At an open meeting held Thursday at the Public Service Commission of Wisconsin, commissioners discussed the the text of the proposed wind siting rule.

DOWNLOAD THE PROPOSED RULE BY CLICKING HERE

Commissioner Lauren Azar suggested a setback of 2200 feet from homes unless a developer can prove  a turbine could be sited closer to a residence and still meet noise and shadow flicker standards. 

She said the setback distance was based on information from PSC staff which indicated a 45dbA noise standard would be met at that distance.

However, Commissioner Azar also noted that the World Health Organization recommends 40 dbA as a nighttime noise standard, and indicated was the noise limit she preferred.

Residents under contract with developers could waive all standards and have turbines placed as close as 1.1 times the turbine height to their homes.

Chairman Callisto and Commissioner Meyer didn't offer their immediate opinions on Azar's suggestions.

Continued discussion of wind siting rules is scheduled for Monday.

Wind farms and wildlife: The heartbreak of the Horicon

Wind farms and Bats:

How are bats being killed in wind farms?

WIND FARM CONSTRUCTION VIDEOS

Video of what kind of changes a wind turbine brings to a farmer's fields.

Trenching and electrical cables

Access roads and soil disturbance

Torn up roads and compacted soil

Heavy equipment and cranes compact soil

How big are the shadows cast by industrial scale turbines? What do they look like? Why are they a problem?

What is shadow flicker like on houses in Wisconsin wind projects?

 SECOND FEATURE

RESIDENTS SAY STATE RULES FOR WIND FARMS LACKING

SOURCE: Sun Journal, www.sunjournal.com

August 19 2010

By Eileen M. Adams

DIXFIELD — Panelists and townspeople at a public hearing Wednesday night blasted what they believe are insufficient state regulations to govern the half-dozen or so wind farms proposed for western Maine.

The hearing was sponsored by the River Valley Alliance and the Friends of Maine’s Mountains, groups that oppose such developments. Other groups, such as the Friends of Spruce Mountain in Woodstock, were also at the hearing.

Among the panelists was Robert Rand, an acoustical engineer from Brunswick, who described the potential effects on people of the sounds made by the blades and generators of turbines.

During much of his talk, he played a recording of a turbine operation he said was made at a small operation in Freedom.

Such noise, he said, has the potential to adversely affect people living as close as 2 miles from an operating turbine. He said the frequency and decibel levels could result in the inability to sleep, high blood pressure and other maladies.

Paul Druan, chairman of the Weld Windpower Committee that is charged with developing a wind farm ordinance, said that when he attended a similar forum with the sound of turbines turning, one man became nauseated.

Sean DuBois, whose residence was not immediately available, said he believed more studies should be conducted on the possible adverse health effects.

“Don’t you think it’s too early to judge health effects?” he said.

Rand said he didn’t think so.

“There are people in Mars Hill, Freedom and an island on the coast who definitely have problems,” he said. “I’m concerned about the lack of peer-reviewed studies by the companies.”

He said that sounds from turning turbines do not decrease as quickly over water as they do over land.

A home should not be located less than 2 miles from a turbine, and even then, the sounds could affect people, he said.

Also speaking was Karen Pease, a resident of Lexington Township which is next to the state’s largest proposed wind turbine project in Highland Plantation. Independence Wind LLC, whose principals are former Gov. Angus King and Rob Gardiner, have proposed construction of 48 turbines.

She spoke of the effect the siting of wind turbines could have on real estate. She said Maine doesn’t have a sufficient number of houses on the market to do comparable studies, but one done in Illinois showed at least a 25 to 40 percent drop in value for homes about 2 miles from a wind project.

“Some are a total loss,” she said.

Also, she said, wind developers are not being required to provide a bond for decommissioning turbines so that they could be taken down and the land reclaimed.

Dan McKay, a major player in the organization of the hearing, said that with the number of people who live in the River Valley area, building what he estimated to be about 100 turbines made little sense.

“Turbines are a chance to shut down the recreational opportunities in the area,” he said.

