Wind Energy Generation in Ontario

Every now and then I just like to stick this to the front of the posts.  Because you see, “Ontario is on the forefront of wind in Canada with almost 1,100 MW of installed capacity on the transmission grid.”  Check here often to see how actual performance measures up to installed capacity.

Here’s a handy reference for the population of cities and towns.

[clearspring_widget title=”IESO Wind Tracker” wid=”4ac1050a4df9ab7c” pid=”4b4c433919118ecf” width=”300″ height=”250″ domain=”cs8b.clearspring.com”]

Oh … think about this note from Jon Boone:

You might explain a bit further what it’s all about.  The IESO continuously tries to sell the idea for wind by having little blurbs at the bottom of the graphic, such as the 101MW presently generated (out of 1100) can “meet the needs of Stratford” ( a provincial town).  This is absolutely bogus, since such a fluctuating energy source couldn’t meet the needs of a dog pound. It is outrageous propaganda.

You might note that, over the course of the year, the combined wind projects in Ontario, with an installed capacity of 1100MW, produce an annual average of 275MW–25% of its installed capacity. Over 60% of the time, they produce less than 275MW.  About 20% of the time, they produce virtually nothing, particularly at peak demand times.  Collectively, they never achieve their rated capacities.  Their output is continuously skittering–minute by minute, since any energy produced is a function of the cube of the wind speed.  As the wind energy ebbs and rises, it must be infilled–made whole–by conventional generation, which in this case, is almost entirely from hydro. Indeed, about 75% of Ontario’s installed wind capacity comes mostly from hydro.  This means that the wind energy displaces no CO2 emissions in Ontario’s electricity generation.

Posted in Wind Power Reliability Factor | Tagged | 1 Comment

Nuclear Energy – powering our future.

Mr. John Droz, Jr., a physicist and environmental advocate, has long proposed a national plan to promote scientifically sound energy (and environmental) solutions.

We thank him for making available this important email he received from Dr. Ed Berry, an atmospheric physicist, supporting Nuclear Energy.

Please distribute.

Dear John,

John Shanahan just released the final Letter supporting Nuclear Energy. You can read and download the PDF file here. You may distribute the letter to the media and to your public officials.

Here’s why this Letter is vitally important to you and all citizens.

Imagine America is an airplane that used to be the highest and fastest airplane in the sky. It contained sufficient natural resources and engineering talent to keep it the highest and fastest airplane in the sky forever.

Along came the watermelons (green on the outside, red on the inside). They did not like America to be the highest and fastest plane in the sky. So they got their lawyers and they passed laws against using the fuel resources on the airplane. One by one, the fuel lines were pinched … for environmental reasons of course. They made it illegal to emit carbon dioxide. The engineers were forced to retrofit the airplane to eat its own exhaust. This cut the power output by 60%. The plane slowed down and lost altitude. The greens danced and celebrated. The wise men worried.

The watermelons said we must not use fuels that emit carbon dioxide. They passed more laws requiring the engineers to fly the airplane on solar and wind power. The greens predicted that in 5 years the airplane could fly totally on renewable energy. The engineers tried but the energy content of solar and wind was not enough. The airplane slowed to stall speed and could barely stay in the sky. It lost more altitude and was now in danger of hitting a mountain top. The engineers said that wind power was not sufficient to even pay for its installation. The greens danced and celebrated. The wise men worried more.

The wise men said we could use nuclear energy to power the airplane and once again be the fastest and highest airplane in the sky. But the watermelons passed laws making nuclear power impossible to use. The greens worshiped solar and wind energy. The greens captured the media and made all the people think nuclear and carbon energy was bad. Their airplane was flying slow and low but the people rejoiced. The greens danced and celebrated. The wise men worried more.

We are all in the airplane. We who understand energy reality must wake up the people. We must wake up enough people so they make their elected representatives support nuclear and carbon fuels so our airplane can once again fly high and fast.

Here’s our main economic problem

The greens who control our resources have a religion. Their religion tells them that only renewable energy is “good” and all other energy is “bad.” Their definitions of good and bad are in their minds. They are the useful idiots, if you will, of those who wish to bring America to its knees and invoke a world government. The UN watermelons have penetrated over 500 American cities with their “sustainability” agenda. Sustainability or Smart Growth is all about government controlling people’s land and behavior. (Read my Letter to the City of Spokane.)

