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.’
The announcement of plans for a £200million windfarm at Moy, near Inverness, was accompanied by the claim that it would provide power to 100,000 homes. This great lie is perpetuated every time a new wind development is reported. People need to understand what is actually being claimed, and this can be found in the British Wind Energy Association (BWEA) publication Calculations for Wind Energy.
March 26, 2010 by Stuart Young in Press and Journal
The announcement of plans for a £200million windfarm at Moy, near Inverness, was accompanied by the claim that it would provide power to 100,000 homes.
This great lie is perpetuated every time a new wind development is reported. People need to understand what is actually being claimed, and this can be found in the British Wind Energy Association (BWEA) publication Calculations for Wind Energy.
BWEA claims: "A typical turbine therefore produces enough electricity each year to meet the needs of 1,000 homes."
I have no argument with this statement. A 1.75MW turbine at 30% load factor will annually generate 4,599MWh, which is close enough to the 4,700kWh average annual consumption per home for me.
But does it actually meet the needs? The answer is no. To meet the needs, the power needs to be there when needed.
At 2am on March 19, the 1,588MW connected windpower metered by the National Grid was generating 1,355MW when nobody wanted it, and at the morning peak demand time of 8.35am on March 20, the same 1,588MW wind fleet could manage only 107MW.
The overnight excess generation wasn't used by households, and when it was needed at breakfast time, it just wasn't there. An average of 731MW was generated over the period, but it was needed at breakfast time, not over the period. This surplus generation formed part of the "electricity produced each year", but it didn't "meet the needs" of homes.
So what happened to that surplus wind-generated electricity? The wind conditions on March 22 provide a good example.
At midnight on March 21, the output from the metered windfarms was 305MW. This rose steadily to 1,024MW at 8.05am on the 22nd, then fell steadily to 456MW at midday.
It continued falling after midday, but let's just consider this 12-hour period.
As the wind output rose, National Grid was switching off output from coal-fired power stations and, as the wind output fell, the same power stations were being reconnected.
Note that coal output was switched off, not that the coal fire was doused. During that 12-hour period, almost the same amount of coal was burned as would have been if the power was being fed into the grid.
That coal was burned and no benefit whatsoever was derived from it. It was burned solely so that wind energy could be used.
It was an obscene waste of a valuable and rare resource. The wind-generated electricity the consumer was forced to buy - because the government says the National Grid must take wind energy when it is being generated - cost about three times the coal-generated power, and the cost of constraining off the coal plant was almost as much as the electricity would have been.
During this period, our electricity was about four times the cost of coal-generated power, and virtually no carbon emission was saved.
Then there is the other great lie. BWEA says: "Electricity from wind turbines replaces the output of coal and gas-fired power stations as these are the most flexible plant on the system."
Actually, this is not a lie, simply throw a switch and you stop the electricity being transmitted, and throw it again and electricity flows into the system once more. You can't get any more flexible than that.
The great lie is in the unspoken implication that just because you are using wind energy, carbon emissions are being reduced.
The coal stations can't be turned off. The wind is about to drop, but nobody knows when.
In the 12 hours from midday on March 22, wind generation went down from 456MW to 405MW, up to 554MW, then down to 381MW, up to 511MW, then down to 460MW, up to 679MW, and then down to 522MW at midnight, after which it fell to 322MW at 4.35am on March 23.
All of these swings required juggling coal power stations on and off to keep the grid balanced, and all the switches were costly.
Not one ounce of carbon emission was saved.
It is time to end this lunacy.
http://www.pressandjournal.co.uk/Article.aspx/1661...
Start by challenging the claim "Enough power for X thousands of homes".
Follow on by exposing the deceitful disingenuity of "Electricity from wind turbines replaces the output of coal and gas-fired power stations".
Wind energy farms may sound environmentally friendly. Nettie Pena's documentary film "They're Not Green" aims to show that they're anything but. The one-hour film was shown last Saturday night at the Yucca Valley Community Center in an event hosted by the Alliance for Responsible Energy Policy and the Homestead Valley Community Council.
March 23, 2010 by Kris Reilly in The Leader
YUCCA VALLEY • Wind energy farms may sound environmentally friendly. Nettie Pena's documentary film "They're Not Green" aims to show that they're anything but.
The one-hour film was shown last Saturday night at the Yucca Valley Community Center in an event hosted by the Alliance for Responsible Energy Policy and the Homestead Valley Community Council.