Nearly 200 proposed turbines are in various stages of development from the Rumford area to Highland Plantation. First Wind LLC of Newton, Mass., has proposed siting up to 19 turbines in Rumford and Roxbury; Independent Wind LLC is proposing the Highland Plantation project and 22 turbines in Roxbury; and Patriot Renewables LLC of Quincy, Mass., has proposed a total of about 50 turbines in Carthage, Dixfield, Canton and Woodstock.

McKay said signatures were being gathered on a petition asking the Maine Department of Environmental Protection to change the acceptable decibel level produced by turbines to 5 decibels above the ambient level in an area currently without turbines.

He said the signatures collected in several River Valley towns and Woodstock would be sent to the Citizens Task Force, which is circulating a petition statewide calling for more regulations on wind development.

THE RULES FOR WISCONSIN ARE HERE:

Click here to download the text of the new wind siting rules released today.

Click here to download a 'red-lined' text of the rules, which show what changes the PSC staff made to the siting council's recommendations.

The rules are now in the hands of the three PSC commissioners who will decide on the final version of the rules in a few weeks.

WIND TURBINES IN THE NEWS:

Blown in the Wind

SOURCE: SLATE.COM

By Robert Bryce

 Aug. 16, 2010

They like everything big in Texas, and wind energy is no exception. Texas has more wind generation capacity than any other state, about 9,700 megawatts. (That's nearly as much installed wind capacity as India.) Texas residential ratepayers are now paying about $4 more per month on their electric bills in order to fund some 2,300 miles of new transmission lines to carry wind-generated electricity from rural areas to the state's urban centers.

It's time for those customers to ask for a refund. The reason: When it gets hot in Texas—and it's darn hot in the Lone Star State in the summer—the state's ratepayers can't count on that wind energy. On Aug. 4, at about 5 p.m., electricity demand in Texas hit a record: 63,594 megawatts. But according to the state's grid operator, the Electric Reliability Council of Texas, the state's wind turbines provided only about 500 megawatts of power when demand was peaking and the value of electricity was at its highest.

Put another way, only about 5 percent of the state's installed wind capacity was available when Texans needed it most. Texans may brag about the size of their wind sector, but for all of that hot air, the wind business could only provide about 0.8 percent of the state's electricity needs when demand was peaking.

Why does Texas get so little juice from the wind when it really needs it? Well, one of the reasons Texas gets so hot in the summer is that the wind isn't blowing. Pressure gradients—differences in air pressure between two locations in the atmosphere—are largely responsible for the speed of the wind near the Earth's surface. The greater the differences in pressure, the harder the wind blows. During times of extreme heat these pressure gradients often are minimal. The result: wind turbines that don't turn.

Lest you think the generation numbers from Aug. 4 are an aberration, ERCOT has long discounted wind energy's capabilities. In 2007, ERCOT determined that just "8.7 percent of the installed wind capability can be counted on as dependable capacity during the peak demand period for the next year." And in 2009, the grid operator reiterated that it could depend on only 8.7 percent of Texas' wind capacity.

The incurable variability of wind is not restricted to Texas. Consider the problems with wind energy during the frigid weather that hit Britain last winter. In January, the Daily Telegraph reported that the cold weather was accompanied by "a lack of wind, which meant that only 0.2 [percent] of a possible 5 [percent] of the UK's" electricity was generated by wind over the preceding few days.

Understanding wind's unreliability is critically important now, at a time when America's basic infrastructure is crumbling and in desperate need of new investment. In June, the Government Accountability Office issued a report that said that "communities will need hundreds of billions of dollars in coming years to construct and upgrade wastewater infrastructure." Add in the need for new spending on roads, dams, bridges, pipelines, and mass transit systems, and it quickly becomes clear that politicians' infatuation with wind energy is diverting money away from projects that are more deserving and far more important to the general public.

Imagine a company proposed to construct a bridge in Minneapolis, or some other major city, that would cost, say, $250 million. The road would be designed to carry thousands of cars per day. But there's a catch: During rush hour, the thoroughfare would effectively be closed, with only 5 percent, or maybe 10 percent, of its capacity available to motorists. Were this scenario to actually occur, the public outrage would be quick and ferocious.