Wind and solar energy are nice little toys. They will remain forever toys. They will never power an F-16 and they will never power America. They are a waste of our economic resources and our attention time. If we allow the watermelons to force renewable energy and stop our real power of nuclear and carbon fuels, our airplane will hit a mountain.

Here’s what we can do with this letter

This letter effort organized by John Shanahan is the proper path to America’s future. Do I expect Holdren and Obama to have an epiphany and support nuclear power? No. But this Letter is extremely important nevertheless. We can use it in our local and state meetings. We can use it to educate our people to engineering and physical reality. We can use it to elect better people next time. Hey, maybe we can use it to exchange our watermelon college professors for some true patriot professors.

If we can educate enough people we can overcome and squash the watermelons. Maybe we can use this Letter to help elect Sarah Palin as our next president.

Below is John Shanahan’s cover letter to John Holdren.

Sincerely,

Edwin X Berry, PhD

Atmospheric Physicist

*******

Dear Dr. Holdren,

It has been about sixty years since the United States started out on its most important, long-term energy development program, nuclear power.

For the last 30 years or more, special interest groups and people within the government have taken steps to hinder and stop nuclear power programs.

Attached is a petition from top scientists and engineers throughout the United States and from eleven other countries asking that we proceed with streamline the licensing of Light Water Reactors, complete the development of fuel recycling in the IFR program and build some full scale prototype IFR facilities. These are the technologies with the most development efforts, operating experience and safety records.

This petition is signed by 190 or so people from around the world. You know many very well. There are additional supporters from many walks of life. The signers of this letter come from 12 countries and within the United States from 31 states.

The world wants nuclear power. It is important that we not delay any more, so that we can make maximum use of the experience of the people who pioneered the first fifty years of this marvelous energy source and so we don’t fall further behind other countries developing nuclear power.

Hopefully, the Obama Administration will listen to this petition from so many outstanding scientists, engineers, leaders in industry and citizens, and act decisively on it for the benefit of the United States. If not, we certainly hope that the next administration will include major plans for the restart of our most precious energy source.  Either way, this letter is a cornerstone for the effort to restart nuclear power in the United States.

Respectfully,

John A. Shanahan, Dr. Ing.

660 Detroit St.
Denver, Colorado 80206

Climate Physics LLC, 439 Grand Ave #147, Bigfork, MT 59911, USA

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Industrial wind plant slated for Mineral County, WV receives PSC approval.

Allegheny Treasures is not surprised by the decision of the WV PSC to permit installation of this costly, yet ineffective source of energy that will prove so destructive to our region.  We believe the PSC may well be limited in its powers to insure that industrial wind will benefit the community.  We believe perhaps the decision has more to do with insuring policies set by the Governor and Legislators are met.  So, our issue is not with the PSC.

We can happily report that rapidly growing member groups forming across the region recognize that the remedy lies at the feet of the elected officials who follow popular political winds and not the science behind the heavily subsidized and ineffective wind installations.  Our focus at Allegheny Treasures and, more importantly these Citizen Groups, will be to educate our legislators to the economic and environmental peril in which they place our state.  We will work toward enacting legislation requiring actual measurement of industrial wind performance, true cost analysis of projects and transparency in the all too generous tax subsidy system.  The people have a right to know what this adventure is costing them, and where their money is going.

We will continue to provide our citizens with the information they need to make better decisions.  We will provide them with information that, sadly, some of our local publications chose not to share.  That is why we began and that is why we will continue.

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Wind turbines can cause adverse health effects.

Courtesy of the Industrial Wind Action Group:

Wind turbines can cause adverse health effects:

The Society for Wind Vigilance (SWV) has released its analysis of the American and Canadian Wind Energy Association sponsored report on adverse health effects from industrial wind turbines. The SWV provides scientific and unbiased information on the adverse health effects of human exposure to industrial wind turbines through a volunteer-based advocacy group of health and other professionals.
January 11, 2010 in The Society for Wind Vigilance

Ontario — The Society for Wind Vigilance (SWV) has released its analysis of the American and Canadian Wind Energy Association sponsored report on adverse health effects from industrial wind turbines. The SWV provides scientific and unbiased information on the adverse health effects of human exposure to industrial wind turbines through a volunteer-based advocacy group of health and other professionals.

