Save Our SeaShore Alliance to Protect SeaShores & Prime Open Areas from Wind Turbines!

16Mar/130

Shocking Video of Family Affected by Industrial Wind Turbine Kingston, Mass.

Posted by SaveOurSeaShore

SOSS Editor Note: What can you say...A child can't play basketball in his yard due to  HEALTH EFFECT FROM Industrial WindTurbine. SHAME ON THE STATE OF MASSACHUSETTS FOR EXPERIMENTING ON FAMILIES WITH THEIR INDUSTRIAL WIND ENERGY PROGRAM!
(KJ.com EXCLUSIVE VIDEO) GOING INSIDE KINGSTON’S SHADOW-FLICKER ZONE

0kwiLELAND ROAD- Middle-school student Brian Reilly says he can’t play basketball on Leland Road when the strobing effect from the Kingston Wind Independence (KWI) Turbine’s shadow flicker is at full throttle. “I get a wicked bad headache so I have to go inside,” Brian told the Journal as he stood on the front steps of his neighbors house.

Dan Alves, also a resident of Leland Road, refuses to allow his epileptic son to stay in his bedroom when the KWI Turbine’s shadow flicker penetrates into his house. “That’s pretty much the rule,” Alves told the Journal on Friday afternoon. “We don’t want him in his room but we’re not always home so we can’t control it.”

0lelandway

The KWI Turbine can be seen behind Dan Alves’ home on Leland Road during a cloudy day.

Alves said that he has asked next-door neighbors to check on his son when he’s not home. “My next-door neighbor actually came over and asked [my son] to leave the room,” Alves said.

“You can’t concentrate,” Alves said as he sat in his dining room speaking with reporters and squinting into the flicker from the KWI Turbine. “You can’t read a book, you can’t read the paper, you can’t relax.”

Alves said his wife is also affected by the KWI Turbine and has refused to use her kitchen when the flicker occurs.

kwishadowflickr

Shadow flicker at the Kingston Transfer Station as seen from underneath the KWI Turbine.

The Journal spent nearly an hour and a half at Alves’ Leland Road residence on Friday and documented flicker from 4:35 to 5:20 p.m.

Alves said the flicker had begun 15 minutes beforethe Journal arrived, which would bring the duration of Friday’s shadow-flicker event to 60 minutes at the Alves homestead.

“If folks knew exactly what was going on with our daily lives…we can’t enjoy our own property…they would side with us,” Alves said.

kwiclose-up

The 404-foot tall KWI Turbine.

Alves also said he believes that the public misconceives the effects that the KWI Turbine has on areas within range of the turbine’s shadow flicker and noise pollution. “It is hard to believe, I’ll admit it,” Alves said.

Alves added that he does not think the siting of the KWI Turbine, which sits atop the capped landfill on land leased from the Town of Kingston, was appropriate.

“Shut the turbine off,” Alves said. “That’s the only thing I’ll be satisfied with…it just doesn’t make sense to put this [turbine] in the middle of a residential neighborhood.”

To see the full effects of shadow flicker, and the full video of KingstonJournal.com’sinterview with Dan Alves, simply press play on the embedded video at the top of this story.

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15Mar/130

Cape Wind Bait and Switch

Posted by SaveOurSeaShore

SOSS Editor : Cape Wind $2.6 Billion in funding...no moving jobs offshore...random output! I thought we had to close the white tours as we had no more money...still plenty for European Wind Energy Manufactures & their Lobbyists. Hmm?

Cape Wind — which has touted its intention to boost the local economy — has basically pulled a bait and switch. The proposed $2.6 billion project jettisoned its local supplier for the massive steel foundations that will support the giant wind turbines slated for Nantucket Sound. Cape Wind insists the foundations must be fabricated in Europe because no U.S. firm has the expertise to build them — despite a contention by a local supplier that it spent hundreds of thousands of dollars to learn how to do it right. Carl C. Horstmann, president of Mass Tank, which signed a non-binding (as it turned out) letter of intent with Cape Wind for the project, made the disclosures in a letter to federal energy officials after his former business partners backed out of the deal.

“Cape Wind used our intended participation to garner public support,” Horstmann wrote. He thought “we were initiating a mutually beneficial business arrangement that would pay dividends to the state and the region.

“But now I can only conclude I was wrong and question Cape Wind’s commitment to Mass Tank and the local manufacturing jobs was ever made in good faith.” Horstmann said the deal would have created 150 to 300 new jobs. The point is that taxpayers, who are subsidizing this project, and ratepayers — who will pay the higher costs ad infinitum — at least counted on some payback for local businesses and workers. More importantly, having broken one promise, what’s to keep Cape Wind from breaking the rest of them? http://bostonherald.com/news_opinion/opinion/editorials/2013/03/promise_in_the_wind

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11Mar/130

How a Little Island Stopped a Huge Industrial Wind Project

Posted by SaveOurSeaShore

Posted on March 8, 2013 by 

Simulated View of Wind Turbines on Molokai

Simulated View of Wind Turbines on Molokai

Despite many victories, communities around the world are still facing a plague of industrial wind projects that like hideous War of the Worlds steel monsters are destroying communities, mountains, and wildlands, slaughtering birds and bats, sickening people and driving them from their homes.

Even though these wind projects do not reduce greenhouse gases or fossil fuel use, they have dreadful environmental, social and economic impacts on whole regions. But they are a tool for energy companies and investment banks to make billions in taxpayer subsidies that get added to our national debt.

The good news is that communities worldwide are learning how to defeat these dreadful projects. More and more laws and moratoriums are being passed against them, while other projects are defeated on legal grounds or by overwhelming public opposition.

In Hawaii, an industrial wind project that would have constructed ninety 42-story turbine towers across seventeen square miles of Molokai has been defeated by a determined two-year effort of the island’s residents. In the process we learned many tactics, which I’ve tried to summarize below and are further described in Saving Paradise:

  1. Show wind projects for what they are: industrial. Not environmental, not green, not renewable, and cause no reductions in greenhouse gases or fossil fuel use, no long-term jobs and few short-term ones.
  2. Don’t be nice. These wind developers are your enemies: they want to destroy where you live, steal your money (property values), and are quite happy to literally drive you from your homes. They will lie, cheat, bribe, buy politicians, and do whatever else they can to win. They won’t be fair and you can’t trust them.
  3. Create a group and get your community behind you. Point out property value loss, human health issues, environmental destruction, tourism impacts, and all the other dreadful results of industrial wind. If you have a homeowners’ associations, make them aware of the danger so they can join the fight.
  4. Publicize your case. In the newspapers, TV and radio, on blogs and in nationwide petitions. Use videos and  good graphics. Go viral, worldwide. Develop a good professional website with lots of information and ways for viewers to participate. Community members should write op-eds and letters to the editor. A very powerful tool is frequent press releases that pass on news reports from National Wind WatchIndustrial Wind Action Group and other organizations about the devastating impacts of industrial wind. These press releases should be sent to all relevant media outlets and local, state and national legislators.
  5. Do mailings to everyone. In Molokai we sent two mailings to all the island’s 2,700 addresses. The first mailer described the dangers of the project and included a survey with a stamped return envelope. We had a massive response, with 97% of responses against the project, and our group gained hundreds of new members. A year later we sent a second mailer with photo mockups showing how the turbines would tower over homes and landscapes. This mailer also included a bumper sticker which many residents then put on their cars.
  6. Be visible. Put up lots of signs, both homemade and professionally done. Put up billboards if you can. Professional signs show you mean business, and are taken more seriously.
  7. Find legislators who will help you. On the state level, Republicans are often more responsive and more concerned about the environment than traditionalist Democrats who have bought the idea that wind is environmental (or who are receiving contributions from wind companies).
  8. Litigate. Find every avenue to impair or slow the wind developers. Once the Washington industrial welfare subsidies are removed, industrial wind companies will vanish overnight.
  9. Get property value loss appraisals. Average losses of 40% or more are being reported; in Molokai, one of the reasons the landowner planning the project cancelled it was they estimated a 75% property value loss on their lands near the project. Publicize the loss of assessed value at county level, and how that will reduce tax revenues. In most cases, property value loss far exceeds any revenue the county might receive from the project.
  10. Civil disobedience. Politicians and energy companies are terrified of this. Don’t be afraid to go to jail to protect the land and homes you love. On Molokai we planned if necessary to start a hunger strike on the island, and there were people ready to starve to death to protect our island. The level of your commitment is equal to the level of your success.
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4Mar/130

