of units," complains engineer Manfred Perkun, until recently a claims adjuster for R+V Insurance. "It hardly leaves any time for testing prototypes."

Wind power expert Martin Stöckl knows the problems all too well. The Bavarian travels some 80,000 kilometers (49,710 miles) across Germany every year, but he is only rarely able to help the wind farmers. It is not just the rotors that, due to enormous worldwide demand, take forever to deliver, but simple replacement parts are likewise nowhere to be found. "You often have to wait 18 months for a new rotor mount, which means the turbine stands still for that long," says Stöckl.

"Sales Top, Service Flop" is the headline on a recent cover story which appeared in the industry journal Erneuerbare Energien. The story reports the disastrous results of a questionnaire passed out to members of the German WindEnergy Association asking them to rank manufacturers. Only Enercon, based in Germany, managed a ranking of "good." The company produces wind turbines without gearboxes, eliminating one of the weakest links in the chain.

Even among insurers, who raced into the new market in the 1990s, wind power is now considered a risky sector. Industry giant Allianz was faced with around a thousand damage claims in 2006 alone. Jan Pohl, who works for Allianz in Munich, has calculated that on average "an operator has to expect damage to his facility every four years, not including malfunctions and uninsured breakdowns."

So much for German precision...there are quick profits to be made.

Many insurance companies have learned their lessons and are now writing maintenance requirements--requiring wind farmers to replace vulnerable components such as gearboxes every five years--directly into their contracts. But a gearbox replacement can cost up to 10 percent of the original construction price tag, enough to cut deep into anticipated profits. Indeed, many investors may be in for a nasty surprise. "Between 3,000 and 4,000 older facilities are currently due for new insurance policies," says Holger Martsfeld, head of technical insurance at Germany's leading wind turbine insurer Gothaer. "We know that many of these facilities have flaws."

And the technical hitches are not without their dangers. For example:

- In December of last year, fragments of a broken rotor blade landed on a road shortly before rush hour traffic near the city of Trier.

- Two wind turbines caught fire near Osnabrück and in the Havelland region in January. The firefighters could only watch: Their ladders were not tall enough to reach the burning casings.

- The same month, a 70-meter (230-foot) tall wind turbine folded in half in Schleswig-Holstein--right next to a highway.

- The rotor blades of a wind turbine in Brandenburg ripped off at a height of 100 meters (328 feet). Fragments of the rotors stuck into a grain field near a road.

These examples do highlight a rare benefit of our nation's NIMBYism regarding wind farms...there's less for failing turbines to damage in rural settings.

At the Allianz Technology Center (AZT) in Munich, the bits and pieces from wind turbine meltdowns are closely examined. "The force that comes to bear on the rotors is much greater than originally expected," says AZT evaluator Erwin Bauer. Wind speed is simply not consistent enough, he points out. "There are gusts and direction changes all the time," he says.

But instead of working to create more efficient technology, many manufacturers have simply elected to build even larger rotor blades, Bauer adds. "Large machines may have great capacity, but the strains they are subject to are even harder to control," he says.

Even the technically basic concrete foundations are suffering from those strains. Vibrations and load changes cause fractures, water seeps into the cracks, and the rebar begins to rust. Repairs are difficult. "You can't look inside concrete," says Marc Gutermann, a professor for experimental statics in Bremen. "It's no use just closing the cracks from above."

The engineering expert suspects construction errors are to blame. "The facilities keep getting bigger," he says, "but the diameter of the masts has to remain the same because otherwise they would be too big to transport on the roadways."

The strength and variability of the wind was a surprise to the engineers designing the turbines and their support structures? Those are part of the site conditions--basic parameters that engineers would need to do the designs for the turbines, masts, and foundations. The less confidence one has in the weather (and soils) data, the greater the safety factors that are needed. One has to seriously wonder who was cutting corners in the design, construction, materials, and/or gathering of reliable weather data.

Still the wind power business is focusing on replacing smaller facilities with ever larger ones. With all the best sites already taken, boosting size is one of the few ways left to boost output. On land at least. So far, there are no offshore wind parks in German waters, a situation that Minister Gabriel hopes to change. He wants offshore wind farms to produce a total of 25,000 megawatts by 2030.

Perhaps by then, the lessons learned on land will ward off disaster at sea. Many constructors of such offshore facilities in other countries have run into difficulties. Danish company and world market leader Vestas, for example, had to remove the turbines from an entire wind park along Denmark's western coast in 2004 because the turbines were not sufficiently resilient to withstand the local sea and weather conditions. Similar problems were encountered off the British coast in 2005.

Some say early adopter, others say guinea pig.