The recent report, ‘An Expert Panel Review 2009, Prepared for American Wind Energy Association and Canadian Wind Energy Association’ (A/CanWEA Panel Review) acknowledges that people are experiencing adverse physiological and psychological symptoms from exposure to industrial wind turbines.

The A/CanWEA Panel Review also acknowledges that wind turbine noise, including low frequency noise may cause annoyance, stress and sleep disturbance.

World Health Organization (WHO) specifically lists annoyance and sleep disturbance as adverse health effects.

Health Canada recognizes that annoyance, stress and sleep disturbance lead to other adverse health effects.

One of the authors of the A/CanWEA Panel Review W. David Colby M.D. reinforced this position by stating during a recent radio interview: “We’re not denying that there are people annoyed and that maybe some of them are getting stressed out enough about being annoyed that they’re getting sick.”

Another author of the Panel Review, Geoff Leventhall PhD (UK) has previously acknowledged the serious nature of low frequency noise-induced annoyance by asserting, “The claim that their ‘lives have been ruined’ by the noise is not an exaggeration…” Low frequency noise and annoyance, Noise Health 2004 Dr. Arlene King, Chief Medical Officer of Health of Ontario and Dr. Ray Copes, Ontario Agency for Health Protection and Promotion concur wind turbines may cause annoyance, stress and sleep disturbance.

Globally an increasing number of victims are reporting adverse health effects from exposure to industrial wind projects. Many families have abandoned their homes to protect their health. This cannot be denied. Yet no clinical research of victims was carried out for the A/CanWEA Panel Review.

To prevent these adverse health effects, authoritative science-based guidelines based on third party independent health studies must be developed.

Yet the A/CanWEA Panel Review inexplicably concludes by stating that it does not “advocate for funding further studies.” We note that the panel Review was produced and sponsored by the industry-created and industry-supported American and Canadian Wind Industry Associations.

Dr. Michael Nissenbaum of the Northern Maine Medical Center is one of the specialists now associated with The Society for Wind Vigilance. He states: “An objective, medical science based clearinghouse for the archiving, presentation, and analysis of health related investigations pertaining to Industrial Wind Turbines is both timely and sorely needed. These are enormous industrial machines that produce a noise qualitatively unlike anything else in our environment.”

The mission of The Society for Wind Vigilance is to mitigate the risk of both physiological and psychological adverse heath effects through the advancement of independent third party research and its application to the siting of industrial wind turbines.

To view complete analysis by The Society for Wind Vigilance, consult www.windvigilance.com

Posted in Industrial Wind Health Issues | Tagged | Leave a comment

Wind produces “practically no electricity during cold snap.” Another wake up call from our friends overseas – is anyone listening?????

From the UK Telegraph:

Wind farms produced ‘practically no electricity’ during Britain’s cold snapWind farms produced “practically no electricity” during the cold snap which manufacturers’ groups say could lead to severe winter energy shortages.”

By Rowena Mason
Published: 6:39AM GMT 11 Jan 2010

The cold weather has been accompanied by high pressure and a lack of wind, which meant that only 0.2pc of a possible 5pc of the UK’s energy was generated by wind turbines over the last few days.

Jeremy Nicholson, director of the Energy Intensive Users Group (EIUG), gave warning that this could turn into a crisis when the UK is reliant on 6,400 turbines accounting for a quarter of all UK electricity demand over the next 10 years.

He said the shortfall in power generated by wind during cold snaps seriously undermined the Government’s pledge on Friday to build nine major new wind “super farms” by 2020.

“If we had this 30 gigawatts of wind power, it wouldn’t have contributed anything of any significance this winter,” he said. “The current cold snap is a warning that our power generation and gas supplies are under strain and it is getting worse.”

Coal stations are currently used as back-up generation when there is a surge in demand for gas and the wind does not blow – which both tend to happen during cold weather.

However, increased dependence on wind farms will coincide with a European Union directive shutting down Britain’s dirtiest coal and oil fired power stations.

The UK has committed to switching off these stations by 2015, leaving it uniquely vulnerable to gas shortages and the intermittency of wind farms.

The EIUG, which represents the major steel, chemicals, paper, cement, glass, ceramics and aluminium companies,
said many of its members were worried about the prospect of future gas rationing.

“It will be industry that gets its gas switched off first,” Mr Nicholson said. “Just imagine going through the winter we’re having now when energy demand has gone back up to pre-recession levels, we’re more reliant on wind and 60pc of supply comes from gas compared with 40pc now.