Doctors blow the whistle on wind turbines

Posted by SaveOurSeaShore

An impressive number of health practitioners, researchers and acousticians around the world are voicing their concern about the effects of wind turbines on people’s health (1). Their list was just published by the Waubra Foundation, the European Platform Against Windfarms (EPAW) and the North-American Platform Against Windpower (NA-PAW), the latter two representing over 600 associations of windfarm victims from 27 countries. These health professionals should be honored, assert the three NGOs: it takes courage to uphold the rights of victims against the powerful coalition of vested interests which supports the wind industry.
In Australia, where the controversy is reaching new heights, a wind industry executive has been singling out Dr Sarah Laurie in a bid to make the public forget the many other health professionals who alert to the dangerous effects of wind turbines: "...the largest public relations issue for the industry at the moment is the theory of an ex-doctor that infrasound or low frequency noise from wind turbines is likely to make anyone within 10 km of a wind turbine sick."
The blog Stopthesethings, which rose to fame denouncing the wind industry, replied: "So, the largest public relations issue for the wind industry is Sarah Laurie? One woman against the deep pockets of the pro-wind lobby. One woman speaking with local communities. One woman gathering data about the other side of your story, the one not covered in your press releases, presentations, websites, newsletters, advertisements, promoted by your highly paid PR consultants, and not covered by the Clean Energy Council with its
army of lobbyists and government access. One woman speaking out, working for two and a half years as a volunteer. What a compliment!" (2)
Sarah Laurie is a physician who has taken time off to fight her own cancer, and look after her family. “She is by no means an `ex-doctor´,”says EPAW’s Mark Duchamp. “She replied to that libelous spin at a Senate hearing on wind turbines” (3).
Dr Nina Pierpoint, PhD, MD, who intensively studied the health problems of 10 windfarm neighbor families, and coined the phrase Wind Turbine Syndrome in the process, has also been attacked and vilified. “Yet her meticulous, scholarly and pioneering work has been used around the world by turbine victims and their physicians, to better understand the reported symptoms and illnesses. The study has been rigorously peer reviewed, translated into multiple languages, and even quoted by health officials”, adds Duchamp. Dr Sarah Laurie, CEO of the Waubra Foundation, fully agrees: “Dr Pierpont used her multidisciplinary skills and academic experience to evaluate the data she collected. Many of her colleagues do not understand why her study is so important, until they start seeing the sick people.”
Acousticians too are involved in the growing controversy (1). Some have published research demonstrating that wind turbines emit infrasound and low frequency noise (ILFN), and that these emissions resonate inside homes to the point where residents sometimes resort to sleeping on the veranda rather than in their bedrooms. An important acoustic study, just published, concludes that "enough evidence and hypotheses have been given herein to classify LFN (low frequency noise) and infrasound as a serious issue, possibly affecting the future of the (wind) industry." (4)
What makes that study special, among all others that collected similar evidence? Sherri Lange of NA-PAW replies: “It was conducted by four different firms of acousticians: two of them have done work for the wind industry, whereas the other two never did. The idea was to ensure objectivity.”
Not least among acousticians speaking up for the victims is Professor Henrik Moeller, Denmark’s most highly regarded acoustician. In spite of the risk for his career, he has severely criticized his government for manipulating the data to allow the siting of wind turbines too close to homes. We know now that this causes chronic sleep deprivation, leading to a debilitated immune system and a variety of diseases.
“This list below reveals some of the true heroes of our times. They will be vindicated,” concludes Lange.
Contacts:
Mark Duchamp +34 693 643 736 (Spain) Skype: mark.duchamp Executive Director, EPAW www.epaw.org save.the.eagles@gmail.com
Sherri Lange +1 416 567 5115 (Canada) CEO, NA-PAW www.na-paw.org kodaisl@rogers.com
Dr Sarah Laurie + 61 439 865 914 (Australia) CEO, Waubra Foundation sarah@waubrafoundation.com.au
LINKS:
To follow the heated battle as it unfolds in Australia: www.stopthesethings.com
Health effects of ILFN can cause death: http://www.epaw.org/documents.php?lang=en&article=ns50
To access Dr Pierpont’s peer reviewed study and other material: www.windturbinesyndrome.com
FOOTNOTES:
(1) - List of health practitioners, researchers and acousticians who have investigated or voiced concern for the health and well-being of wind turbine neighbors: see at the end, or Pdf attached, or go to: http://www.epaw.org/documents.php?lang=en&article=ns53
(2) - http://stopthesethings.com/2013/01/10/wind-energy-and-the-reconstructed-smoking-milk-bottle/
(3) - http://parlinfo.aph.gov.au/parlInfo/search/display/display.w3p;db=COMMITTEES;id=committees%2Fcommsen%2Fc400af4f-682e-4745-a5c7-a550b12826a2%2F0003;query=Id%3A%22committees%2Fcommsen%2Fc400af4f-682e-4745-a5c7-a550b12826a2%2F0000%22
(4) - Low Frequency and Infrasound at the Shirley Wind Farm in Brown County, Wisconsin http://www.windaction.org/documents/36887 The quote itself is to be found here, just before 5.0 Recommendations: Report Number 122412-1 21-18-12 FINAL (3).pdf
* * *
Below is the list of health practitioners, researchers and acousticians who have investigated or voiced concerns for the health of wind turbine neighbors - apologies to those we forgot to mention, and please advise us of errors and omissions at dmette@epaw.org
In alphabetical order
1 - Professor Mariana Alves Pereira, Biomechanical Engineer (Portugal, 2007)
2 - Dr Ian Arra, Public Health Physician (Canada, 2013)
3 - Mr Stephen Ambrose, Noise Engineer (USA, 2011)
4 - Associate Professor Jeffrey Aramini, Epidemiologist (Canada, 2010)
5 - Dr Huub Bakker, Engineer, (New Zealand, 2010)
6 - Dr Linda Benier, Ear Nose & Throat specialist (Canada, 2011)
7 - Dr Owen Black, Ear Nose & Throat specialist (USA, 2009)
8 - Mr Wade Bray, Noise Engineer (USA, 2011)
9 - Professor Arline Bronzaft, Psychologist & Researcher (US, 2010)
10 - Dr Nuno Castelo Branco, Pathologist (Portugal, 2007)
11 - Dr Christian Buhl, Institute of Biomedicine, Aarhus University (Denmark)
12 - Dr Micheal Cooke, General Practitioner (Ireland, 2012)
13 - Mr Steven Cooper, Acoustician (Australia, 2011)
14 - Dr Herb Coussos, Medical Practitioner (US, 2010)
15 - Dr R Crunkhorne, Ear Nose & Throat specialist (UK, 2013)
16 - Mrs Jane Davis, Nurse (UK, 2010)
17 - Professor Phillip Dickinson, Acoustician (New Zealand, 2009)
18 - Associate Professor Con Doolan, Mechanical Engineer (Australia, 2012)
19 - Mr Chuck Ebbing, Noise Engineer (USA. 2013)
20 - Dr Alun Evans, Epidemiologist (Ireland, 2011)
21 - Dr Amir Farboud, Ear Nose & Throat Specialist (UK, 2013)
22 - Professor Jerome Haller, Neurology and Paediatrics (US, 2008)
23 - Professor Colin Hansen, Mechanical Engineer (Australia, 2010)
24 - Dr Chris Hanning, Sleep Physician (UK, 2010)
25 - Professor John Harrison, Physicist (Canada, 2010)
26 - Dr Amanda Harry, Rural Medical Practitioner (UK, 2003),
27 - Professor Henry Horn, Ecology and Evolutionary Biology (US, 2008)
28 - Mr Les Huson, Acoustician (Australia, 2011)
29 - Dr David Iser, Rural Medical Practitioner (Australia, 2004),
30 - Associate Professor Rick James, Noise Engineer (USA, 2009)
31 - Dr Roy Jeffrey, Rural Medical Practitioner (Canada, 2010)
32 - Dr Mauri Johansson, Occupational Physician (Denmark, 2012)
33 - Mr George Kamperman, Noise Engineer (USA, 2009)
34 - Professor Ralph Katz, Epidemiologist (US, 2008)
35 - Dr Noel Kerin, Occupational Physician (Canada, 2010)
36 - Ms Carmen Krogh, Pharmacist, Researcher (Canada, 2009)
37 - Dr Eckhard Kuck, Oral Surgeon (Germany, 2012) 38 - Dr Sarah Laurie, Former Rural Medical Practitioner (Australia, 2010)
39 - Dr David Lawrence, Rural Medical Practitioner (USA, 2012)
40 - Professor Joel Lehrer, Earn Noise & Throat specialist (US, 2008)
41 - Dr Hazel Lynn, Medical Officer of Health, Grey/Bruce County, ON (Canada, 2012)
42 - Dr Robert McMurtry, Former Dean of Medical & Dental School, University of Western Ontario (Canada, 2010)
43 - Dr Andja Mitric Andjic, Rural Medical Practitioner (Australia, 2011)
44 - Dr Sarah Myhill, Rural Medical Practitioner, Wales (UK, 2012)
45 - Professor Henrik Moller, Acoustician, Aalborg University (Denmark, 2011)
46 - Dr Michael Nissenbaum, Medical Practitioner (US, 2010),
47 - Dr Helen Parker, Psychologist (US, 2011)
48 - Dr Robyn Phipps, Researcher (NZ, 2007)
49 - Professor Christian Sejer Pedersen, Acoustician (Denmark, 2011)
50 - Dr Eja Pedersen, Medical Sociologist (Sweden, 2006)
51 - Dr Nina Pierpont, PhD, MD, Specialist Paediatrician, Fellow American Academy of Paediatrics (US, 2009)
52 - Professor Carl Phillips, Epidemiologist (USA, 2010)
53 - Dr Peter Prinds, Physician (Denmark)
54 - Mr Rob Rand, Noise Engineer (USA, 2011)
55 - Mr Bruce Rapley, Scientist (NZ, 2013)
56 - Dr Sandy Reider, Medical Practitioner (USA, 2013)
57 - Professor Alec Salt, Neurophysiologist (USA, 2010)
58 - Dr Paul Schomer, Noise Engineer (USA, 2012)
59 - Norma Schmidt, Retired Nurse (Canada, 2010)
60 - Associate Professor Vivi Schunsslen, Occupational Physician (Denmark, 2012)
61 - Dr Daniel Shepherd, Psychologist, Psychoacoustician (New Zealand, 2010)
62 - Dr Wayne Spring, Sleep Physician (Australia, 2011)
63 - Mr Mike Stigwood, Acoustician (UK)
64 - Dr Scott Taylor, Rural Medical Practitioner (Australia, 2011)
65 - Dr Henning Theorell, Medical Practitioner (Sweden, 2012)
66 - Dr Bob Thorne, Psychoacoustician (Australia, NZ)
67 - Mr Peter Trask, Psychologist (Australia, 2012)
68 - Dr A Trinidade, Ear Nose & Throat specialist (UK, 2013)
69 - Dr Alan Watts, Rural Medical Practitioner (Australia, 2011)
70 - Dr Colleen Watts, Scientist (Australia, 2011)
71 - Associate Professor Libby Wheatley, Medical Sociologist (USA, 2012)
WHO definition of Health
“Health is a state of complete physical, mental and social well-being and not merely the absence of disease or infirmity”.
Preamble to the Constitution of the World Health Organization as adopted by the International Health Conference, New York, 19-22 June, 1946; signed on 22 July 1946 by the representatives of 61 States (Official Records of the World Health Organization, no. 2, p. 100) and entered into force
on 7 April 1948.
The Definition has not been amended since 1948.
Extract from British Institute of Acoustics Code of Conduct
All members of the Institute shall at all times:
• order their conduct as to uphold the dignity and reputation of the profession and of the Institute and of its members and officers
• safeguard the public interest in matters of safety, health and the environment
• exercise their professional skill and judgement to the best of their ability
discharge their professional responsibilities with integrity, honesty and diligence.

http://www.ioa.org.uk/membership/code-of-conduct.asp

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2Mar/130

Germany- Wind and Solar Energy Drive Electric Prices up 40% in 5 years!

Posted by SaveOurSeaShore

SaveOurSeaShore Editor Note: This shows the cost  of wanton renewables investment both monetarily and CO2 wise. From the Wall Street Journal March 2, 2013 "Germany Debates Fracking as Energy Costs Rise", exposes the results of Germany's rush for misguided solar and wind renewable investments and its abandonment of low Carbon Nuclear Power and the resulting scramble for reliable and affordable low carbon non-renewable energy! After massive renewables investment...CO2 output went up 1.6% last year!!!

Highlights:

 Subsidies for renewable-energy producers that are financed in part through household electricity bills are causing electricity prices for ordinary consumers and industry to rise. Germany's biggest industrial power consumers have seen electricity prices per kilowatt hour rise nearly 40% in the past five years, according to the Cologne Institute for Economic Research, also known as IW. Electricity prices for industry are nearly 15% higher than the average in the 27-nation European Union, IW said.

"We have reached the pain threshold," said Michael Hüther, IW's director. He added that data show that energy-intensive industries are already beginning to curtail investment in Germany because of higher electricity charges.

"We are beginning to observe a creeping disinvestment," he said.

As the country turns its back on nuclear power, it is also seeing its carbon emissions rise. Long a leader in cutting carbon-dioxide emissions, Germany's emissions rose 1.6% last year, according to the Environment Ministry, the first rise in years.

http://online.wsj.com/article_email/SB10001424127887323293704578334181310238980-lMyQjAxMTAzMDAwMjEwNDIyWj.html?mod=wsj_valetbottom_email

Germany Debates Fracking as Energy Costs Rise

By WILLIAM BOSTON

BERLIN—Germany is debating whether to allow hydraulic fracturing, a controversial drilling technique to extract natural gas from shale, amid concern that rising energy costs in the country could threaten its industrial backbone.

The German public is deeply suspicious of the drilling practice, commonly known as fracking. Many Germans worry that the process, which involves using a high-pressure mixture of water, sand and chemicals to break apart energy-rich rocks, could contaminate underground water supplies.

image

This week the government unveiled a proposal that it hopes can bridge the gap between pro-fracking advocates in industry and environmentally conscious voters. Through a change to existing laws, the government is proposing banning fracking near any water supply and in all national parks and conservation areas. Drilling anywhere else would be subject to approval based on an environmental-impact study.

The fracking debate comes as Germany is pursuing a radical restructuring of its energy sector. In the wake of the Fukushima nuclear disaster in Japan in 2011, Chancellor Angela Merkel abruptly declared that Germany would abandon nuclear power and transition to renewable energy sources such as wind and solar. As the use of nuclear power declines, Germany is filling the gap with a combination of renewable energy and coal-fired plants.

Yet Ms. Merkel's "energy revolution," as the shift away from nuclear has been dubbed, is having unexpected side effects.

Subsidies for renewable-energy producers that are financed in part through household electricity bills are causing electricity prices for ordinary consumers and industry to rise. Germany's biggest industrial power consumers have seen electricity prices per kilowatt hour rise nearly 40% in the past five years, according to the Cologne Institute for Economic Research, also known as IW. Electricity prices for industry are nearly 15% higher than the average in the 27-nation European Union, IW said.

"We have reached the pain threshold," said Michael Hüther, IW's director. He added that data show that energy-intensive industries are already beginning to curtail investment in Germany because of higher electricity charges.

"We are beginning to observe a creeping disinvestment," he said.

As the country turns its back on nuclear power, it is also seeing its carbon emissions rise. Long a leader in cutting carbon-dioxide emissions, Germany's emissions rose 1.6% last year, according to the Environment Ministry, the first rise in years.