That's exactly the issue we are facing with wind energy. The reality is that towering wind turbines—for all their allure to certain political groups—are simply supernumeraries in our sprawling electricity delivery system. They do not, cannot, replace coal-fired, gas-fired, or (my personal favorite) nuclear power plants.

Despite these facts, wind-energy lobbyists have been wildly successful at convincing the public and—more importantly—politicians, that wind energy is the way of the future. More than 30 states now have rules that will require dramatic increases in renewable electricity production over the coming years. And wind must provide most of that production, since it's the only renewable source that can rapidly scale up to meet the requirements of the mandate.

The problems posed by the intermittency of wind could quickly be cured if only we had an ultra-cheap method of storing large quantities of energy. If only. The problem of large-scale energy storage has bedeviled inventors for centuries. Even the best modern batteries are too bulky, too expensive, and too finicky. Other solutions for energy storage like compressed-air energy storage and pumped water storage are viable, but like batteries, those technologies are expensive. And even if the cost of energy storage falls dramatically—thereby making wind energy truly viable—who will pay for it?

An unbiased analysis of wind energy's high costs and flaccid contribution to our electricity needs is essential in this time of economic constraint. Despite the dismal economic news, despite the fact that the wind-energy sector, through the $0.022 per-kilowatt-hour production tax credit, gets subsidies of about $6.40 per million Btu of energy produced—an amount that, according to the Energy Information Administration, is about 200 times the subsidy received by the oil and gas sector—wind-energy lobbyists are calling for yet more mandates. On July 27, the American Wind Energy Association issued a press release urging a federal mandate for renewable electricity and lamenting the fact that new wind-energy installations had fallen dramatically during the second quarter compared to 2008 and 2009. The lobby group's CEO, Denise Bode, declared that the "U.S. wind industry is in distress."

Good. Glad to hear it. It's high time we quit blowing so much money on the wind.

REVISIT NOISE STANDARDS

Noise standards paving the way for billion-dollar wind-farm developments across the country are biased and should be ripped up, academics say.

“One can only come to the conclusion that the concept is mainly a business promotion and public relations exercise which has been devised to appear to be taking into consideration the health and welfare of local residents but is designed to get the most out of the investment for the cheapest outlay, without causing the community to take serious legal action against the developer and territorial authority,”

- Philip Dickinson, Massey University acoustics professor who says the wind turbine noise standard, and those elsewhere in the world, appeared to be based on “scientific nonsense”.

SOURCE: The Press News , August 18, 2010   READ COMPLETE STORY BY CLICKING HERE

We Energies turbines in Blue Sky Green Field project near Malone, Wisconsin

UNION MAN DETAILS HOW COUNCIL WROTE THE RULES:

 SOURCE: The Janesville Gazette, gazettextra.com

August 15, 2010

By Gina Duwe,

UNION TOWNSHIP — A local man who worked on the state council to write wind siting rules says the slanted make-up of the committee toward the wind industry created a disservice to the process.

The resulting rules likely will increase local dissent and resistance to proposed projects, which he predicts will end up in court, said Doug Zweizig, who co-chaired the wind siting council.

“I don’t know what’s going to happen, but I don’t think it’s going to be pretty,” said Zweizig, who also is vice-chair of the Town of Union Plan Commission and worked on a special committee to write the town’s wind ordinance.

The wind siting council this week released its report that serves as recommendations to the state Public Service Commission.

Zweizig was one of four council members that disagreed with portions of the report and wrote a minority opinion that was attached to the end of it. The minority report states concerns over the failure “to address the realities of the effects of large wind turbines on nearby populations, to bring quality information into critical areas and to explore the economic implications of locating an industrial facility next to a residential area.”

The process

Legislators approved a bill last fall to allow the PSC to create rules to regulate wind projects statewide instead of the patchwork of local ordinances.

The council drafted its report over the last four months, and the three PSC commissioners will consider the report, the full record and all public and stakeholder comments before issuing the final rules, said Lori Sakk, legislative liaison for the PSC.