The issue is relevant to Lucerne Valley, as 28 wind turbines are planned for the mountains northwest of town.
The film shows interviews with people who live near wind farms, and they say their negative consequences go far beyond the effects on views and property values.
One man who lived near a turbine that caught fire said that firefighters can do little or nothing when the turbines burn because they are so tall. He said he inhaled so much toxic smoke from the burning fiberglass that his coughing resulted in hernia surgery. He also said the company that owned the turbines refused to pay his medical bills.
Other residents spoke of the strobe effect that the windmills create inside their houses as they intermittently block sunlight during the day as well as the flashing red lights that go off during the night.
A scientist interviewed in the film said thousands of birds are killed each year by windmills, and many other problems were examined. Furthermore, the film asserts that the amount of energy provided by these turbines is relatively minuscule.
Pena, who has worked as an assistant film editor at NBC News and Paramount Studios, has been making documentary films since attending UCLA as a graduate student. The destruction of the 1992 Los Angeles riots inspired here to try to improve society, and she became an inner-city math teacher.
Pena said she moved from Los Angeles to Palm Springs three years ago and the windmills "were right in my face." She took her camera to a city council meeting where citizens protested new wind farm developments, and thus "They're Not Green" was born.
Pena spoke after the screening, as did Jim Harvey of the Alliance for Responsible Energy Policy. Both of them are supportive of rooftop solar energy, which does not destroy desert environments and can help people lower their energy costs.
Harvey spoke about AB 811, a state law that makes it easier for homeowners to get low-interest loans for rooftop solar installation. The funding for this program comes from municipal bonds sold by local governments, Harvey said. He's hopeful San Bernardino County will enact an AB 811 program.
Pena said she would like to eventually show "They're Not Green" in Lucerne Valley. Visit web.me.com/thrnotgreen to view portions of the film.
http://www.lucernevalleyleader.com/node/396
I have included the following press release to show that the State of Massachusetts is putting in place other harmful directives with regards to energy policy. The state funded Massachusetts Technology Collaborative is the "brains" behind placing a wind turbines in a NATIONAL PARK and cutting down STATE FORESTS to burn, while giving towns and companies money to wreak this destructions. We are strong believers in the environment and are confounded to understand MA's Renewable Energy Policy of siting Wind Turbines in pristine protected forest and clearing state forest for BIOMASS. We need to speak up and tell our governments to FIRST DO NO HARM when it comes to protecting the environment. GET INFORMED! These things are really happening. State and National lands are being destroyed while your tax and utility money are going to greed people who are feeding on your good intentions!
| Wood fueled biomass energy worse for carbon dioxide emissions than fossil fuels
Massachusetts Forest Watch released a report today (www.maforests.org/MFWCarb.pdf) stating that contrary to the belief that wood fueled biomass burning would help lower carbon dioxide emissions, it would instead dramatically increase them.
According to the group, wood fueled biomass burning is typically touted as a carbon neutral fuel by biomass proponents, but the key assumption about carbon neutrality is unsubstantiated and impossible when using existing forests as fuel.
In the report, wood fueled biomass power plants are shown to be worse than all fossil fuel power plants, including coal, for carbon dioxide emissions per unit of energy produced. Calculations provided show wood fueled biomass power plants emit about 50% more CO2 per MWh than existing coal plants, 150% more than existing natural gas plants and 330% more than new power plants.
Forest Watch spokesperson Chris Matera said, “It really is crazy. Hundreds of millions of dollars in public so-called “green” energy subsidies are being wasted on dirty wood biomass burning of forests instead of going to genuinely clean energy sources such as solar, geothermal, appropriate wind and hydro and importantly conservation and efficiency. At a time when budgets are being slashed, we are throwing away scarce taxpayer money on a caveman technology that will worsen our problems, not help solve them.”
Last Wednesday, a hearing was held in Boston by the Joint Committee on Telecommunications, Utilities and Energy on House Bill 4458 that would create into law the citizen’s referendum that recently collected over 78,000 certified signatures, which is enough to put the measure on the ballot in November. The ballot measure would put a limit on carbon dioxide emissions in order for renewable energy sources to be eligible to receive taxpayer subsidies and other benefits and would effectively ban taxpayer subsidies from being directed toward wood fueled biomass plants since their carbon dioxide emissions are so high.