It is unclear what immediate impact increased natural-gas supplies would have on German electricity bills. Still, the availability of cheaper natural gas could help avert a large-scale return to coal in 2020. That is the year that Germany will shut down about six nuclear power stations and many of the country's coal-fired power plants will also shut down due to age. A plentiful supply of domestic natural gas could provide a better bridge fuel to replace nuclear power as Germany continues to build its alternative energy supply, say analysts.

If fracking is ultimately banned in Germany, analysts warn that Germany could miss out on a broader European energy boom. Eastern European countries like Poland and Ukraine have large shale deposits and are keen to exploit them.

Experts don't believe Germany has the kind of massive shale-gas deposits that are transforming the U.S. energy market. But there could be enough natural gas trapped underground to meet Germany's gas needs for about 50 years, based on the current rate of gas consumption, at costs below what Germany now pays for imported gas, analysts say.

So far, Ms. Merkel has sided with her wary public, expressing doubts about the viability of fracking in Germany and pledging to allow it only if it can be proven entirely safe. Ms. Merkel is trying to please the broader public, which surveys show is frightened by fracking, while not alienating industry, which is lobbying the government to do something about Germany's soaring energy costs.

"The compromise here is to allow for pilot projects to do testing," said Miranda Schreurs, director of the Berlin-based Environmental Policy Research Center and an adviser to the German government on the issue. "The government is trying to keep the door open for fracking to be able to say that if they do it, it will be safe."

Germany's energy industry welcomed the fact that the government has shied away from an outright ban on any fracking. The government's proposals are a compromise between the environment minister, who initially wanted to ban fracking, and the economy minister, who wants to allow it. Industry sees the compromise as a step that would allow for some testing and which could help determine whether fracking is harmful to the environment.

"Only at the end [of testing] will we be able to judge using all relevant criteria whether this makes sense—economically, environmentally, and regarding its acceptance by society," a spokesman for chemical and energy group BASF AG BAS.XE -0.48%said. "To do that, we need the framework which is now being established."

Germany's powerful environmental lobby says the government's proposals don't go far enough and demand an outright ban. The opposition Green Party called the government's move a smoke screen. "It's like banning skiing in the Sahara," said Oliver Krischer, a Green Party member of parliament. "An environmental-impact study, which is also embraced by the gas industry, will do little."

Write to William Boston at william.boston@dowjones.com

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1Mar/131

ABC6 Investigates Fairhaven, MA Wind and DEP Testing

Posted by SaveOurSeaShore

"Injustice anywhere is a threat to justice everywhere."  -Martin Luther King from a "Letter from a Birmingham Jail", 1963

Wind Turbine Battle Erupts Again in Fairhaven, MA

"Did the State, the sound tester and the wind energy producer conspire to cheat on the turbine noise test?"

Posted: Feb 27, 2013 11:17 PM EST Updated: Feb 28, 2013 6:01 AM EST
by ABC6 Investigative Reporter Mark Curtis mcurtis@abc6.com

 

Underneath the giant wind turbines in Fairhaven the whirring sound is unmistakable.

And even in the closest neighborhood, just over one thousand feet away, you can still hear it.

Residents say it's taking a toll.

Leah Isherwood, who lives near the wind turbines said, "It's awful, I can just hear the noise, all the time."

Peter Goben also lives in the nearby neighborhood and said, "It' sounds like a jet engine hovering over your house."

Chelsea Isherwood said, "I get a lot more headaches now and I think that is from lack of sleep."

While many want the wind turbines gone, others support the project hoping it will save the town money.

Fairhaven resident Robert Mayo, who supports the wind turbines, said "When they get it straightened out, with who is buying what, and with electric, it might be less money for us in taxes."

Fairhaven Wind partner Sumul Shah said, "Taking advantage of wind allows us a very affordable way of providing clean energy."

Still others are indifferent.

Fairhaven resident Laurie Thompson said, "But I don't live near them, thank God." Mark Curtis asked, "So they don't bother you?"

Thompson responded, "Nope, not where I live, no!"

And that seems to be a big factor.

The closer you live to them, the louder the noise - and the louder the opposition.

ABC6 Chief Reporter Mark Curtis said, "Construction of these wind turbines began in November of 2011, but construction of something else very important started going on over in this direction, a short time later."

Many residents say they would not have voted to build a new school had they known wind turbines would be 23 hundred feet away

Former Fairhaven business owner Louise Barteau said, "I believe an injustice has been done to people here in this town."

Concerned about noise and health complaints, state inspectors conducted sound studies of the wind turbines - night and day.

That too, has erupted in controversy.

Louise Barteau said, "Why would this turbine suddenly not produce power?"

Barteau has been pouring over energy records online.

She says the developer knows when state inspectors are out there, and believes the wind turbine company deliberately cuts the power, which cuts the noise.

She calls test results from October 15th a smoking gun.

Barteau said, "So what you see right here, is that ‘whoa,' all of a sudden this turbine, ‘shew,' it's not producing power."

Sumul Shah is the CEO of Solaya Energy, which put up the turbines.

He denies manipulating the test results.

ABC6 Reporter Mark Curtis asked, "And you don't think there were any irregularities?"

Shah said, "There weren't any and I can tell you since I was the one who operated the turbines during most of the sound testing that I certainly did not impact the way the turbine ran during the testing period."

ABC6 Reporter Mark Curtis asked, "And you'd say that under oath?

Shah responded, "I would say that under oath, all the time, any day."

The State of Massachusetts continues to investigate the noise complaints, including allegations of manipulation.

In the meantime, people want relief.

Homeowner Peter Goben spoke of the wind turbines saying, "They are bothering me. I just keep waking up, waking up, waking up."

Neighbor Chelsea Isherwood said, "If you could at least shut them down at night, so people could get some sleep around here that would be a blessing to me."

Other communities with similar problems have turned off turbines overnight, but in Fairhaven, the jury is still out.

On Wednesday morning, officials from Fairhaven Wind issued a letter the State of Massachusetts DEP, admitting some of the noise testing was flawed.

The statement said, in part, "Clearly this was a mechanical error... we sincerely regret the inconvenience that this error caused on the noise testing."

Fairhaven wind blamed the data collection mistake on human error, and denies it tried to actually manipulate the test results.

It told the State of Massachusetts it would be willing to participate in new wind-noise studies, if need be, and that's what the state would prefer, after it discarded the tainted data.

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27Feb/130

Portsmouth, RI Weighs Options for Busted Turbine

Posted by SaveOurSeaShore

SaveOurSeaShore Editor note: this is what happens when local towns take on these complex machines with their inherent financial and engineering risks!

The 1.5-megawatt turbine was commissioned in March 2009. The turbine had a 20-year life expectancy, but was shutdown June 18, 2012, after an inspection showed significant wear to the gearbox. An independent investigation blamed the damage on a faulty design. The gearbox, however, was no longer covered by warranty.

An October 2012 audit (pdf) advised against the repair-and-resume scenario. Once up and running, the turbine could deliver annual revenue of $160,000 to the town from the sale of electricity. The revenue, however, wouldn't be sufficient to pay the annual operating costs, including loan payments, of some $600,000, the report concluded.

http://www.ecori.org/front-page-journal/2013/2/26/portsmouth-weighs-options-for-busted-turbine.html

By TIM FAULKNER/ecoRI News staff

Portsmouth town planner Gary Crosby offered three solutions to the Town Council for the town's broken wind turbine. (Tim Faulkner/ecoRI News)PORTSMOUTH — There are three options to deal with the high school's broken wind turbine and none of them is very promising.

The first option, explained by town planner Gary Crosby to the Town Council on Feb. 25, is to pay up to $730,000 to replace the broken gearbox and have the town resume ownership of the 336-foot-high turbine.

The second option: Allow a developer to dismantle the turbine and replace it with a new model of the same height. A private entity would own the turbine and make lease payments to cover the $2.38 million the town owes on the project. No additional revenue would go to the town.

Crosby described the third option as the “nuclear option." Sell the turbine for scrap, leaving the town to find a way to pay off the remaining debt.

“This is just about the most complex problem I’ve ever had to face,” Crosby told the council.

Four developers have submitted bids for the project — two each for options 1 and 2 — in a request for the proposals issued by the town in December.

The first option, which Crosby described as “repair and resume,” would require the purchase of two new gearboxes. Most new wind turbines no longer use gearboxes, and instead rely a direct-drive system. Option 1, however, would allow the town to receive revenue from the sale of renewable energy credits once the turbine is operational.

After Crosby presented the alternatives, the Town Council discussed the details in executive session. Crosby said the council may announce its preferred option at its meeting in March.

The 1.5-megawatt turbine was commissioned in March 2009. The turbine had a 20-year life expectancy, but was shutdown June 18, 2012, after an inspection showed significant wear to the gearbox. An independent investigation blamed the damage on a faulty design. The gearbox, however, was no longer covered by warranty, and the manufacturer of the turbine, AAER Wind Energy of Quebec, had filed for bankruptcy. Three of five similar AAER turbines erected in California and in Templeton, Mass., also suffered gearbox failure.

The manufacturer of the gearboxes, Jahnel Kestermann of Germany, has offered to sell two replacement gearboxes to the town for $203,000. It would cost the town an additional $407,000 to remove the old gearbox and install a new one.

An October 2012 audit (pdf) advised against the repair-and-resume scenario. Once up and running, the turbine could deliver annual revenue of $160,000 to the town from the sale of electricity. The revenue, however, wouldn't be sufficient to pay the annual operating costs, including loan payments, of some $600,000, the report concluded.

DateTuesday, February 26, 2013 at 10:07PM
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27Feb/130

Full brief submitted by Fox Islands Wind Neighbors to Maine Superior Court

Posted by SaveOurSeaShore

January 28, 2013

Last week, attorney Rufus Brown filed a brief on behalf of aggrieved neighbors of the Vinalhaven (ME) wind turbines with Maine Superior Court. The filing represents a summation of the case related to noise from the turbines that has turned the lives of nearby residents upside down.

The full brief is available, here:
Petitioners’ Rule 80C Brief (as filed)

For additional information and background, click this link.

In its December 2012 newsletter to ratepayers, FIW and Fox Islands Electric Cooperative prepared ratepayers … Read the rest of this entry »

 Posted in AcousticsFIWFox Island Electric CoopGeorge Baker,LegalProperty rightsVinalhaven | Leave a Comment »

http://fiwn.wordpress.com/

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27Feb/130

Falmouth Massachusetts Wind Turbines Generate Controversy – Video

Posted by SaveOurSeaShore

Video about removing the Falmouth, MA

 

 

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27Feb/130

Public Health Map of Adverse Health Impact from Industrial Wind Turbines: Massachusetts

Posted by SaveOurSeaShore

Public Health Disaster MASS

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22Feb/130

ANCRAM, NY Board Votes to Revoke Wind Turbines Permits

Posted by SaveOurSeaShore

Posted: Friday, February 22, 2013 12:30 am

By John Mason Hudson-Catskill Newspapers | 1 comment

The Ancram Town Board voted unanimously Thursday to begin the process of revoking the special use permits for wind turbines on the properties of Michael Gershon and Joseph Crocco on Carson Road.

Numerous noise complaints from abutting neighbors led to the action. Under the terms of the permits, they can be revoked if the applicant engages in any misrepresentation of fact, said Supervisor Art Bassin, “and that’s the case here.”

When the Zoning Board of Appeals granted special use permits for the turbines in 2010, the applicants said the turbines were “extremely quiet,” “almost silent,” according to the resolution.

In fact, the resolution goes on, “it has become apparent that during certain wind conditions, these turbines make groaning and/or hovering helicopter noises that disturb the neighbors’ peace and quiet ...”

Bassin said this is the first time in his memory the town has ever moved to revoke a permit. But, he said, revocation is the last resort and he hopes to work this out by meeting with Gershon and Crocco and by their communicating with Mike Bergey, the manufacturer of the turbines.

Bassin also has to talk to the New York State Department of Agriculture and Markets to see whether Crocco’s turbine is protected because he has an alpaca farm.