“What is industry going to switch to using?”

Andrew Horstead, a risk analyst for energy consultant Utilyx, said current plans to build 30 gigawatts of wind farms could have serious consequences for the security of the UK’s energy supply in harsh weather conditions.

“This week’s surge in demand for energy in response to the cold weather raises serious concerns about the UK’s increased reliance on wind power,” he said.

“We need to ensure that energy can be quickly accessed in times of peak demand through improved gas storage and investment in clean-coal and nuclear power stations.

“Failure to address these concerns could mean further rationing of energy in future years and could even lead to black-outs, so it is vital that the UK Government takes action now to avoid the lights going off.”

Last week, National Grid was forced to issue two warnings about gas supply as demand surged to a record high, forcing it to ask 95 companies to turn off their pipelines.

It lifted the warning on Friday, after problems with Norwegian pipeline gas supply were fixed, but demand may continue
to rise next week with experts forecasting more snow.

In his latest podcast from Number 10, Mr Brown insisted that the UK was not running out of gas.

“National Grid has confirmed that it expects supplies to meet demand. I can assure you: supplies are not running out.

“We’ve got plenty of gas, of course, in our own back yard – the North Sea – and we also have access to the large reserves in Norway and Netherlands via pipelines.”

Article ends!

So folks, what’s it gonna be?

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Dr. Robert McMurtry discussion on the issue of wind turbines and health will live-stream on Monday 1/11/10 at 10 am est.

Please circulate!!!  Courtesy of our friends at Wind Concerns Ontario:

Hear this important discussion with Dr. Robert McMurtry at “ Live Stream 98 The Beach” on Monday, January 11, 2009  at 10:00 am est.

Dr. Robert Y. McMurtry, MD FRCSC FACS

10:00 am (est) on Monday January 11

Live Stream 98 The Beach

Call in tollfree (Canada or US) 1-877-652-9800

On Monday, January 11th, you have the opportunity to hear Dr. Robert McMurtry comment on the issue of wind turbines and health. Dr. McMurtry is former Dean of the Faculty of Medicine and Dentistry at the University of Western Ontario, a former Assistant Deputy Minister of Health Canada, a special advisor to the commissioner for the Romanow Commission on the Future of Health Care in Canada, and a member of the Health Council of Canada, has also reviewed the of wind turbines and health.   After his review, Dr. McMurtry testified to the Ontario Legislative Assembly Standing Committee and stated to the committee (quoting from the Ontario Legislative Assembly Hansard):

Let me be clear, however, as to why I’m here. I’m here because of people who are suffering as a consequence of being near wind turbines. Adverse health effects are occurring as we speak.

My proposal is this: Authoritative guidelines must be developed, and the only way to do that is a well-designed epidemiological study conducted by arm’s length investigators, mutually agreeable to all sides. That must be done – as well as check for low frequency noise. In the meantime, let us listen to and help the victims. Anything less would be an abandonment of responsibility by government.

Discover for yourself why Dr. McMurtry, a distinguished physician, comes to a different conclusion than the “expert panel” commissioned by AWEA and CANWEA, who concluded that wind turbines do not pose a risk to human health, and there was no need for further studies.

This interview will be conducted by News Director John Divinski of radio station “98 the Beach” at 10:00 am (est) on Monday January 11, during his “Sounding Board” call in program.

Be sure to tune in!

By the way, if you haven’t visited the excellent Wind Concerns Ontario site, you’re missing a lot of great information.  As their lead states “Bringing Sanity to Wind Development in Ontario,” the site is dedicated to providing you with facts to understand the issues of industrial wind.

Wind Concerns Ontario is a coalition of 41 Citizen’s Groups from across 27 Counties/Districts in Ontario

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If “it’s not a matter of displacing or replacing coal or nuclear or things like that,” what exactly is the purpose of industrial wind?

I’m easily confused!  Let’s get that out of the way first.  So, maybe someone can help me understand the following:

An article published January 7, 2009 at the Cumberland Times-News contained this quote:  “I think the important thing is that this is developing another resource in the region that is beneficial for the environment, but also communities that are struggling right now,” said Frank Maisano, spokesman for the wind energy industry. “It’s not a matter of displacing or replacing coal or nuclear or things like that. But it’s a matter of taking a project that you can develop where it makes sense … and adding it to the grid to make that pool of power a little bit cleaner.”