Then the presiding officer of the state Assembly and Senate will have 10 days to refer the rules to a committee, which would have 30 days to schedule a hearing or request to meet with the agency. If neither action is taken, the rules are promulgated and become law.

The law said the council members needed to be representatives of specific categories, including the energy industry, uncompensated landowners, wind developers, real estate agents, medical and research experts, environmentalists and local government.

But, “that’s not the way the appointments were made,” Zweizig said.

Whenever the PSC had any leeway, someone with ties or a supporting opinion to the wind industry was appointed, he said.

Sakk responded by saying the council members were appointed according to the statutory eligibility requirements established by the state Legislature.

Zweizig said his impression is that wind industry advocates were frustrated with towns such as Union, which has an ordinance for a half-mile turbine setback, so they went to the state to override the local ordinances. They got the legislation, he said, and since the PSC already was supportive, a council was put together to rubber stamp the desired outcome.

“What that did in terms of group process, meant that the majority never really had to explain itself very much … or talk through issues,” Zweizig said. “They didn’t have to do that because they knew they had the votes.”

Council Chairman Dan Ebert said in a letter accompanying the report that the council had “significant discussions” on many recommendations “in the spirit of working toward consensus.” He said the recommendations reflect input from all council members, but acknowledged there were areas that the council did not reach a consensus.

The council’s report states a turbine should be sited so:

– It is set back from homes 1.1 times the maximum blade tip height, which would be 440 feet for the 400 foot turbines, Zweizig said.

– It creates no more than 40 hours of shadow flicker on a home. If it’s more than 20, the operator is required to provide mitigation, which can include putting blinds up in a house, Zweizig said.

– The noise it creates is no more than 45 decibels at night and no more than 50 decibels during the day.

Zweizig said some council members lacked concern for health problems associated with living too close to turbines. He and others tried to point out that people are abandoning their homes because of health problems stemming from the noise and shadow flicker.

That’s why council member Larry Wunsch, who lives within 1,100 feet of a turbine in Fond du Lac County, is trying to sell his property, Zweizig said. Wunsch also was among the four minority opinions on the council.

“He did whatever he could to let those on the council know those are the circumstances,” Zweizig said. “They never asked him a question. They never said, ‘What is this like?’ They just waited him out, knowing that in the end they would just outvote him.”

Local wind projects

The status of proposed projects in Union and Magnolia townships is unclear.

EcoEnergy was developing both projects, including signing on landowners, before it sold the rights for both to Acciona in 2007, said Jason Yates, contract manager with EcoEnergy in Elgin, Ill. The proposed projects back then included three turbines in Union and up to 67 in Magnolia.

Wind measurement towers were put up in both townships: Magnolia’s went up in April 2007 at County B and Highway 213 and Union’s went up in late 2008 at County C and Highway 104.

The Magnolia tower came down this spring at the end of the 36-month contract, landowner Tom Drew said. Since then, Drew said the only thing he heard from the company was that it was waiting to see the results of the state’s new wind siting law.

In Union, the town permit for the tower expired last fall, and Acciona has decided to remove the tower, supervisor George Franklin said. It will be removed this fall after the corn that surrounds it is harvested, he said.

The Acciona North American website does not list any Wisconsin projects under its “In the works” projects. Acciona could not be reached for comment.

Evansville turbine begins operation

The new wind turbine in Evansville should be operational early this week, if not already, after possibly being struck by lightning.

The Northwind 100 arrived at the city’s wastewater treatment plant on Water Street in June. After running for only a couple days, the turbine stopped working late on the night of July 21 or early on July 22, said Eve Frankel, marketing and communications manager at Northern Power Systems.

“We believe that it was potentially due to a lightning strike, but it’s still under an investigation,” she said.

The manufacturer is fixing parts on the turbine and ruling out causes, she said.

The repair shouldn’t cost the city, City Administrator Dan Wietecha said, because it would be covered under the warranty or insurance.

Frankel said lightning striking a turbine is an “unusual occurrence,” though Wisconsin seems to have more lightning strikes than other regions.