“We are a farm,” Crocco said at the meeting. “We comply with everything else that’s required. I figured I was safe ... Ag and Markets looks on a turbine as a piece of farm equipment.”

He asked for a delay so he could get a determination from that department.

“If not, I can appeal to the Zoning Board; that would stay any action by the town. If not, I could file an Article 78,” Crocco said. “I’d like to take the path of least resistance; I don’t know how long the state will take to get back to us.”

Bassin said he would talk to Bob Summers at Ag and Markets.

“Tonight, I’ll ask the Town Board to pass a resolution including you,” he said. “My intent is the same as yours: I want the noise to be abated, whatever we can do with Bergey, whenever.”

“Any turbine that size is going to make 50 to 60 decibels,” Crocco said.

Neighbor Joe Amato said 60 decibels is 100 times as loud as 50.

“Sound is an environmental issue,” he said. “We are being exposed to sound waves that have high energies. That was not exposed at the time of permitting.”

“The problem is when the wind comes up,” said Amato’s brother, Sebastian. “In the day you deal with it, but at nighttime, it can drive you crazy. I don’t want to hear chuck-chuck all night — it’s like a helicopter path.”

“I know the sound levels are high when the windows are shaking,” said another neighbor.

Amato called it a medical issue, as the noise is impacting people’s health.

“A farm cannot dump manure in your house,” he said.

The measure was adopted unanimously.

Councilman Hugh Clark said he appreciated the neighborly manner in which Crocco approached the issue.

***

To reach reporter John Mason, call 518-828-1616, ext. 2500, or e-mail jmason@registerstar.com.

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21Feb/130

US Fish & Wildlife Wants to Allow Wind Turbines to Kill Whooping Cranes and Piping Plovers

Posted by SaveOurSeaShore

Editor Note: There are 437 Whooping Cranes in the Wild and thousands of Industrial Wind Turbines...no guess as to who wins!!!!

http://whoopingcrane.com/first-incidental-take-permit-for-whooping-cranes-at-an-individual-wind-farm/

First Incidental Take Permit for Whooping Cranes at an Individual Wind Farm

by Chester McConnell, Whooping Crane Conservation Association

The U.S. Fish and Wildlife Service (FWS) is considering issuing the first-ever Incidental Take Permit to a wind farm for endangered Whooping Cranes and threatened Piping Plovers. If FWS grants the permit, the Merricourt Wind Power Project in North Dakota would be protected from prosecution under the Endangered Species Act (ESA) for killing Whooping Cranes and Piping Plovers.

Whooping Crane Conservation Association contends that: 1) FWS  failed to give the public adequate notice on an important endangered species issue, 2) the agency is only preparing an Environmental Assessment for a precedent-setting take permit of significant environmental impact, and 3) there are fewer than 300 individual Whooping Cranes left in the wild Aransas/Wood Buffalo flock which migrates through North Dakota.

The Merricourt Wind Project proposes to build 100 turbines within a 22,400 acre project area and build 33 miles of access roads. FWS has advised the project developer that the wetland stopover habitat in the project area is critical to the survival and recovery of the Whooping Crane. The site is also about two miles from designated critical habitat for Piping Plovers. In addition, FWS has told the developer that three ESA candidate species may be present at the site (Sprague’s Pipit, Dakota skipper, and Powesheik skipperling).

Whooping Crane Conservation Association president Brian Johns recently wrote a letter to the project manager explaining the Association’s position. President Johns wrote: “The Whooping Crane Conservation Association (WCCA) would like to express our concerns over the placement of the proposed Merricourt Wind Power Project in North Dakota. Wind Power projects have been identified in the International Recovery Plan for the Whooping Crane as a potential threat to flying Whooping Cranes. As you know the Whooping Crane is listed as Critically Endangered by the IUCN as well as both the United States Fish and Wildlife Service and the Canadian Wildlife Service. The Aransas/Wood Buffalo population (AWBP) which contains fewer than 300 individuals is the only self-sustaining wild population of whooping cranes. With such a limited population, the genetic contribution of each individual is critical to the survival of the species.”

The Merricourt Wind Project proposes to build 100 turbines within a 22,400 acre project area and build 33 miles of access roads.

John’s letter continues: “The proposed placement of this wind power project directly within the migration corridor of the AWBP seems like an accident waiting to happen. We understand that the USFWS may grant an Incidental Take Permit, which would allow the project to proceed. The WCCA is opposed to locating any wind power projects within the migration corridor. If such a project were to proceed, we would expect the USFWS to ensure that all mitigation measures listed in the Whooping Crane Wind Development Issue Paper are taken to avoid harm to the AWBP of Whooping Cranes.”

 

This entry was posted on Thursday, February 7th, 2013 at 7:05 pm and is filed under Association News,Endangered SpeciesHeadlineMigrating Reports. You can follow any responses to this entry through the RSS 2.0 feed. Both comments and pings are currently closed.

 

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20Feb/131

Great New Website WWW.GLOBALWINDENERGYIMPACT.COM

Posted by SaveOurSeaShore

There is a new resource that highlights Industrial Wind Energy's multitude of problems and harm. It easy to read. This site helps to dismiss the ideas promoted by the industry and governments that Wind Energy is good for the environment!

Global Wind Energy Impact

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20Feb/130

Wisconsin: PSC Issues Decision on Highland Wind Farm Application – DENIED

Posted by SaveOurSeaShore

The Wisconsin Public Service Commission in a vote 2 to 1 DENIED the CPCN for the Highland Wind Farm! PSC press release below:

For Immediate Release
February 14, 2013
Contact: Kristin Ruesch or Matt Pagel, 608-266-9600
Kristin.Ruesch@wisconsin.gov or Matt.Pagel@wisconsin.gov

PSC Issues Decision on Highland Wind Farm Application

MADISON - Today the members of the Public Service Commission decided, on a 2-1 vote, to deny an application of Highland Wind Farm, LLC, for a Certificate of Public Convenience and Necessity to construct a 102.5 Megawatt (MW) Wind Electric Facility in the Towns of Forest and Cylon in St. Croix County.

The majority commissioners determined a clearer record and a better demonstration that noise from the wind turbines would not exceed Commission standards was needed before making a decision to grant a CPCN. Highland Wind Farm, LLC, will be able to reapply to the Commission if an improvement to modeling and additional information is presented in a subsequent application.

Background Information on the Application

In December of 2011, Highland Wind Farm, LLC, filed an application with the Commission for a Certificate of Public Convenience and Necessity (CPCN) to construct a new wind electric generation facility. The project would have included the construction of up to 44 wind turbines, with an electric generating capacity of up to 102.5 megawatts.

Since the application was received, the Commission granted requests to intervene in the proceeding to Clean Wisconsin, Forest Voice, Inc., RENEW Wisconsin, and the Town of Forest, and granted intervenor compensation requests to Clean Wisconsin and Forest Voice. The Commission held multiple technical hearings in Madison; held public hearings in the project area, and accepted expert and public comments online and via U.S. mail. All documents, testimony, and comments submitted in the proceeding are available to the public at the PSC web site, http://psc.wi.gov, by entering docket number 2535-CE-100 in the Electronic Regulatory Filing System.

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19Feb/130

Wind Rush: A new documentary on wind energy from Canadian Broadcasting

Posted by SaveOurSeaShore

A new documentary on wind energy published on Feb 8, 2013 from Canadian Broadcasting

A growing anti-wind movement says giant turbines have gone up without sufficient research into health impacts. In the rush to embrace wind power, have the people who live among the wind farms been forgotten?

http://www.youtube.com/watch?v=JiCQabGuKFk

The Canadian Broadcasting Company’s DocZone contracted experienced documentary videographer Andrew Gregg to produce a documentary on the recent ‘rush’ of wind energy development in Canada. Gregg was given artistic license.  Contrast that with Laurel Israel’s documentary film Windfall about a proposed wind development in a small rural New York town. She was not only unable to get monetary support but had problems even screening her film in film festivals.

Gregg and his crew started out questioning how wind turbines could make people ill. But their film builds a strong case for why wind turbines can cause adverse health impacts by interviewing researchers such as Dr. Michael Nissenbaum and Dr. Alec Salt who discuss their research into wind turbine noise and its health impacts on humans. Professor Warren Mabee discusses the problems with tying in multiple wind turbines into the grid.

In Ontario their Green Energy Act bypasses municipalities and gives siting decisions to the provincial government level. This has set up a conflict between growing cities needing more and more energy and residents of rural farm areas where the turbines are being sited.

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30Jan/132

Falmouth, MA Selectman Unanimously Vote for Articles to Remove Wind Turbines

Posted by SaveOurSeaShore

BREAKING NEWS: Selectmen support removing wind turbines

More to come online and in Feb. 6 print edition of The Bulletin

 By Scott A. Giordano
Posted Jan 30, 2013 @ 07:09 PM
Last update Jan 30, 2013 @ 07:24 PM
FALMOUTH —

The Falmouth Board of Selectmen voted to support removing the town’s two wind turbines, and they will draft language for a warrant article to be presented at their regular meeting on Monday, Feb. 4 – in time to have the issue go before voters in the town’s April 9 special election and then proceed to the general election in May.

Selectmen also voted to request the Massachusetts Clean Energy Commission forgive the town’s debt for renewable energy credits and to send a delegation of state officials to request help with the town's debt for the purchase of Wind 1 at the Falmouth Wastewater Treatment Facility.

At the end of their Jan. 30 meeting, Selectman Doug Jones said he was “very proud of the work we’ve done as a board to come to an agreement,” despite their differences of opinion throughout the process.

“This has been a long process to get us to where we are right now,”added Selectmen Chairman Kevin Murphy. “We’re in the last lap here.”

Read more: BREAKING NEWS: Selectmen support removing wind turbines - - Falmouth Bulletin http://www.wickedlocal.com/falmouth/news/x206919835/BREAKING-NEWS-Selectmen-support-removing-wind-turbines#ixzz2JVqUKOEk

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25Jan/130

Majority say “Remove the turbines” Falmouth, MA

Posted by SaveOurSeaShore

TAKE OUR POLL: Falmouth Selectmen hear from public

Majority say “Remove the turbines”

By Scott A. Giordano   THE BULLETIN   Posted Jan 24, 2013 @ 09:09 AM

FALMOUTH —

Morality over money: That was the overriding theme in what was a rather civil Jan. 23 meeting held by the Falmouth Board of Selectmen, in which they heard public comments on the town’s two wind turbines.

The vast majority of speakers urged selectmen to remove the turbines and replace them with solar panels. One spoke in favor of full operation of the turbines, and a couple suggested curtailing the operating hours. Several speakers remained neutral.

Eric Sockol, of 819 West Falmouth Highway, was the evening’s first speaker to use the catchphrase, “Do the right thing,” which seemed to be the evening’s recurring theme.

“I own a home 1000 feet from Wind 2,” he said, before recommending selectmen remove and replace the turbines with solar panels.

“Government has a responsibility to protect their citizens. …  Doing the right thing is not always the easiest and not always the least expensive, but it is what we expect and hope our elected officials will strive for,” he added.

The Jan. 23 meeting comes after a Jan. 18 joint meeting between selectmen and the Wind Turbines Options Analysis Process (WTOP), in which the study group presented options to selectmen on how the town should proceed with its two turbines at the Falmouth Wastewater Treatment Facility.

And it comes before selectmen meet next week to discuss the options amongst themselves and to prepare a warrant article by Feb. 4, which would be voted on at a special town meeting on April 9 and then go before voters in the town election in May. Selectmen have set Tuesday, Jan. 29 at 5:30 p.m. as a tentative date for their discussion.

“You now have the perfect opportunity to rectify the mismanagement of the past. It’s not only the right thing to do. It’s the responsible thing to do,” John Ford, of 372 Blacksmith Shop Road, told the selectmen. “I request you join your fellow residents and neighbors and remove the turbines and replace them with [solar panels.] It is the only humane choice you have.”