"We find that people are willing to support truly clean energy but do not want to pay extra on their electricity bills and tax bills to build these dirty biomass incinerators," said Jana Chicoine of the Concerned Citizens of Russell, "Everyone knows that the proposed biomass incinerators would add to air pollution and make carbon emissions worse, yet the Patrick administration is still forcing us to pay for it. It's a tragic situation, but we have a chance to fix it in the legislature over the next couple of weeks."
Meg Sheehan, chair of the Stop Spewing Carbon ballot question committee commenting about the hearing added, “last week the Massachusetts legislature received un-rebutted testimony from medical professionals that particulate emissions from wood burning biomass plants increase human mortality. A broad coalition of medical and citizen groups are urging our elected officials to support House Bill 4458 to address this public health threat. Action is needed now," she added. |
By GLENN ADAMS
The Associated Press
Thursday, February 18, 2010; 2:43 AM
AUGUSTA, Maine -- As wind power expands in Maine, the industry is feeling a gust of push back from those who worry about the turbines' noise and impact on scenery and about whether too many towers are going up too fast.
"The wind industry has had a decade head start working behind the scenes, working below the radar and positioning itself to have a favored status," said Brad Blake, of Cape Elizabeth, spokesman for the Citizens Task Force on Wind Power, an umbrella group of residents fighting wind projects around the state. "It's been a stealth attack on rural Maine, and the citizens of Maine are catching up."
State officials acknowledge heightened awareness across the state to wind power as it transforms "from the theoretical to the practical," said Karin Tilberg, senior policy adviser to Gov. John Baldacci. But the administration remains committed to wind and other forms of renewable energy to help wean the oil-dependent state from fossil fuels, she said.
"It is important that people have a discussion based on science and good information," Tilberg said Wednesday.
In 2008, the Legislature streamlined the permitting process for wind farms. With a regulatory welcome mat out, five commercial-grade wind farms are online or under construction, and more are on the drawing boards. In the meantime, the state has moved aggressively toward making offshore wind power a reality.
But as the windmills have risen on the mainland, so have concerns over their impact. Some critics, including Blake, question the very economics of the renewable energy source. Others, including some who live near the state's first major wind farm in Mars Hill, dislike windmills' looks and say they're too noisy.
In Penobscot County, Dixmont passed a one-mile setback ordinance. Just south in Jackson, Waldo County, a moratorium was imposed before passage of an ordinance stipulating that any 400-foot-tall turbines erected must be at least a mile from any houses, largely out of noise concerns.
In Oakfield, where the state Department of Environmental Protection has approved Massachusetts-based FirstWind's application for a wind farm, a family trust that owns land near the Aroostook County site said it would appeal the DEP's action, citing visual concerns.
Union, which has two small wind farms, has drafted for public review a measure aimed at addressing noise and light reflection from spinning windmill blades. Fort Kent is considering an ordinance limiting noise even though no large-scale wind project has been proposed in the northern Maine border town.
New Vineyard, in Franklin County, is asking voters to put a moratorium on commercial wind power development until it can pass an ordinance regulating the industry.
Noise has become an issue on Vinalhaven island, where New England's largest community-owned wind farm has begun generating power. Opposition has organized in western Maine to the project under construction in Roxbury near Rumford. And a proposal to build a wind farm along the ridgelines of five mountains in Highland Plantation in Somerset County has already generated vocal opposition from people who say the area's scenery would be marred.
The Highland group's chairman, Alan Michka, said there's good reason why towns have taken those actions and why people are complaining about turbines that have already gone up in Mars Hill, Freedom and Vinalhaven.
"It's not a good track record for a state trying to accelerate its development of wind power," Michka said.
Critics who say the state's been moving too fast have taken their case to the state Supreme Court, which last week heard arguments from a Penobscot County group called Friends of Lincoln Lake. The residents, who oppose a 40-turbine project on Rollins Mountain, are challenging the state law that expedites the permitting process for setting up a wind farm, saying it's technically flawed.
Tilberg said those and other concerns have drawn the Baldacci administration's attention. She said the 2008 law doesn't pre-empt local control to regulate windmills and even includes a model ordinance towns can adopt.
The state also is continuing to review technical information on setbacks, noise, health implications and other aspects of wind power to see whether regulations should be revisited.
FirstWind spokesman John LeMontagne said the company has sought to work closely with communities such as Oakfield to make sure they understand all the implications of their developments. He said people should not lose sight of the benefits of wind power, including clean energy, jobs and spinoff economic activity.