That comment struck me as a little odd, since the AWEA (American Wind Energy Association) states in its Wind Energy and Environment section:  “whenever the wind is blowing, it displaces the most expensive conventional power plant that is generating. Typically, this tends to be the oldest and dirtiest gas plants on a utility system, but in some parts of the country (notably the mid-Atlantic states such as Maryland, West Virginia, or Virginia), wind power may displace coal.”

So, is Mr. Maisano tailoring his comment to fit the mood, since the WV Supreme Court of Appeals cautioned the PSC during the Laurel Mountain hearing last year that decisions to permit cannot show preference to replacement of another resource, or is he acknowledging what many knowledgeable individuals have already stated – With nearly 100,000 huge wind turbines now in operation throughout the world—35,000 in the USA—no coal plants have been closed anywhere because of wind technology. And there is no empirical evidence that there is less coal burned per unit of electricity produced as a specific consequence of wind.“ In other words, Will industrial wind replace fossil fuel? Just do the math!

So then, if “It’s not a matter of displacing or replacing coal or nuclear or things like that,” and all you really want to do is make the “pool of power a little bit cleaner,” can’t that be done more sensibly and economically with investment in clean coal technology, natural gas and nuclear?

Wouldn’t it be more sensible to upgrade existing power plants that have already consumed the spot of land they’re on, rather than building a huge set of power cranks which will require additional vast land and air consumption?

Wouldn’t it make more sense to invest in improvements in power sources that produce 24/7/365 rather than add thousands of temporary spinning devices that operate, at best, to 30% of their nameplate capacity, if the Goldilocks wind happens to be blowing not too soft-not to hard-but just right?

After all, if you’re just looking to improve the economic status of our area, how about investing in technology that allows our community to really grow.  Not by consuming many square miles of mountain top with some temporary and unreliable contraptions for the sake of perhaps 6 jobs and some tax revenue, but in real return for the taxpayer dollars.

Again, the environmental improvement you mention as “make the “pool of power a little bit cleaner” could be accomplished with a more sensible and economical approach by investing in clean coal technology, natural gas and nuclear.

Eighty percent of the Stimulus dollars thrown at the wind industry didn’t land here in the US.  Were that money spent instead in the United States on infrastructure and improvements of proven sources of electricity, permanent jobs would have been created, here.

Investors seeking quick return flock to the heavily subsidized wind schemes popping up across the country.  From the rush to plop your constructions anywhere a tax subsidy exists to the “renewable energy credit” deals, the Public, mostly in an effort to do the right thing for the planet, sacrifice their tax dollars to the drive-by LLCs.  Perhaps a better choice would be to if the same taxpayer dollars were invested in the existing reliable power producing structure until the energy grid can be rebuilt to accommodate new forms of energy from new ideas.  Not from some old world, gust driven romantic technology that went out with the steam engine, but real innovation.

So, I hope you’re right Mr. Maisano.  I hope it’s not about closing coal and nuclear fired plants, because wind can’t handle the load.  Since industrial wind seems to fall short of providing reliable energy; is not reducing our requirement for fossil fuel; will increase rates to consumers and the subsidy hungry LLCs will continue to dip at the tax trough, it strikes me that we really don’t need industrial wind!  It seems to me that the only thing industrial wind is contributing to, is the bank account of folks like yourself.

I’ve rambled on long enough.  It’s up to nearly 25 degrees here in the middle of the day here in the mountains, and the wind isn’t blowing.  But, thankfully my electric furnace is working just fine.  Maybe I should really take a moment to send a thank you note to my neighbors who keep that coal fired power plant running 24/7/365, just in case I get a little chilly.  You see, I’m the customer and they give me electricity when I need it, not just when they have it!  Pretty cool concept, don’t you think?

Posted in Wind Energy Shenanigans, Wind v Coal | Tagged , , , | 1 Comment

Wind in the Works – Southern California Edison and Industrial Wind LLCs

Information to share:

The document embedded below for your convenience arrived today.  Accompanying Southern California Edison’s Supplement to Advice 2333-E, Implementation of Affiliate Transaction Rules With Respect to the Creation of 12 Affiliates submission to the California Public Utilities Commission, was the recommendation that it be distributed widely.

As indicated in Attachment A, it appears Southern California Edison has entered into an equity partnership with a number of other wind LLCs, including US WindForce, which is awaiting WV Public Service Commission approval to build an industrial wind facility in Mineral County, WV.