Diane Funfar, of 27 Ridgeview Drive and a WTOP participant, said the selectmen have one of two options: Remove people from their homes or remove the turbines. “Buying properties would be very expensive for the town, and since the majority of people do not want to leave their homes, this is not an option that would unify our community. I ask you to do the right thing for our neighbors and our community,” she said.

It was more than one hour into the meeting when a neutral speaker urged the selectmen to not forget economics. “I sympathize with the people and some of the pains they go through, but don’t discount economics. We have to have a plan,” said George Hamson, of 158 Old Main Road, who is also a Falmouth Town Meeting member from precinct 5.

Yet some property owners remain concerned about their own finances because they say the turbines have resulted in depreciating values of their homes. “I bust my ass every day. That’s my retirement. How much did you take away from me when you put those up? I’m sick of it,” said Colin Murphy, of 291 Blacksmith Road.

Several speakers said the selectmen have a primary responsibility to care for the health and well being of all its citizens. Those directly impacted by the turbines brought up the longstanding complaints of sleep deprivation, nausea and anxiety – among other health disturbances.

“I believe it is a crime to put the money before the health of even one citizen, and it’s an even greater crime for you not to spend time in that citizen’s house to experience what is really happening … before you make any decision,” said Robert Sagerman, of 80 Deer Pond Road.

“This is a health issue. This isn’t a financial issue. Every citizen in Falmouth deserves the same rights as everyone else. There is no question what the right thing to do here is,” added David Moriarty, of 93 Lowen Road, and a precinct 6 Falmouth Town Meeting member.

A few speakers recommended curtailed operating hours for the turbines. One was Gerry Potamis, a precinct 2 Town Meeting member and town employee. “The solution is partial operation. It is the single choice that is fair to the town as a whole,” he said.

But other speakers suggested the industrial sized turbines must run full-time to work effectively or should be shut down, and they recommended shutting them down.

Only one speaker favored full operation of the turbines, saying any other option would place an unfair tax burden on the residents by making the town take a financial loss after investing in the turbines.

Richard Latimer, a member of the Falmouth Planning Board, suggested the town take properties by eminent domain, if necessary. “Is this harsh? Yes it is, but it would be equally harsh on the voters and taxpayers as a whole to spend money to take a loss,” he said.

Selectmen will accept written comments on the turbines until 4:30 p.m. Jan. 28. They can be submitted by email with subject “Public Comments” to  townmanager@falmouthmass.us, or they can be dropped off at the Town Manager’s office at 59 Town Hall Square.

Falmouth Town Manager Julian Suso told The Bulletin he found the Jan. 23 meeting to be a productive one.

“I thought it afforded the board of selectmen an opportunity to receive very important public input. Time is so short and that information is very important for the board to receive,” he said. “The decorum and presentations in the entire proceedings were handled quite well and in a respectful way, and that’s a tribute to the board and the members of the community who attended and participated in a very respectful and courteous way on a very challenging issue in our community.”

Kevin Murphy, chairman of the Board of Selectmen, told The Bulletin he appreciates all the public comments. “These comments will help the Board of Selectmen to make a decision as we head down the road, and that road is happening real soon. We need to make a decision [by Feb. 4],” Murphy said.

Read more: TAKE OUR POLL: Falmouth Selectmen hear from public - - Falmouth Bulletin http://www.wickedlocal.com/falmouth/news/x1146196082/TAKE-OUR-POLL-Falmouth-Selectmen-hear-from-public#ixzz2IzVmvKzQ

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22Jan/130

Vandals Retaliate Against Industrial Wind Developers for Destroying Bald Eagle Nest

Posted by SaveOurSeaShore

Fisherville wind farm target of vandalism

 

OPP investigate connection between windmill vandalism and eagle-nest protest

A rural wind farm, the scene of a protest two weeks ago over the removal of a bald eagle nest, was hit by vandals on the weekend, causing $60,000 in damages to a windmill about to be installed.

It’s not known if there is any connection between the protest, which attempted to stop the removal of the active nest on the windmill project site near Fisherville, and the weekend vandalism of a new windmill, OPP Constable Mark Foster told reporters Monday.

The protest centred on concerns that the development of wind farms in Ontario is threatening bird speciesacross the province.

Police say vandals struck at the NextEra Energy’s Summerhaven wind farm project sometime between late Friday evening and early the next morning.

The project is slated to have 56 turbines when completed. No turbines have yet been erected.

“The vandalism that occurred at the Summerhaven wind project will not impact the project’s in-service date,” NextEra spokesperson Steve Stengel said in an email Monday.

Stengel said the company is working with local police and is in the process of enhancing its on-site security.

Foster said he believes only one windmill so far is partially built, and damage from the weekend vandalism may delay the installation of the windmill slated for the Walpole Concession Road 7 part of the project.

The damage consisted of painted graffiti on the disassembled tower and blades — and the turbine portion was set on fire.

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18Jan/130

Sir John Banham on Why Current Wind & Solar Renewables Are a Waste

Posted by SaveOurSeaShore

Sir John Banham,  one of the United Kingdom's  most successful and respected business leaders speaks out about the cost/benefit of renewable technology. He is Chairman of Johnson Matthey has been chairman of  Whitbread,  Tarmac and Kingfisher. He is a director of National Power! He has a deep background in science, having graduated Queens' College, Cambridge, where he gained a first class degree in Natural Sciences.  See what he say about current  Wind and Solar Power!!!

 

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16Jan/130

Wind farms vs wildlife

Posted by SaveOurSeaShore

The shocking environmental cost of renewable energy

The Spectator

 5 January 2013              169 Comments

http://www.spectator.co.uk/features/8807761/wind-farms-vs-wildlife/

Bats

Wind turbines only last for ‘half as long as previously thought’, according to a new study. But even in their short lifespans, those turbines can do a lot of damage. Wind farms are devastating populations of rare birds and bats across the world, driving some to the point of extinction. Most environmentalists just don’t want to know. Because they’re so desperate to believe in renewable energy, they’re in a state of denial. But the evidence suggests that, this century at least, renewables pose a far greater threat to wildlife than climate change.

I’m a lecturer in biological and human sciences at Oxford university. I trained as a zoologist, I’ve worked as an environmental consultant — conducting impact assessments on projects like the Folkestone-to-London rail link — and I now teach ecology and conservation. Though I started out neutral on renewable energy, I’ve since seen the havoc wreaked on wildlife by wind power, hydro power, biofuels and tidal barrages. The environmentalists who support such projects do so for ideological reasons. What few of them have in their heads, though, is the consolation of science.

My speciality is species extinction. When I was a child, my father used to tell me about all the animals he’d seen growing up in Kent — the grass snakes, the lime hawk moths — and what shocked me when we went looking for them was how few there were left. Species extinction is a serious issue: around the world we’re losing up to 40 a day. Yet environmentalists are urging us to adopt technologies that are hastening this process. Among the most destructive of these is wind power.

Every year in Spain alone — according to research by the conservation group SEO/Birdlife — between 6 and 18 million birds and bats are killed by wind farms. They kill roughly twice as many bats as birds. This breaks down as approximately 110–330 birds per turbine per year and 200–670 bats per year. And these figures may be conservative if you compare them to statistics published in December 2002 by the California Energy Commission: ‘In a summary of avian impacts at wind turbines by Benner et al (1993) bird deaths per turbine per year were as high as 309 in Germany and 895 in Sweden.’

Because wind farms tend to be built on uplands, where there are good thermals, they kill a disproportionate number of raptors. In Australia, the Tasmanian wedge-tailed eagle is threatened with global extinction by wind farms. In north America, wind farms are killing tens of thousands of raptors including golden eagles and America’s national bird, the bald eagle. In Spain, the Egyptian vulture is threatened, as too is the Griffon vulture — 400 of which were killed in one year at Navarra alone. Norwegian wind farms kill over ten white-tailed eagles per year and the population of Smøla has been severely impacted by turbines built against the opposition of ornithologists.

Nor are many other avian species safe. In North America, for example, proposed wind farms on the Great Lakes would kill large numbers of migratory songbirds. In the Atlantic, seabirds such as the Manx Shearwater are threatened. Offshore wind farms are just as bad as onshore ones, posing a growing threat to seabirds and migratory birds, and reducing habitat availability for marine birds (such as common scoter and eider ducks).

‘Uh-oh.’

‘Uh-oh.’

I’ve heard it suggested that birds will soon adapt to avoid turbine blades. But your ability to learn something when you’ve been whacked on the head by an object travelling at 200 mph is limited. And besides, this comes from a complete misconception of how long it takes species to evolve. Birds have been flying, unimpeded, through the skies for millions of years. They’re hardly going to alter their habits in a few months. You hear similar nonsense from environmentalists about so-called habitat ‘mitigation’. There has been talk, for example, during proposals to build a Severn barrage, that all the waders displaced by the destruction of the mud flats can have their inter-tidal habitat replaced elsewhere. It may be what developers and governments want to hear, but recreating such habitats would take centuries not years — even if space were available. The birds wouldn’t move on somewhere else. They’d just starve to death.

Loss of habitat is the single biggest cause of species extinction. Wind farms not only reduce habitat size but create ‘population sinks’ — zones which attract animals and then kill them. My colleague Mark Duchamp suggests birds are lured in because they see the turbines as perching sites and also because wind towers (because of the grass variations underneath) seem to attract more prey. The turbines also attract bats, whose wholesale destruction poses an ever more serious conservation concern.

Bats are what is known as K-selected species: they reproduce very slowly, live a long time and are easy to wipe out. Having evolved with few predators — flying at night helps — bats did very well with this strategy until the modern world. This is why they are so heavily protected by so many conventions and regulations: the biggest threats to their survival are made by us.

And the worst threat of all right now is wind turbines. A recent study in Germany by the Leibniz Institute for Zoo and Wildlife Research showed that bats killed by German turbines may have come from places 1,000 or more miles away. This would suggest that German turbines — which an earlier study claims kill more than 200,000 bats a year — may be depressing populations across the entire northeastern portion of Europe. Some studies in the US have put the death toll as high as 70 bats per installed megawatt per year: with 40,000 MW of turbines currently installed in the US and Canada. This would give an annual death toll of up to three -million.

Why is the public not more aware of this carnage? First, because the wind industry (with the shameful complicity of some ornithological organisations) has gone to great trouble to cover it up — to the extent of burying the corpses of victims. Second, because the ongoing obsession with climate change means that many environmentalists are turning a blind eye to the ecological costs of renewable energy. What they clearly don’t appreciate — for they know next to nothing about biology — is that most of the species they claim are threatened by ‘climate change’ have already survived 10 to 20 ice ages, and sea-level rises far more dramatic than any we have experienced in recent millennia or expect in the next few centuries. Climate change won’t drive those species to extinction; well-meaning environmentalists might.

The second edition of Clive Hambler’s Conservation (Cambridge University Press) is out now.

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15Jan/130

NASA Finds Texas Wind Farm Dramatically Increase Surface Temperature

Posted by SaveOurSeaShore

The Global Warming cabal ensure self fulfilling prophecy...worry about warming...then build biggest industrial machines...that increase warming!!!!!!!!!!!!!!!!!!!!

So not only do these massive industrial machines wipe out local raptor populations they increase temperatures almost .72 C per decade!!! That would be 7.2C per hundred years using the same logic of as Global Warming Proponents of ever increasing temperatures!!!!! This is worst than any Global Warming theory!

THAT IS HORRIFIC and would sure kill plants and Animals!!!!

from Nasa

NASA Satellite Measurements Imply Texas Wind Farm Impact on Surface Temperature 04.30.12

A new study of NASA satellite data showed that an area of west-central Texas covered by four large wind farms warmed at a rate of .72 degrees Celsius per decade relative to nearby regions without wind farms. Scientists suggest the turbines act as fans to pull warmer air to the surface at night, accounting for most of the warming trend. Credit: Wikimedia Commons

A Texas region containing four of the world's largest wind farms showed an increase in land surface temperature over nine years that researchers have connected to local meteorological effects of the turbines.