While it may seem as though the flurry of wind worries is new, the matter has long been a subject of public debate in Maine, observed state Rep. Jon Hinck, House chair of the Utilities and Energy Committee, who was an environmental advocate before being elected to the Legislature.
Hinck, D-Portland, noted that the issue has been debated in Maine at least since the mid-1990s, when a proposal to rezone areas in western Maine's Boundary Mountains for wind development prompted opponents to organize. Now, with turbines up and turning, people have developed a variety of perspectives on wind power, he said.
"In terms of opposition in Maine, I don't think it has too many consistent threads," said Hinck, whose attorney wife represents the wind power industry in Maine. "There is not, as far as I know, a perfect source of power."
http://www.washingtonpost.com/wp-dyn/content/article/2010/02/18/AR2010021800309_pf.html
The following is a critique of PR efforts by the wind industry.
by Jon Boone
January 30, 2010
At first blush Wind Energy makes total sense...the wind is blowing and if we erect a big turbine then all will be good. Well not so good if you build in a National Park, but if you were responsible and built in a proper location. You would have free energy(less the cost of turbine, maintenance, etc) and CO2 will be reduced. Wellfleet's $5 Million dollar turbine is super costly, but they claim that CO2 will be reduced. The problem is the wind only blows sometimes and you still expect to have electricity. Did you ever think how your typical electric grid will respond to a Wind Turbine going on and off? Did you ever think that maybe a wind turbine actually might generate more CO2 because the electric company has to be ready all the time for the moment the wind stops.
The following is a bit complex but if you really want to understand what happens with CO2 emissions when the Electric Grid has to respond to the wind turbines producing power intermittently.
February 28, 2008 • Texas
Operators of the state power grid scrambled Tuesday night to keep the lights on after a sudden drop in West Texas wind threatened to cause rolling blackouts, officials confirmed Wednesday.
At about 6:41 p.m. Tuesday, grid operators ordered a shutoff of power to so-called interruptible customers, which are industrial electric users who have agreed previously to forgo power in times of crisis. The move ensured continued stability of the grid after power dropped unexpectedly.
Dottie Roark, a spokeswoman for the power grid, said a sudden uptick in electricity use coupled with other factors and a sudden drop in wind power caused the unexpected dip. As a result, grid officials immediately went to the second stage of its emergency blackout prevention plan.
“This situation means that there is a heightened risk of … regular customers being dropped through rotating outages, but that would occur only if further contingencies occur, and only as a last resort to avoid the risk of a complete blackout,” the State Operations Center said in an e-mail notice to municipalities.
Known as the Electric Reliability Council of Texas, the quasi-governmental agency that manages the power grid must ensure that power generation and power use remain constantly in balance. Otherwise, the whole grid can go dark, and the result is a systemwide blackout.
According to ERCOT, those interruptible customers who lost power Tuesday night had it restored by 9:40 p.m.. The interruptible customers are generally industrial businesses that pay less for electricity in exchange for an agreement that they will let ERCOT cut their power during shortages.
Some wholesale energy prices also spiked Tuesday evening — especially in West Texas. ERCOT also reported that the drop in wind power led to constraints on the system between the north part of the state and the west.
Kent Saathoff, vice president for system operations at ERCOT, said Tuesday’s event illustrates the inherent challenges associated with using wind power. Because the wind sometimes stops blowing without a moment’s notice, engineers at ERCOT must remain nimble enough to respond to resulting instability on the grid, he said.
“There is a major workshop going on at our office right now to discuss these very issues,” Saathoff said.
Although he said the emergency event was rare, it is not unprecedented. On April 16, 2006, for instance, a much more serious shortage prompted rolling blackouts across much of Texas. ERCOT officials at that time also ordered power curtailments for the state’s interruptible customers.
That 2006 event was prompted largely by scorching heat coupled with a shutdown of several generators for spring maintenance. This time the shortage was prompted largely by a near-total loss of wind generation, as well as a failure of several energy providers to reach scheduled production and the spike in electricity usage.
ERCOT reported that wind power production plummeted Tuesday evening from about 1,700 megawatts to about 300 megawatts. A single megawatt is enough electricity to power 500 to 700 homes under normal conditions.
The emergency procedures Tuesday night added about 1,100 megawatts to the grid over a 10-minute period, according to ERCOT.
Some critics have said that wind power, although providing a source of clean energy, also brings with it plenty of hidden costs and technical challenges. Besides requiring the construction of expensive transmission lines, the fickle nature of wind also means that the state cannot depend on the turbines to replace other sorts of generators.