The chart shows two active wind projects US WindForce contemplates in Maryland, which have not yet gone public, including  little known intentions for a project in the Mt. Zion area of Garrett County, MD.   The report does not include Synergics’ projects, or other US WindForce projects linked to AES, and, of course, the Clipper/Criterian/Constellation, which are active projects in this area of the Allegheny Front.

Concerned environmentalists, like Western Maryland’s Jon Boone, have been cautioning folks about the potential for thousands of wind turbines to be placed in the Appalachians, from Pennsylvania throughMaryland down to West Virginia and Virginia.  Mr. Boone emphasizes the importance of a strong network of concerned individuals to insure as much information as can be made available reaches the public.

Mr. Boone added this comment, “This is more than ominous. These wind LLCs are generally front organizations for large energy companies like Florida Power and Light and GE. I don’t know who owns Southern Cal Electric but it must be similar to the situation with Constellation Energy. All these outfits expect to shelter a lot of income through wind tax avoidance, which jeopardizes our entire region, among many others around the country. Expect Mr. Obama’s future energy bill and his “green jobs” stimuli to puff up these kind of projects. This has always been a serious threat, and now it’s imminent.”

Locations listed in the Southern California Edison report as targets for “Intended Business Activity” by Southern California Edison include Piatt County, Illinois – Otoe County, Nebraska – Cass County, Nebraska – Knox County, Nebraska – Clinton County, Iowa – Garrett County, Maryland – Lee County, Illinois and Benner County, Nebraska.

Please distribute!

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Mineral County, WV awaiting PSC decision on industrial wind plant.

What follows is a refreshingly thorough article on the pending decision by the West Virginia Public Service Commission regarding the US WindForce LLC application to construct industrial wind turbines on the Allegheny Front above Keyser, WV.

We compliment the excellent reporting which covered both sides of the argument fairly.  This in depth and well studied reporting is a very welcome change for our community.

Article begins:

Pinnacle wind project’s PSC deadline Monday

Federal court decision on similar development could impact all of Allegheny Front

Megan Miller
Cumberland Times-News
KEYSER, W.Va. — The West Virginia Public Service Commission is scheduled to issue a decision in the next few days on a wind energy developer’s application to build wind turbines in Mineral County.

The deadline for the decision is Monday, but it could come as soon as the end of this week, according to commission spokeswoman Sarah Robertson.

Pinnacle Wind Force, a subsidiary of Greensburg, Pa.-based US Wind Force, filed an application March 17 for a permit to build up to 23 wind turbines, spaced about 750 feet apart, along the spine of Green Mountain a few miles west of Keyser. The project has been in development since 2002.

“I think the important thing is that this is developing another resource in the region that is beneficial for the environment, but also communities that are struggling right now,” said Frank Maisano, spokesman for the wind energy industry. “It’s not a matter of displacing or replacing coal or nuclear or things like that. But it’s a matter of taking a project that you can develop where it makes sense … and adding it to the grid to make that pool of power a little bit cleaner.”

The planned wind farm has the capacity to generate 169 million kilowatt hours of electricity per year. The electricity generated by the wind farm will be sold into the PJM regional transmission grid, which serves 13 states and Washington, D.C.

The land for the project has been leased from private landowners, and a substantial portion from NewPage Corp. — six of the 23 turbines are planned to be built near its Luke mill. NewPage has tentative plans to become a Pinnacle customer by purchasing renewable energy credits from the wind farm to power its Luke administration and engineering buildings, according to company spokeswoman Patsy Koontz.

If the Public Service Commission approves the permit, there’s potential for the project to begin construction by the end of the summer or the following spring. But a recent court decision on another West Virginia wind project has the potential to impact work on Pinnacle — and possibly, wind power development along the entire Allegheny Front.

In early December, a federal judge halted the expansion of the Beech Ridge Wind Farm in Greenbrier County, after the Public Service Commission had approved the project’s permit and later denied an opposition group’s motion to reconsider the approval.

Construction had already begun on 40 wind turbines of the planned 122 at Beech Ridge, and U.S. District Judge Roger Titus ruled that those could be completed. But opponents’ protests that the project could harm an endangered species, the Indiana bat, convinced Titus to prevent further work on the project until the developer receives an incidental take permit from the U.S. Fish and Wildlife Service. Without that permit, the wind farm would be operating in violation of the Endangered Species Act, Titus ruled, stating that the 40 turbines already built at Beech Ridge can now only operate in winter when the bats are hibernating.