The land surface temperature around the west-central Texas wind farms warmed at a rate of .72 degrees Celsius per decade during the study period relative to nearby regions without wind farms, an effect most likely caused by the turbulence in turbine wakes acting like fans to pull down warmer air from higher altitudes at night, said lead author Liming Zhou at the University of Albany, State University of New York.

The results were published in the April 29 issue of Nature Climate Change. Zhou and colleagues studied land surface temperature data ranging from 2003 to 2011, from the MODIS (Moderate-resolution Imaging Spectroradiometer) instruments on NASA's Aqua and Terra satellites.

Land surface temperature measures the temperature of the Earth’s surface itself, as opposed to the air temperature readings used in daily weather reports. Across a broad landscape, land surface temperature depends closely on the land cover type and nature of the surface. In specific locations, land surface temperature varies widely from day to night while air temperature varies within a smaller range.

The warming observed by MODIS mostly occurred at night. In the Texas region studied, the land surface temperature after sunset typically cools faster than the air temperature. But as the wind turbines continued to turn, the movement brought warmer air to the surface and thus created a warming effect compared to non-wind farm regions. The researchers expected to see the reverse during the day – a slight cooling effect – but the data instead showed a small warming or negligible effect in daytime.

The warming estimate applies specifically to this particular region, and covers a time when wind farms were expanding rapidly, Zhou said. The estimate should not be considered directly applicable for other regions and landscapes, nor should it be extrapolated over a longer period of time, as the warming would likely plateau rather than continue to increase if no new wind turbines are added. The warming is also considered a local effect, not one that would contribute to a larger global trend.

"This is a first step in exploring the potential of satellite data to quantify the possible impacts of big wind farms on weather and climate," said Chris Thorncroft, a coauthor of the study and chair of the Atmospheric and Environmental Sciences department at University at Albany, State University of New York. "We are now expanding this approach to other wind farms and building models to understand the physical processes and mechanisms driving the interactions of wind turbines and the atmospheric boundary layer near the surface."

The U.S. wind industry has installed a total of 46,919 megawatts of capacity through the end of 2011 – representing more than 20 percent of the world’s installed wind power and about 2.9 percent of all U.S. electric power – and has added more than 35 percent of all new U.S. generating capacity in the past four years, according to the American Wind Energy Association and the Department of Energy. This added capacity during that timeframe is second only to natural gas, and more than nuclear and coal combined.

"Wind power is going to be a part of the solution to the climate change, air pollution and energy security problems," said Somnath Baidya Roy at University of Illinois, Urbana-Champaign, a co-author of the study. "Understanding the impacts of wind farms is critical for developing efficient adaptation and management strategies to ensure the long-term sustainability of wind power."

The other authors for this research, which was funded by University of Albany, State University of New York and the National Science Foundation, include Yuhong Tian at IMSG at NOAA/NESDIS/STAR, Lance F. Bosart at the University of Albany, State University of New York, and Yuanlong Hu at Terra-Gen Power LLC, San Diego, Calif.

Related Link:

› Nature Climate Change paper 
› Info on Paper
› Supplementary info

 http://www.nasa.gov/topics/earth/features/tx-wind-farm.html
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5Jan/130

Consultant: Not Sure NJ Offshore Wind Farm’s Worth Cost

Posted by SaveOurSeaShore

By Tom JohnsonDecember 18, 2012 in Energy & Environment |2 Comments

wind turbine

It looks like it’s still a no-go for the Fishermen’s Atlantic City Wind Farm.

Related Links
Application by Fishermen’s Atlantic City Wind Farm

Offshore Wind Developer May Set Up Shop in New Jersey

Offshore Wind Farms Face Political, Economic Headwinds

At least that was the conclusion reached by consultant retained by the New Jersey Board of Public Utilities to evaluate the state’s first offshore wind farm, which isproposed to be built 2.8 miles off the coast of Atlantic City.

“In summary, we remain concerned with the significant level of subsidy that would be paid by ratepayers for a project that poses significant technical risk,’’ said the final report by Boston Pacific Company Inc. and Outsmart BV, which reviewed the company’s application.

The conclusion marks the latest setback for the Fishermen’s project, which has been lambasted in previous reports by Boston Pacific and still another by a consultant retained by the New Jersey Division of Rate Counsel.

In essence, both reports concluded that the Fishermen’s project would increase rates for electric customers without proving any net economic benefits, such as more “green” manufacturing jobs.

Ironically, the report, dated Dec. 12, came out on the same day that the Obama administration identified Fishermen’s Atlantic City Wind Farm as one of seven projects nationwide to receive up to $4 million in funding from the U.S. Department of Energy to complete engineering, site evaluation and other planning for the project.

The Christie administration and Democratic-controlled Legislature have touted offshore wind farms as a way to increase New Jersey’s energy independence, possibly reducing sky-high energy costs in the meantime. Those efforts, however, have been frustrated by lengthy permitting delays at the federal level as well as the inability of state officials to develop a funding mechanism to promote the development of offshore wind farms.

Without such a mechanism, offshore-wind developers say it will be impossible to line up the financing from Wall Street to fund the projects, which could cost more than $1 billion to build.

To some business advocates, that problem with financing might not be a bad thing. They worry that dedicating ratepayers’ subsidies to offshore wind projects will drive up energy costs for businesses in a state already burdened with high electricity costs. For the most part, those business advocates have supported the Christie administration’s efforts to build new plans fired by natural gass, even they, too, would wind up being subsidized by ratepayers.

Repeated calls to Fishermen’s Energy representatives were not returned.

One issue cited by the consultants is technical risks associated with the Fishermen’s project, which would use wind turbines that have not been commercially proven.

“The overarching concern is that ratepayers will be paying a high subsidy for a high technical risk: that is, a 25-megawatt project that uses a turbine with a commercial operating history and employs a technology that has not been use for this particular type of turbine,’’ according to the report.

The Fisherman’s project is the first of about four proposals to build wind farms off the Jersey coast, a process that has banded clean-energy advocates with the Christie administration in efforts to develop an offshore wind industry. The state’s energy master plan calls for development of at least 1,100 megawatts of offshore wind capacity by 2020, a goal many say will be hard to achieve.

http://www.njspotlight.com/stories/12/12/17/consultant-still-not-sure-offshore-wind-farm-s-worth-the-cost/

 

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5Jan/130

Why efficiency is smarter than renewables

Posted by SaveOurSeaShore

By Marc Gunther

Published June 15, 2012

“Real estate is the largest source of clean energy in this country, and it’s very inexpensively tapped.”

So said Tony Malkin, the president of Malkin Holdings, owner of the Empire State Building.

Malkin spoke this week at the annual Energy Efficiency Forum in Washington, D.C., and he’s got a point, albeit a controversial one.

If we — or, more to the point, the people who represent us in Washington — have $1 to spend,better that it be spent on energy efficiency than on clean energy. That’s not way things work now. Today, wind and solar power get generous tax breaks and subsidies. Energy efficiency investments do not. The government  has it exactly backward.

Why? First, let’s stipulate that money spent on efficiency and on clean energy creates short-term jobs. The efficiency-related jobs are more likely to be US jobs (because most solar panels are made in China) but set that aside for a moment. What matters is what happens after the insulation goes into a building, or the solar panels go up on the roof.

The problem with clean energy is that electricity from wind turbines or solar panel, as a rule, costs more than power generated by burning coal or natural gas. If it didn’t, the wind and solar industries wouldn’t need the investment tax credits and renewable portfolio mandates that are vital to their business. But over time the higher costs of clean energy create a drag on economic growth, whether they are paid by the government or by energy users.

By contrast, money spent on efficiency reduces costs over time. So, whether we are talking about more efficient factories, commercial buildings, homes or even cars, the spending on efficiency makes the economy more productive, driving economic growth and creating jobs in the long run.

Yet the government generously subsidizes wind and solar. Efficiency, not so much.

Actually, it’s a bit worse than that. Since businesses can deduct legitimate expenses on their tax returns, they pay less than the full cost of their electricity bills.

“I get a tax deduction for wasting energy,” Dave Myers, president of the building efficiency business atJohnson Controls, said wryly during the forum.

“It is absolutely insane to me that energy can be expensed on your tax bill,” Malkin agreed.

Let me hasten to add that we need both energy efficiency and clean energy, and in my view, both deserve strong policy support. Remember, scientists say that to avoid risky climate change, the world needs to curb its greenhouse gas emissions by 80% by 2050. That will require the aggressive deployment of  low-carbon energy sources, as well as dramatic gains in efficiency. But we also should be clear about how the costs and benefits work, so we can get the policy right, and especially think about why the government isn’t doing more to promote efficiency.

Next page: Many happy returns

As it happens, markets by themselves are driving some efficiency gains. Johnson Controls, which organizes the energy efficiency forum, just released a global survey called the Energy Efficiency Indicator, which delivered mostly good news on the building efficiency front. JCI’s Dave Myers reported that 83 percent of the 3,500 global respondents said they were planning to spend as much or more money this year as they did last year  to make their buildings more efficient. That’s impressive, given the sluggish global economy, and with uncertainties hanging over Europe. “Energy cost savings, and the savings in dollars, continue to be the No. 1 driver of investment,” he said. No surprise there.

The question is, how can building efficiency by driven further and faster? Sometimes, the payback from investments — in lighting, heating, cooling, windows, whatever — takes more than two or three years, or there are split incentives between building owners (who might have to invest the capital in the infrastructure) and tenants (who pay the bills). Other times, building owners can’t come up with the financing to pay for capital improvements, even if they would pay back quickly. That’s where policy, which can take the form of carrots or sticks, comes into play.

In my capacity as a senior writer at GreenBiz.com, I moderated a panel on building efficiency at the forum, where we talked about how to speed up progress. Right now, it struck me that we’re relying on carrots, and mostly non-financial carrots at that. Maria Vargas of the U.S. Department of Energy talked about the Better Buildings Challenge, which she oversees; it’s a program that offers recognition to companies that agree to cut their energy consumption by 20 percent by 2020, and dozens of big companies have signed up. Roger Platt of the nonprofit U.S. Green Building Council described the rapid growth of LEED-certified buildings, and Greg Hale of NRDC’s Center for Market innovation talked about the group’s pioneering efforts to bring building owners, tenants and energy services companies together to retrofit existing buildings, and then share what they’ve learned across the real estate industry.

All of this is laudable, but I wondered whether the efficiency industry needs either more powerful carrots or a few sticks. If we can agree, for example, that the government should provide tax credits or incentives for renewable energy, shouldn’t it do the same for efficiency? Right now, if I put solar panels on my roof, I get a 25 percent federal tax credit. I can’t get the same tax break for insulating my attic or installing windows that will save energy.

Alternatively, building codes could require contractors to meet minimal efficiency standards (such asCalifornia's innovative Title 24). “Having a minimum standard would be really good for this country,” Platt said. Or the government could provide low-cost financing, or underwrite loans for efficiency upgrades. Or, at the local level, cities or states can require building owners to disclose their energy use to potential tenants, bring transparency to a market that is often opaque; San Francisco is doing this. So-called green appraisal standards could also play a role.

Not being expert in any of this, I won’t to venture a guess as to which policy would be best. (Except to restatemy preference for a revenue-neutral carbon tax.) But I do know that policy shouldn’t be guided by the fact that wind turbines and solar panels are sexier, or at least more photogenic, than insulation and HVAC.

By Marc Gunther
Published June 15, 2012
Email | Print | Multiple Page View
Tags: Business OperationsCleaningMore...

“Real estate is the largest source of clean energy in this country, and it’s very inexpensively tapped.”

So said Tony Malkin, the president of Malkin Holdings, owner of the Empire State Building.

Malkin spoke this week at the annual Energy Efficiency Forum in Washington, D.C., and he’s got a point, albeit a controversial one.

If we — or, more to the point, the people who represent us in Washington — have $1 to spend,better that it be spent on energy efficiency than on clean energy. That’s not way things work now. Today, wind and solar power get generous tax breaks and subsidies. Energy efficiency investments do not. The government  has it exactly backward.