The tower height on the 100 kilowatt turbine is 120 feet and each blade is 37 feet. The turbine is part of the $7.2 million effort to upgrade the wastewater treatment facility.

NEIGHBORS: WIND ENERGY HAS ITS PRICE

SOURCE: host.madison.com

August 14 2010

by Clay Barbour

ST. CLOUD, Wis. — Elizabeth Ebertz loves her garden, but the 67-year-old grandmother doesn’t work in it much anymore.

The small vegetable patch, which has produced onions, carrots and tomatoes for many family dinners, sits behind her home, in a little valley, about a half-mile from a dozen 400-foot-tall wind turbines.

The structures are part of the Blue Sky Green Field Wind Energy Center in northeastern Fond du Lac County, one of the state’s largest wind farms, capable of producing energy for about 36,000 homes.

Unfortunately, said Ebertz, the turbines also produce enough noise to chase her from the garden — and most nights, disturb her sleep.

“Sometimes it sounds like a racetrack, or a plane landing,” she said. “You wouldn’t believe how loud it gets.”

The state Public Service Commission is considering a new set of wind farm regulations that could free up the industry and promote growth in Wisconsin, a state that has lagged behind the rest of the Midwest in using wind as an alternative energy source.

The PSC, which regulates state utilities, is expected to send the proposal to the Legislature by the end of the month.

If passed, the measure could go a long way in helping Wisconsin reach its goal of generating 10 percent of its energy with renewable sources by 2015. Renewable sources account for 5 percent of the state’s energy now.

The measure could also end what has been years of localized fights — often spurred by well-funded anti-wind organizations — that have effectively killed at least 10 proposed wind farms in the past eight years, and scared off several others.

But for people like Ebertz, the new rules mean more people will have to deal with wind turbines and the problems that come with them.

“I wish those things were never built here,” Ebertz said. “They’re just too close to people. I wish they were gone.”

State far behind neighbors

Wisconsin spends about $1.5 billion on imported energy every year and ranks 16th in the country in available wind.

According to the American Wind Energy Association (AWEA), Wisconsin has the capacity to produce up to 449 megawatts of energy from its current wind farms — enough to power about 110,000 homes.

Yet the state trails other Midwestern states in wind energy production. Minnesota wind farms produce 1,797 megawatts, Illinois produces 1,848 and Iowa generates 3,670. “It’s not even close,” said Barnaby Dinges, an AWEA member and lobbyist from Illinois. “Wisconsin is danger of falling out of the wind game altogether. It’s getting a reputation as inhospitable to the wind industry.”

Dinges has lobbied for six wind farms in the past five years, three of them in Wisconsin. He said the state has a number of well-organized anti-wind groups that have endangered its 10 percent goal.

“This isn’t like any grass-roots opposition we have seen elsewhere,” he said. “These aren’t just concerned citizens going to meetings. These are mass mailings, billboards, full-page ads. It’s more professional and it costs a lot of money.”

Jenny Heinzen — a professor of wind energy technology at Lakeshore Technical College, which has campuses in Manitowoc, Cleveland and Sheboygan, and a member of the state’s Wind Siting Council — said she has been amazed with the opposition.

“I have my suspicions that they are getting help from some groups from outside the state, but that has never been confirmed,” she said, referencing persistent rumors of coal and natural gas companies helping to kill wind projects here.

There are a lot of people who live near wind farms and never report problems. Still, the state is home to several anti-wind groups, including the Brown County Citizens for Responsible Wind Energy, the WINDCOWS, the Calumet County Citizens for Responsible Energy, Healthy Wind Wisconsin and the Coalition for Environmental Stewardship.

These groups have some powerful supporters, including several prominent lawyers, lobbyist and former state Sen. Bob Welch and Carl Kuehne, former CEO of American Foods Group.

But officials with the anti-wind groups say most of their members are simply residents who do not like the thought of living near a wind farm.