This link provides information on the wind farms that are on-line or currently being built in Oregon, including the number and types of turbines at the facilities. Almost half are Vestas (the Danish company mentioned above...yes, the list has a typo), with GE Energy coming in second and Mitsubishi (Japanese) third. A wind farm being constructed in Sherman County will have some Siemens turbines; it's the only German manufacturer on the list.

http://roguepundit.typepad.com/roguepundit/

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1Feb/100

Problem with Wind Power

The following is an abreviated version of some of the problems with wind energy, for the full version go to the link below.

A Problem with Wind Power

by Eric Rosenbloom

Output figures from wind developers are typically annual averages expressed in the vague figure of "number of homes provided for." Homes, however, account for only a third of all electricity use, and electricity represents only a third of all energy consumption (only a fifth in Vermont). Further, home use of electricity varies widely through the day, week, and year, but wind plants generate electricity by the whims of the wind rather than the actual needs of the grid.


As averages, the figures ignore the fact that hour to hour, day to day, season to season, even the most windy sites experience periods of calm when the turbines are producing no electricity at all and cycles of slower wind when they are producing far less than their maximum capacity. When the wind is too fast, the turbines must shut down to avoid damage.

This variability, they say, is balanced by wiring up a multitude of sites, one of which at any time must surely be producing significant power. Instead of a "free and clean" source of energy, then, the necessary proposal is an expensive network of redundant installations that must fill most of our land and seascapes to make any meaningful contribution.

Despite local variabilities, however, the overall rise and fall of the wind is generally the same over the larger region. The grid must plan for the likely low point, i.e., the least power it may see from all of the attached wind plants. Large power plants cannot respond quickly to the hourly variations of the wind, so they must be already going when the power from the wind plants drops off.

There are solutions to this on a small scale, but for most grid systems, any power produced by wind plants is therefore in practice superfluous. The backup generation is already providing it.

On top of this uselessness, the turbines use a great deal of electricity themselves. Most of them cannot even run without input from the grid. Although they produce electricity intermittently, they consume it continuously. In every report I've seen, input from the grid is not accounted for in the figures of net output. Specifications from turbine manufacturers do not include the amount of electricity they require.

It may be that large wind turbines use as much electricity as they produce. Whether the wind is blowing in the desired range or not, they need power to keep the generator magnetized, to keep the blade and generator assembly (92 tons on a 1.5-MW GE) facing the wind, to periodically spin that assembly to unwind the cables in the tower, to heat the blades in icy conditions, to start the blades turning when the wind is just getting fast enough to keep them going, to keep the blades pitched to spin at a regular rate, and to run the lights and internal control and communication systems.

It is clear that industrial wind generation is not able to contribute anything against the problems of global warming, pollution, nuclear waste, or dependence on imports. In Denmark, with the most per-capita wind turbines in the world, the output from wind facilities equals 15%-20% of their electricity consumption. The Copenhagen newspaper Politikenreported, however, that wind provided only 1.7% of the electricity actually used in 1999. The grid manager for western Denmark reported that in 2002 84% of their wind-generated electricity had to be exported, i.e., dumped at extreme discount. The turbines are often shut down, because it is so rare that good wind coincides with peaking demand. A director of the western Denmark utility has stated that wind turbines do not reduce CO2 emissions, the primary marker of fossil fuel use.

But industrial wind facilities are not just useless. They destroy the land, birds and bats, and the lives of their neighbors. Off shore, they endanger ships and boats and their low-frequency noise is likely harmful to sea mammals. They require subsidies and regulatory favors to make investment viable. They do not move us towards more sustainable energy sources and stand instead as monuments of delusion.

http://www.aweo.org/ProblemWithWind.html

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27Jan/100

Capacity Factor of Wind PowerRealized Values vs. Estimates

Capacity Factor of Wind Power is how much of the potential output is realized. Wind Turbines come with a maximum power label which may be something like 1.65 Mega Watts which is the amount when working at maximum it will generate per hour. But as we know the wind doesn't blow hard all the time.
The following  study shows how promised Capacity Factors rarely live up to the promise. This is a problem since if you have a big outlay of money(Say a Town Bond) and you depend on a certain capacity factor in your estimate of how much money you will make. What if that estimate is wrong and you can't payoff the the bond, the costs, maintenance and insurance. Then the town will actually have to start paying money into the project just to break even. Towns considering wind turbines put their people at risk of a substantial money loser if the capacity factor doesn't live up to a rosy forecasts. Wellfleets estimated capacity factor is 29.3% versus real world numbers in 2007 for world 21.1%. Other countries have capacity factors of Spain 20.5% Denmark 26.3% Germany 19.7% USA 23.4. even Hull's wind turbines are only 26.7 for the 600KW smaller tower and 23% for the 1.8MW.
See attached study where governmental estimates repeatedly don't live up promises.
http://boccard.free.fr/articles/Puzzle_Read.pdf
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27Jan/100

10 Amazingly-Abandoned Renewable Energy Plants

Just because it is renewable doesn't mean it always makes sense or won't be abandon!

http://webecoist.com/2009/05/04/10-abandoned-renewable-energy-plants/

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