“This is a warning to all those who think that renewable energy is the sole answer [to the state’s power needs],” said Geoffrey Gay, an attorney representing Fort Worth and other North Texas municipalities in utility issues. “We can’t put all our eggs in one basket when it comes to any form of generation. We need to consider the cost and the reliability issues, in addition to the environmental impact.”
Susan Williams Sloan, a spokeswoman for the American Wind Energy Association, said those technical challenges are not insurmountable. She said part of the solution is to locate turbines in diverse areas of the state. “When the wind is not blowing somewhere, it’s always blowing somewhere else,” she said.
Sloan also said that technological advances will make it easier in the future to forecast wind energy.
About 4,356 megawatts of wind turbines are currently installed in Texas, she said.
By R.A. Dyer
Staff Writer
We get comments saying we don't suggest alternatives. Well here is a well reasoned analysis from Australia
Emission Cuts Realities – Electricity Generation
Cost and CO2 emissions projections for different electricity generation options for Australia to 2050
Peter Lang is a retired geologist and engineer with 40 years experience on a wide range of energy projects throughout the world, including managing energy R&D and providing policy advice for government and opposition. His experience includes: coal, oil, gas, hydro, geothermal, nuclear power plants, nuclear waste disposal, and a wide range of energy end use management projects.
Abstract
Five options for cutting CO2 emissions from electricity generation in Australia are compared with a ‘Business as Usual’ option over the period 2010 to 2050. The six options comprise combinations of coal, gas, nuclear, wind and solar thermal technologies.
The conclusions: The nuclear option reduces CO2 emissions the most, is the only option that can be built quickly enough to make the deep emissions cuts required, and is the least cost of the options that can cut emissions sustainably. Solar thermal and wind power are the highest cost of the options considered. The cost of avoiding emissions is lowest with nuclear and highest with solar and wind power.
http://bravenewclimate.com/2010/01/09/emission-cuts-realities/
The full 32 page
http://bravenewclimate.files.wordpress.com/2010/01/lang_2010_emissions_cuts_realities_v1a1.pdf
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/
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
Wellfleet, MA. is planning on building a Vestas V82 wind turbine close to people people's homes. It emits noise of 103 dB similar to helicopter.
Wind Turbines installers claim Wind Turbines don't affect real estate prices. Obviously your gut probably tells you, that being 1000 or 2000 feet from the noise of a helicopter would be problematic. The installers admit raising noise level 10 dB (that is a 10 TIMES INCREASE in NOISE) at nearby houses. This is with cherry picking the wind data, on maybe 3 days of the year. Ignoring the huge difference that seasons make on noise levels with leaves and landscape changes. They claim no one will notice, even though I can present HUNDREDS OF EYEWITNESS accounts from people suffering from this very NOISE.
Historically wind turbines builders were more responsible and built turbines very far from houses. As recently as 15 years ago the biggest turbines were only ONE HALF THE SIZE. As wind turbines have increased in size, the wind turbine lobbyists have loosened the rules for where they can put them and how much noise they can make. We have all probably been bothered by planes, helicopters and loud parties at one time or another. With you typical Cape Cod cottage being quit rustic, noise could be very bothersome. Here is a logical and well informed website concern helicopter noise,
Helicopter have a similar profile of noise...though they typical don't operate late at night and if so, pass by quickly. A WIND TURBINE WILL BE THERE 24 HOURS A DAY.
For two moderately priced "paired" neighborhoods north of LAX, the study found "an average 18.6 percent higher property value in the quiet neighborhood, or 1.33 percent per dB of additional quiet."
A 1996 study, funded by a grant from the Legislature of the State of Washington, used somewhat similar methodology and found that the proposed expansion of Seattle-Tacoma Airport would cost five nearby cities $500 million in property values and $22 million in real-estate tax revenue.
In 1997, Randall Bell, MAI, Certified General Real Estate Appraiser, Licensed Real Estate Broker and instructor for the Appraisal Institute, provided the results of his own professional analysis to the Orange County Board of Supervisors. After examining 190 sales comparables over the previous six months, in communities near LAX, John Wayne airport and Ontario Airport, Mr. Bell found a diminution in value due to airports averaging 27.4 percent.