Bat mortality at wind farms has been documented and experts attribute it to two causes — bats colliding with the turbines, and also an effect called barotrauma, in which sudden changes in air pressure caused by the spinning turbines cause bats to suffer a condition that in humans is known as “the bends.”

US Wind Force hired environmental engineering and consulting firm BHE Environmental Inc. to conduct bat population surveys and wildlife impact studies as part of its application process for the Public Service Commission permit. Karen Tyrell, senior vice president of the company, testified May 26 to the commission that no Indiana bats were found in the project area, and the project’s risk to all bat species is considered low. Similarly, Mike Sponsler, also of BHE Environmental, testified that the project’s risk to rare, threatened or endangered reptiles and amphibians is “considered minimal.”

But Tyrell and BHE also performed similar evaluations in the stalled Beech Ridge project, and opponents of Pinnacle point to the court’s evaluation of their testimony in that case. Tyrell’s credibility as a witness was declared “diminished” because “her principal function is to actively market BHE’s services to the wind power industry, and she is closely involved with the American Wind Energy Association, an advocacy group for the wind power industry,” court documents stated.

Pamela Dodd, a registered professional geologist critical of wind energy development projects at Beech Ridge and Pinnacle, told the Mineral County Commission in July that her research has shown bat and bird mortality from turbines has been estimated at 32 per megawatt produced per year, adding up to about 1,766 annually with the 55 megawatt Pinnacle project.

Maisano and David Friend, US Wind Force vice president of sales and marketing, said Mineral County has a lot at stake in the success of the Pinnacle permit in terms of potential economic benefits. The project will create about 150 to 200 temporary construction jobs and six permanent jobs to operate the facility. The construction will be completed by a general contractor, but Pinnacle has an agreement with local labor unions to use their manpower as much as possible, Friend said.

In addition to a handful of jobs, the project stands to provide some economic boost to Mineral County in the form of local taxes. The county is guaranteed an annual minimum of $250,000 from Pinnacle, based on a contract agreement approved by the county commissioners in October and contingent on the construction of 23 turbines. Friend said Pinnacle’s yearly county taxes will probably be much higher than the minimum, averaging $433,000 annually over 25 years.

Contact Megan Miller at mmiller@times-news.com.

Article ends!

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WSJ: “Government subsidies are turning renewable energy into big business.”

From the Wall Street Journal:  ”

Clean Energy Sources: Sun, Wind and Subsidies:  As Governments Increase Spending and Support for Renewable Power, Even Fans Wonder If Aid Could Be More Efficient

by Jeffrey Ball

January 8, 2010

In frigid water four miles off England’s east coast, a floating crane is installing the last of 48 wind turbines. The 40-story-tall pinwheels are driven by two plentiful resources: ocean breezes and public funds.

Government subsidies are turning renewable energy into big business. Although fossil fuels remain by far the dominant energy source and generate big profits, in some markets government price supports are making renewable power a less-risky corporate bet than conventional fuels.

Building Wind Farms in the Ocean

3:04Renewable energy is becoming big business and one of the biggest bets these days is offshore wind farms. WSJ’s environment columnist Jeff Ball reports.

Wind farms “have a better return on investment than coal plants,” says Anders Eldrup, chief executive of Dong Energy, a company based in Denmark that is shutting down coal-fired power plants and building wind farms, including this one in the U.K., called Gunfleet Sands. But that is true only in places with hefty subsidies, he says. “Without that, they wouldn’t work.”

Critics say subsidies of any kind waste taxpayer dollars. But even fans of renewable energy worry this public largesse is costing too much. They say renewable energy deserves subsidies to help it mature to the point where it can compete against fossil fuel. But they are concerned that society, in its haste to roll out wind turbines, solar panels and other forms of clean power, is spending billions of dollars without spurring as much renewable energy as it could. The recession has worsened the waste, they say, as governments increase subsidies to meet renewable-energy targets and create “green” jobs.

Some renewable-energy subsidies have been “enormously wasteful,” says Michael Liebreich, chief executive of Bloomberg New Energy Finance, a London-based research firm. “As you get more and more renewable energy, the state is setting energy prices,” he says. “That worries me enormously.”