Why? First, let’s stipulate that money spent on efficiency and on clean energy creates short-term jobs. The efficiency-related jobs are more likely to be US jobs (because most solar panels are made in China) but set that aside for a moment. What matters is what happens after the insulation goes into a building, or the solar panels go up on the roof.

The problem with clean energy is that electricity from wind turbines or solar panel, as a rule, costs more than power generated by burning coal or natural gas. If it didn’t, the wind and solar industries wouldn’t need the investment tax credits and renewable portfolio mandates that are vital to their business. But over time the higher costs of clean energy create a drag on economic growth, whether they are paid by the government or by energy users.

By contrast, money spent on efficiency reduces costs over time. So, whether we are talking about more efficient factories, commercial buildings, homes or even cars, the spending on efficiency makes the economy more productive, driving economic growth and creating jobs in the long run.

Yet the government generously subsidizes wind and solar. Efficiency, not so much.

Actually, it’s a bit worse than that. Since businesses can deduct legitimate expenses on their tax returns, they pay less than the full cost of their electricity bills.

“I get a tax deduction for wasting energy,” Dave Myers, president of the building efficiency business atJohnson Controls, said wryly during the forum.

“It is absolutely insane to me that energy can be expensed on your tax bill,” Malkin agreed.

Let me hasten to add that we need both energy efficiency and clean energy, and in my view, both deserve strong policy support. Remember, scientists say that to avoid risky climate change, the world needs to curb its greenhouse gas emissions by 80% by 2050. That will require the aggressive deployment of  low-carbon energy sources, as well as dramatic gains in efficiency. But we also should be clear about how the costs and benefits work, so we can get the policy right, and especially think about why the government isn’t doing more to promote efficiency.

Next page: Many happy returns

As it happens, markets by themselves are driving some efficiency gains. Johnson Controls, which organizes the energy efficiency forum, just released a global survey called the Energy Efficiency Indicator, which delivered mostly good news on the building efficiency front. JCI’s Dave Myers reported that 83 percent of the 3,500 global respondents said they were planning to spend as much or more money this year as they did last year  to make their buildings more efficient. That’s impressive, given the sluggish global economy, and with uncertainties hanging over Europe. “Energy cost savings, and the savings in dollars, continue to be the No. 1 driver of investment,” he said. No surprise there.

The question is, how can building efficiency by driven further and faster? Sometimes, the payback from investments — in lighting, heating, cooling, windows, whatever — takes more than two or three years, or there are split incentives between building owners (who might have to invest the capital in the infrastructure) and tenants (who pay the bills). Other times, building owners can’t come up with the financing to pay for capital improvements, even if they would pay back quickly. That’s where policy, which can take the form of carrots or sticks, comes into play.

In my capacity as a senior writer at GreenBiz.com, I moderated a panel on building efficiency at the forum, where we talked about how to speed up progress. Right now, it struck me that we’re relying on carrots, and mostly non-financial carrots at that. Maria Vargas of the U.S. Department of Energy talked about the Better Buildings Challenge, which she oversees; it’s a program that offers recognition to companies that agree to cut their energy consumption by 20 percent by 2020, and dozens of big companies have signed up. Roger Platt of the nonprofit U.S. Green Building Council described the rapid growth of LEED-certified buildings, and Greg Hale of NRDC’s Center for Market innovation talked about the group’s pioneering efforts to bring building owners, tenants and energy services companies together to retrofit existing buildings, and then share what they’ve learned across the real estate industry.

All of this is laudable, but I wondered whether the efficiency industry needs either more powerful carrots or a few sticks. If we can agree, for example, that the government should provide tax credits or incentives for renewable energy, shouldn’t it do the same for efficiency? Right now, if I put solar panels on my roof, I get a 25 percent federal tax credit. I can’t get the same tax break for insulating my attic or installing windows that will save energy.

Alternatively, building codes could require contractors to meet minimal efficiency standards (such asCalifornia's innovative Title 24). “Having a minimum standard would be really good for this country,” Platt said. Or the government could provide low-cost financing, or underwrite loans for efficiency upgrades. Or, at the local level, cities or states can require building owners to disclose their energy use to potential tenants, bring transparency to a market that is often opaque; San Francisco is doing this. So-called green appraisal standards could also play a role.

Not being expert in any of this, I won’t to venture a guess as to which policy would be best. (Except to restatemy preference for a revenue-neutral carbon tax.) But I do know that policy shouldn’t be guided by the fact that wind turbines and solar panels are sexier, or at least more photogenic, than insulation and HVAC.

http://www.greenbiz.com/blog/2012/06/15/why-efficiency-smarter-renewables?page=full

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26Dec/121

The Multiple Distortions of Wind Subsidies

Posted by SaveOurSeaShore

Producers get so much from the government that they can pay utilities to take their power and still make a profit.

By PHIL GRAMM

Federal subsidies for new wind-power generation will end on Dec. 31 unless they are renewed by Congress. For the sake of our economy and the smooth operation of the energy market, Congress should let the subsidies lapse. They waste taxpayer money, subvert the allocation of capital, and generate a social cost many times the price tag of the subsides themselves.

Since 1992, the federal government has expended almost $24 billion to encourage investment in wind power through direct spending, tax breaks, R&D, loan guarantees and other federal support of electric power. The Joint Committee on Taxation estimates that a one-year extension of existing federal subsidies for wind power would cost taxpayers almost $12 billion.

The costs of wind subsidies are extraordinarily high—$52.48 per one million watt hours generated, according to the U.S. Energy Information Administration. By contrast, the subsidies for generating the same amount of electricity from nuclear power are $3.10, from hydropower 84 cents, from coal 64 cents, and from natural gas 63 cents.

In addition, wind power benefits from federal mandates requiring the use of renewable energy by federal agencies along with preferential treatment by the Bureau of Land Management and the U.S. Forest Service. Many states provide additional tax breaks, subsidies and mandates for wind power. The total value of these additional subsidies has never been calculated.

But the cost to taxpayers is only part of the problem. Subsidized, wind-generated electricity is displacing other, much cheaper sources of power. The subsidies are so high that wind-power producers can pay utilities to take the electricity they produce and still make a profit. Such "negative pricing" has occurred for some time in the Midwest, the Pacific Northwest and in Texas—and, according to the Energy Information Administration, it will likely grow.

Bloomberg News

In West Texas, where wind power is a larger percentage of total electricity production than in any other part of the country, negative energy-price distortions have occurred 8% or more of the time for the last five years. Donna Nelson, the chairman of the Texas Public Utility Commission, warned in September that the market distortion caused by negative prices "makes it difficult for other generation types to recover their cost and discourages investment in new generation."

The net result is that federal subsidies are triggering an inefficient and costly transformation of grid resources from low-cost megawatts to high-cost "maybe" watts—electricity generated only when the wind blows.

When electricity demand peaked in Chicago on July 6, 2012, wind energy, which comprised 2,700 megawatts of capacity, was able to supply only four megawatts of electricity, a stunning 99.8% failure rate. In Europe, one day this February wind power produced almost a third of Germany's electricity—but four days later it produced none (it was a still day).

Power grids that rely on wind-generated electricity have to maintain redundant, backup generating capacity in case the wind isn't blowing and the demand for electricity is high. Many of these backup sources, such as coal and gas-fired plants, have to be kept up and running to be available when they are needed—even if they are not used. This partially offsets the environmental benefits of wind power.

Wind-power is an ancient technology—a Greek mathematician, Heron of Alexandria, is generally credited with building the first windmill 2,000 years ago. Charles Brush, an industrialist, was the first to generate electricity from a windmill in this country in Cleveland almost 125 years ago. But it never proved to be commercially viable.

In the 1990s, the federal government began subsidizing wind power based on the hope that, with a helping hand, the technology would improve rapidly, costs would decline, and the industry would become economically viable. Congressman Phil Sharp (D., Ind.), the original proponent of the subsidies, argued in 1991 for "a sunset provision to ensure that the temporary incentive does not become a permanent subsidy."

But the sun has never set. Again and again—on seven subsequent occasions in all—federal subsidies for wind were extended.

Yet wind power is less economically viable today than it was when the current subsidies started in 1992. After the expected gains in moving from one-off production to assembly-line production, no major technological breakthrough has occurred that would substantially lower the cost of wind-power electricity generation. The Department of Energy's "2009 Wind Technology Market Report" finds average wind-power costs were higher in 2009 than they were in 1994, two years after the subsidies began. As Energy Secretary Steven Chu has observed on more than one occasion, wind energy is a "mature technology."

Meanwhile, as the production of natural gas has surged in the past few years, the price paid for this energy source has declined dramatically, to $3.29 per million BTUs at last report. This is less than one-fourth the July 2008 price, according to Energy Information Administration data.

Declining costs for electricity will give America a comparative advantage in industrial jobs that entail high levels of energy use, such as aluminum, glass, iron and steel, cement and petrochemical production. It also means, however, that wind-power subsidies will become even more costly and disruptive. As Dieter Helm notes in his important new book, "The Carbon Crunch," wind subsidies make "new gas investment much more risky and . . . gas contracting difficult, since how much gas the power station buys as its fuel depends on factors outside its control: the wind speed."

It is increasingly difficult to make a case that taxpayers should continue to subsidize wind-generated electricity. The end of the subsidy will not induce owners of existing windmills to shut them down, since so much of the cost is fixed in the original construction project and so little of their costs are entailed in operating the windmill once it is constructed. Under current law, billions of dollars in subsidies will continue to be paid out over the next decade on existing projects even if the subsidies for projects built in the future expire.

If unimpeded, the expanded use of cheap natural gas to generate electricity will raise living standards and attract millions of new industrial jobs back to our shores. A vote to stop wind subsidies from being extended is, therefore, a vote for cheaper, more reliable power, higher living standards, reindustrialization and fiscal sanity.

Mr. Gramm, a former Republican U.S. senator from Texas, is a senior partner of US Policy Metrics and a visiting scholar at the American Enterprise Institute.

A version of this article appeared December 26, 2012, on page A13 in the U.S. edition of The Wall Street Journal, with the headline: The Multiple Distortions of Wind Subsidies.

http://online.wsj.com/article/SB10001424127887324481204578179373031924936.html?mod=WSJ_hp_mostpop_read

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21Dec/120

Renewable Energy Foundation: Wear and Tear Hits Wind Farm Output and Economic Lifetime

Posted by SaveOurSeaShore

Here is a better write-up than my previous one on this topic

Wear and Tear Hits Wind Farm Output and Economic Lifetime
Renewable Energy Foundation

19 December 2012

The Renewable Energy Foundation [1] today published a new study, The Performance of Wind Farms in the United Kingdom and Denmark,[2] showing that the economic life of onshore wind turbines is between 10 and 15 years, not the 20 to 25 years projected by the wind industry itself, and used for government projections.

The work has been conducted by one of the UK's leading energy & environmental economists, Professor Gordon Hughes of the University of Edinburgh[3], and has been anonymously peer-reviewed.  This groundbreaking study applies rigorous statistical analysis to years of actual wind farm performance data from wind farms in both the UK and in Denmark.

The results show that after allowing for variations in wind speed and site characteristics the average load factor of wind farms declines substantially as they get older, probably due to wear and tear. By 10 years of age the contribution of an average UK wind farm to meeting electricity demand has declined by a third.

This decline in performance means that it is rarely economic to operate wind farms for more than 12 to 15 years.  After this period they must be replaced with new machines, a finding that has profound consequences for investors and government alike.

Specifically, investors expecting a return on their investment over 20-25 years will be disappointed.  Policymakers expecting wind farms built before 2010 to be contributing towards CO2 targets in 2020 or later must allow for the likelihood that the total investment required to meet these targets will be much larger than previous forecasts have suggested.  As a consequence, the lifetime cost per unit (MWh) of electricity generated by wind power will be considerably higher than official estimates.

Other important findings are:

a. The decline in the performance of Danish offshore wind farms is greater than that of UK onshore wind farms.  This has worrying implications for the very large investment being made by the UK in offshore wind.

b. Analysis of site-­specific performance reveals that the initial load factor of new UK onshore wind farms, normalized for wind availability and size, declined significantly from 2000 to 2011, especially in Scotland.  It seems that progressively worse sites are being developed.

c. Larger wind farms have a systematically worse performance than smaller ones.  Since the average size of wind farms has increased, this has reinforced the deterioration in the performance of new wind farms.