Should Wellfleet believe the wind turbine installers who say people don't notice noise? Do people vacation to get away from noise and industry? Wellfleet will alter their most precious resource...the beautiful tranquil setting. These many studies are going to make it easy for these high priced houses to reduce their assessment and result in Wellfleet in losing money, maybe in excess of the savings! Nevermind the scar on the preserved beauty.
*Wind Turbine Syndrome*
*Clinical study of health effects of large wind turbines published*
-- Press Release --
Rowe, Mass., Nov. 28, 2009 -- Dr. Nina Pierpont, a pediatrician and
population biologist in Malone, New York, has announced the publication
of her book-length study: Wind Turbine Syndrome: A Report on a Natural
Experiment. [1]
In interviews with 10 families living 1,000-4,900 feet away from
recently built industrial-size wind turbines, a "cluster" of symptoms
was revealed: from sleep disturbance, which affected almost everyone, to
headache to tinnitus, vertigo, nausea, irritability, memory and
concentration problems, and panic episodes. Industrial wind turbines
have a total height of 300-400 feet or more, with blades of 125-150 feet
that sweep 1.5-2 acres of vertical airspace.
The book includes supportive reviews and notices by several noted
physicians in related disciplines. Although primarily directed towards
medical professionals, it includes an informative and often poetic
version for the lay audience.
The individuals affected by Wind Turbine Syndrome noticed that they
developed symptoms after the turbines near their homes started turning.
Symptoms were relieved when they left the area and resumed on their
return. Eight of the ten families eventually moved away from their homes
because of the severity of the symptoms.
Although not everyone living near turbines is subject to these symptoms,
the data Pierpont presents are a concern, considering the current
political drive to construct more and ever larger industrial wind
turbines close to people's homes, as well as in the habitats of other
equally or more sensitive animals.
Pierpont's sample size was large enough to show that individuals with
pre-existing migraines, motion sensitivity, or inner ear damage are
particularly vulnerable. People with anxiety or other mental health
problems are not particularly susceptible, she says, contradicting the
common claim of industry developers that "it's all in their head".
"This report is a public health wake-up call that our elected officials
and administrators need to take very seriously", said Eric Rosenbloom,
president of National Wind Watch, a clearinghouse for information about
the adverse effects of industrial wind energy development.
Pierpont and other health and noise experts agree that at a minimum,
large wind turbines should be 2 kilometers (1-1/4 miles) from any
residence. [2]
According to Pierpont, low-frequency noise or vibration from the wind
turbines acts on the balance organs of the inner ear to make the body
think it is moving. And this misperception of motion affects other brain
functions, including physical reflexes, spatial processing and memory,
and physiological fear responses (such as pounding heart and nausea).
Notes
1. Santa Fe, NM: K-Selected Books. See http://www.windturbinesyndrome.com/
2. http://www.wind-watch.org/ww-noise-health.php
###
National Wind Watch® is a nonprofit corporation established in 2005 by
campaigners from around the U.S. to promote knowledge and raise
awareness of the negative environmental and social impacts of industrial
wind energy development. Information, analysis, and other materials are
available on its web site: http://www.wind-watch.org
To Whom it May Concern:
The Wellfeet Energy Committee is proposing to build a 400 foot wind turbine in the middle of the Cape Cod National Seashore and the director of the Cape Cod National Seashore, George Price appears to be fine if not supportive with this plan. Plainly ignore that this tower would dominated the viewshed for miles. Here is a simple analysis as to why placing this in a Park next to houses less than ½ mile away and where numerous vacationer would also be less than one half mile is wrong headed and destructive to the natural surrounding.
This is taken from Vestas brochure on the v-82 wind turbine from Vestas that is being considered for the Wellfleet in the Cape Cod National Seashore. The loudness of sound from the v-82 is 101 Decibels at a wind of 6.6 mph to 103 decibels with a wind of 17.6 mph.
A frame of reference taken from Federal Agency Review of Selected Airport Noise Analysis Issues is that a Bell J-2A helicopter at 100 ft is 100 decibels. Imagine if you will…a helicopter hovering 400 feet off the ground only one half mile away, morning noon and night!
Boeing 737 or DC-9 aircraft at one nautical mile (6080 ft) before landing . . . 97 dB
Power mower . . . 96 dB
Jet flyover at 1000 feet . . . 103 dB. Ever been to an airport?
http://www.rcaanews.org/noiselev.htm
I ask the energy committee members, is this true? If so, I call on you to stop this adventure right now!
Sincerely
Barry Doyle