Common government practice today, especially in Europe, is to guarantee renewable-energy providers that they can sell their power for more than the normal electricity rate — often several times more. To trim costs, some governments are experimenting with parsing out subsidies, auction-style, to whichever renewable-energy firms are willing to accept the least aid.

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Virtually all energy is subsidized. Fossil fuels, which provide about 80% of total global energy, have enjoyed favorable tax breaks and other incentives for decades. The International Energy Agency estimates that fossil-fuel subsidies in developing countries — government money to reduce the price of energy — totaled $310 billion in 2007, the most recent year for which the IEA has statistics. Last fall, the Group of 20 leading economies called for phasing out fossil-fuel subsidies world-wide.

Yet for every unit of energy renewable energy produces, it is often subsidized more heavily than fossil fuel. Government spending and price supports accounted for about one-third of the roughly $145 billion invested world-wide in clean energy in 2009, New Energy Finance estimates. Though renewable energy gets fewer subsidy dollars than the IEA says fossil fuels receive, the price supports are covering a larger portion of renewable energy firms’ costs.

Many in the renewable-energy industry say it is high time they got that extra help. The industry needs the “economies of scale that make this a viable and effective source of electricity,” says Robert Beisner, vice president for the U.S. unit of SolarWorld, a solar-panel maker. It is planning to expand its U.S. factories to feed global demand driven by incentives.

The company is based in Germany, which has more solar panels in use than any other country despite often-overcast skies. That is because Germany offered a sweet deal: a “feed-in tariff.” It guarantees renewable-energy producers an above-market price for their power and that they can sell the power into the electrical grid at that price for 20 years.

Many countries have adopted feed-in tariffs; some are as much as five times the wholesale price of power. The governments typically reduce the rate by a few percentage points yearly. But the cost of renewable energy is falling far more quickly than that; the lifetime cost of producing some types of solar power fell 50% during 2009; most other renewable technologies fell 10%, New Energy Finance says. Moreover, once a renewable-energy producer has locked in a rate for a particular project, it gets that rate for the full life of the subsidy.

The upshot, analysts say: A feed-in tariff can guarantee a renewable-energy producer rising profits that can top 20%, far more than most conventional energy projects.

In Germany, renewable energy from projects that qualified for feed-in tariffs between 2004 and 2008 will cost consumers [euro ]122.3 billion (about $175 billion) between 2008 and 2030 — 46% more than the same amount conventional energy would cost, New Energy Finance predicts. In Spain, renewable energy from projects started under the country’s feed-in tariff between 2006 and late 2008 will cost [euro ]53 billion over the Spanish tariff’s 25-year life, the firm projects, a 75% premium over the likely cost of the same amount of conventional power.

The U.S. is a potentially massive renewable-energy market. It has windy plains, sunny deserts and areas rich in other renewable resources, such as wood. But it has lower rates of renewable-energy production than much of Europe, largely because the U.S. has smaller subsidies.

Now, as part of the Obama administration’s stimulus plan, renewable-energy producers are eligible for cash grants totaling 30% of the cost of projects they this year — however high those costs go.

Before the stimulus, the government subsidized renewable-energy producers with tax credits. But financial institutions typically partnered with small renewable-energy firms and took a cut of the government money, reducing the amount left to fund projects.

So the temporary cash grant is more efficient, says Jason Grumet, president of the Bipartisan Policy Center, a Washington think tank. Still, he says, even the grant program is “probably providing a much greater subsidy than particular projects require.”

The Obama administration says renewable-energy companies face a strong market pressure to minimize their costs: They have to compete with falling natural-gas prices. “What we’re seeing is the market price keeping the capital cost of these projects down,” says Matthew Rogers, the Energy Department official overseeing energy spending under the stimulus plan.

Some governments are experimenting with trimming subsidies by auctioning them to the lowest bidder. California and China have dabbled with this approach. But those auctions remain the exception rather than the rule. More often, renewable-energy subsidies are rising. A case in point is the London Array, a U.K. project that, if built, would be the biggest single offshore wind farm in the world.

It would sit off the coast of London, in the Thames Estuary, the same water body where Dong Energy is finishing the Gunfleet Sands wind farm. As the recession set in, companies involved in the project, including Dong, told the U.K. government they needed more aid. Early last year, the government agreed to increase the subsidy developers will get for all new offshore wind farms in the U.K.

Dong plans to start offshore construction on the project next year. Says the company’s Mr. Eldrup: “The government listened to us.”

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