The author, Professor Hughes, said: "The study has three important implications for policy towards wind generation in the UK:

1. Some investors will be aware of the decline in performance, but nevertheless continue to invest, suggesting that the subsidies are so generous as to compensate for the fall in output. Therefore this is probably room for further subsidy reductions to cut cost to the consumer.

2. The structure of contracts offered to wind generators under the proposed Electricity Market Reform (EMR) should be modified since few wind farms will operate for more than 12-15 years.

3. Meeting the UK Government's targets for wind generation will require a much higher level of wind capacity and capital investment than current projections imply."

Dr John Constable, director of Renewable Energy Foundation, commented: "This study confirms suspicions that decades of generous subsidies to the wind industry have failed to encourage the innovation needed to make the sector competitive. Bluntly, wind turbines onshore and offshore still cost too much and wear out far too quickly to offer the developing world a realistic alternative to coal."

For further information contact Diana Beatty: 0207 637 4847, diana.beatty@ref.org.uk, or John Constable:john.constable@ref.org.uk

Notes for Editors

1. The Renewable Energy Foundation is a UK charity publishing data on the energy sector. It has no political affiliation and does not represent any industrial sector.

2. The study can be downloaded , together with the data used in the analysis.

3. Dr Gordon Hughes is a Professor of Economics at the University of Edinburgh. He was a senior adviser on energy and environmental policy at the World Bank until 2001.

http://www.ref.org.uk/press-releases/281-wearnandntearnhitsnwindnfarmnoutputnandneconomicnlifetime

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20Dec/120

Wind turbines continue to divide Falmouth community

Posted by SaveOurSeaShore

Falmouth , Massachusetts

Wind turbines continue to divide Falmouth community

Final report on turbines expected in January 2013

By Scott A. Giordano

THE BULLETIN

Posted Dec 20, 2012 @ 04:07 PM

FALMOUTH —

The Wind Turbine Options Analysis Project met for three hours Dec. 18 to prepare its final report to the Falmouth Board of Selectmen, based on a seven-month evaluation by the Wind Turbine Options Analysis Process (WTOP).

Area residents waited nearly three hours before they could offer any public comments and expressed grave concerns that the impact of the turbines on their lives is being overshadowed by the WTOP’s focus on legal and financial implications for the town, and editorial language used in the 36-page draft that is still under revision.

The residents suggested a comprehensive health survey was needed for WTOP to understand the health hazards of the turbines, and they expressed disbelief that some WTOP members would not acknowledge the negative impact of the turbines on the property values of their homes. One resident claimed she has abandoned her home due to its proximity to the turbines and the resulting health complications.

“This problem is not going to go away with testing. This is a medical issue, and not about DEP regulations or about noise. These turbines are not going to save the planet. They are hurting people,” said Sue Hobart, formerly of Blacksmith Shop Road.

Colin Murphy, a Falmouth resident who lives within 1,900 feet of the turbines, said the turbines are impacting his children, ages 6 and 8. He was disturbed by one WTOP option to limit the hours of operation for the turbines and perhaps shut them down at 11 pm, to reduce any potential for sleep deprivation for those living near them.

“I don’t want to have to wait until 11 pm to put my children to sleep. I don’t want to send them to school with an hour of sleep. … I don’t think my two children should have to suffer so the town can make a buck,” Murphy said.

Annie and Mark Cool, who live within 1/3 mile of Turbine 1, called the WTOP a “waste of time” that continues to spin its wheels in endless discussions while they and their neighbors suffer detrimental impacts of the turbines.

For the past 2.5 years, the turbines have been a source of dissention among Falmouth residents and public officials, with those living near the turbines claiming serious sleep disturbances and adverse health effects, and property owners claiming the values of their homes is depreciating. Meanwhile, town officials continue to weigh these concerns with the economic and environmental issues involved with the turbines.

Trailer for movie Windfall
http://firstrunfeatures.com/trailers_windfall.html

Wind turbines continue to divide Falmouth community - - Falmouth Bulletin http://www.wickedlocal.com/falmouth/news/x1353223685/Wind-turbines-continue-to-divide-Falmouth-community#ixzz2FeD5oKjy

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20Dec/120

Study Finds Wind Turbine Output Declines Rapidly With Age!

Posted by SaveOurSeaShore

The Performance of Wind Farms  in the United Kingdom and Denmark 

Study by Dr Gordon Hughes Finds Industrial Wind Turbines output declines rapidly with age especially offshore

The normalised load factor for UK onshore wind farms declines from a peak of about 24% at
age 1 to 15% at age 10 and 11% at age 15. The decline in the normalised load factor for Danish
onshore wind farms is slower but still significant with a fall from a peak of 22% to 18% at age 15.
On the other hand for offshore wind farms in Denmark the normalised load factor falls from
39% at age 0 to 15% at age 10

performance wind turbine

 

 

 

 

 

 

 

 

 

 

 

 

 

There are two plausible explanations for the observed decline in average load factors as wind
farms age. The first is that the turbines become less efficient over time as a result of mechanical
wear and tear, erosion of the turbine blades and related factors. The second is that the turbines
experience more frequent breakdowns and their operators take more time to bring them back
into service because they are less concerned about the performance of older plants. 

...performance degradation is linked to the cumulative
number of starts and stops for the wind turbines. This is certainly the case for thermal generating plants for which maintenance requirements and performance are strongly influenced by
the thermal stresses of start and stop cycles. As a consequence, thermal plants operate most
efficiently on base load when the number of starts and stops is minimised. The inescapable
variability of wind speeds means that the stresses on mechanical and other components due to
start and stop cycles cannot be minimised by similar strategies.

by Dr Gordon Hughes is a Professor of Economics at the University of Edinburgh where he teaches courses in

the Economics of Natural Resources and Public Economics. He was a senior adviser on energy and environmental policy at the World Bank until 2001. He has advised governments on the design and implementation
of environmental policies and was responsible for some of the World Bank’s most important environmental
guidelines

MORE CAN BE FOUND IN THE REPORT  http://www.ref.org.uk/attachments/article/280/ref.hughes.19.12.12.pdf

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20Dec/120

Take the POLL for Falmouth

Posted by SaveOurSeaShore

Wicked Local Falmouth

December 19, 2012

TAKE OUR POLL: Falmouth resident confronts Gov. Patrick on wind turbines

 Options remain on the table

What do you think should happen to the Falmouth wind turbines?

CLICK HERE to TAKE the Wicked Local Falmouth Wind Turbine Options POLL

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18Dec/120

Efficiency Cutting New England Power Use, Costs

Posted by SaveOurSeaShore

What...you mean giant wind turbines and solar panel parks blanketing our open spaces aren't the only thing that will save us?
By STEPHEN SINGER, Associated Press
Updated 12:13 pm, Wednesday, December 12, 2012
HARTFORD, Conn. (AP) — Improved energy efficiency will help keep electricity use flat in New England in the next decade, allowing customers to save on utility bills and power companies to scrap costly transmission upgrades, the grid operator said Wednesday.

The region's six states spent $1.2 billion from 2008 to 2011 to boost energy efficiency, ISO-New England told reporters in a briefing. Spending on energy efficiency is expected to increase to $5.7 billion from 2015 to 2021.

The Holyoke, Mass.-based grid operator said energy efficiency has more than doubled since 2008 in an annual auction to win commitments from generators and others for power available three years from now. The result is that electricity use previously projected to rise by 0.9 percent annually between 2012 and 2021 will instead be flat.

The increased efficiency also will help utilities save money by skipping transmission upgrades. ISO said the region can defer 10 transmission upgrades that earlier studies showed were needed to ensure reliability. Deferring the upgrades will save an estimated $260 million, ISO said.

In 2010, New England's six states sponsored more than 125 energy efficiency programs offering financial incentives to promote efficient electrical devices, ISO said.

Stephen J. Rourke, vice president for system planning at ISO, said replacing incandescent lighting with compact fluorescent bulbs is the "easiest and least expensive" way to cut energy use. Savings are multiplied as apartments, office buildings, factories, schools, hospitals and other large energy users install efficient heating and air conditioning, he said.

Seth Kaplan, vice president for policy and climate advocacy at the Conservation Law Foundation, a regional environmental group, said the ISO's report shows that efforts to conserve energy work. He said the group welcomes the ISO report.

"This is a very big deal," he said. "The system needs to know what the demand is."

Nationally, demand for electricity is leveling off as residential power use falls, experts say, reversing a long upward trend. More efficient lighting and electric devices are partly credited for the change. New homes also are being built to use less electricity and government subsidies for home energy savings programs help older homes use less power. Rourke said the weak economy also has contributed to reduced electricity use.

New England used about 130,000 gigawatt-hours of electricity last year. One gigawatt-hour can serve about 1 million homes for one hour.

 Read more: http://www.sfgate.com/news/science/article/Efficiency-cutting-New-England-power-use-costs-4111915.php#ixzz2FQkLM2Up
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14Dec/120

Wind Turbine at Massachusetts Military Reservation in Cape Cod is Broken

Posted by SaveOurSeaShore

Another wind turbine with a broken gearbox just like Princeton, Ma or Portsmouth, Ma and countless other places. One of the wind turbines at the Massachusetts Military Reservation or is it  Otis Air National Guard Base needs a major repair...probably aproaching a million dollars...once you account for the repair, the downtime, the cranes, the people, the shipping... The gearbox on the Furhlander 1.5 MW Industrial Wind Turbines needs to be replaced. When installing they always promise 20-30 year lifecycle and free energy.  But hush hush, reality can't be spoken...because 2-3 years after being installed....SURPRISE! The gearbox fails or something else!!!  Of course it will be all on the QT...as we can't handle the facts of renewable power(solar and wind)...the low utilization...the costs...the failures...the harm to people...the death to animals...the loss of open space....the bookoo bookoo dollars to be made by advisers, installers, manufactures, the lobbyists, the champions(you get to attend your choice of daily conferences on green energy anywhere in the world), the tax kickbacks, even the electricity company knows they get to raise rates due to high costs! The tax and rate payers don't pay enough...Their use of energy needs to HURT!

Here is the response to a question about the broken wind turbine from the airforce

The Air Force Civil Engineer Center is currently developing a strategy to
replace the gearbox (which is still operating) and will be glad to provide
you with the cost information when finalized.

Sincerely,

//SIGNED//
DEBORAH K. ARAGON, GS-12, DAF
Public Affairs Specialist, Air Force Civil Engineer Center
DSN: 969-8591 Comm: (210) 395-8329

-----Original Message-----
Sent: Wednesday, December 12, 2012 11:53 AM
To: AFCEC Public Affairs
Subject: Feedback: Otis ANG Commercial Wind Turbine 2009

What are the cost estimates for replacing the gear box on the commercial
wind turbine installed at Otis ANG base Cape Cod,Massachusetts. This request
is for the total cost including a special crane to install the new gear box.

The Furlander 1577 started operating on 02 Dec 2009.

My understanding is the, Air Force Civil Engineer Center is work on
procuring a new gearbox .
The gear box issue has already happened in several of the first wind
turbines in New England . One in Princeton,Massachusetts and another at the
Portsmouth High School ,Portsmouth ,Rhode Island. The Princeton gearbox was
over $600,000.00 the Portsmouth turbine still broken near one million.

Do you expect a press release with the total repair costs to the 1.5
Megawatt turbine?

 

Here is the info about the wind turbine

Developer:  Owner/Operator: Air Force Center for Environmental Excellence

Host: Air Force Center for Environmental Excellence

Technology: 1 Furhlander 1.5 MW

Commission Date: December 15, 2009

Discussion:

The Massachusetts Military Reservation (Otis Air Force Base) received and installed its 1.5-MW Fuhrlander turbine in late fall 2009. The turbine will partially power the Air Force's groundwater clean up efforts at the Base and is the first of a multi-phase wind development effort for the Reservation.

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