“We heard that criticism before — that we are a front group for oil and gas companies — but it’s just not true,” said Lynn Korinek, a member of WINDCOWS. “We are a group of about 200 members who hold rummage sales to fund our fight. There are no special interests behind us, believe me.”

Neighbors claim health problems

Most of the state’s anti-wind groups say they have nothing against wind energy, they simply disagree with how it is implemented in the state.

Still, their websites show members either fear the possible side effects of wind energy, or want others to fear them. The concerns include diminished property values, occasional noise pollution, moving shadows cast by the giant windmills along with loss of sleep from vibrations, increased menstrual cycles, high blood pressure, headaches and irritability.

Recently, the state Division of Public Health looked into the issue, studying more than 150 medical reports, interviewing dozens of residents and municipalities and consulting the universities of Wisconsin, Maine and Minnesota, as well as the Centers for Disease Control and Prevention.

Their conclusion was that scientific evidence does not support the claim of wind turbine syndrome, an umbrella term for the health problems some have attributed to wind farms. The letter also points out that many of the symptoms associated with the condition — headaches, irritability, loss of sleep — are fairly common and can be attributed to other factors.

“They can explain it anyway they want, but something is different around here and it has been ever since they put those turbines up,” said Allen Hass, a 56-year-old farmer who owns about 600 acres in Malone, northeast of Fond du Lac.

Hass has three Blue Sky Green Field turbines on his property. He said We Energies, which owns the wind farm, pays him about $12,000 a year for the space.

Hass said the money does not make up for his health problems, including headaches and loss of memory.

“I wish I never made that deal,” he said.

Brian Manthey, We Energies spokesman, said the company is aware of Hass’s complaints, but that the scientific evidence does not support them. He said the company works hard to make its neighbors happy.

“You never get 100 percent support for anything, but you will find that a lot of people are happy with the farm,” he said.

New rules trump local ones

The new rules, written by the Wind Siting Council, streamline the state approval process so potential developers know exactly what they face when considering a project in Wisconsin.

Probably the most important aspect of the new regulations deals with state permitting. In the past, the state only had direct authority over wind farms generating more than 100 megawatts.

Under the new rules, the state would deal with all wind farms. Local municipalities would still be involved but would not be allowed to establish regulations stricter than the state’s.

Supporters figure this will open the door for the rapid growth of wind energy in the state by bypassing many of the local fights that have created such a logjam. Wisconsin is home to nine wind farms, with another two under construction, and three in the planning stages.

THIRD FEATURE:

STATE OF MAINE WANTS $36,000 for public records on wind energy

Sun Journal, www.sunjournal.com

 August 16, 2010 By Naomi Shalit,

As part of its reporting on the Wind Energy Act of 2008, the Maine Center for Public Interest Reporting filed a state public records request under Maine’s Freedom of Access Act, called a FOAA request.

However, the Center never received much of the material it requested from the state because the cost was prohibitive: $36,239.52.

That’s what the state Public Utilities Commission wanted from the Center to search for e-mails from 2005-2007 between then-PUC Chairman Kurt Adams and any representatives of wind company First Wind (where Adams took a job after leaving the PUC); between Adams and Gov. John Baldacci, for whom Adams had previously worked as legal counsel; and between Adams and several prominent wind power attorneys employed by the law firm of Verrill Dana.

In her response to the Center’s request, Joanne Steneck, general counsel for the PUC, explained that “in order to review any e-mails from 2005 to 2007, it will be necessary to restore Mr. Adams’s mailbox from the mail server back up. According to the Office of Information Technology … it takes approximately 2 1/2 hours to restore a snapshot of each day’s e-mails.”

The Center sought access to the e-mails because Adams’ input had been crucial to the deliberations of the governor’s wind power task force.

Initially, Steneck told the Center that a search of backup discs containing e-mail records for the period prior to January 2008 could be done for a cost upward of $10,000.

The Center then asked for a waiver of the $10,000 cost, under provisions in the state’s FOAA that allow waivers to be granted for noncommercial use of public information.

The PUC refused to grant the waiver and revised its estimate of the cost for the Center to get the information to $36,239.52.

According to Steneck, the increased estimate represents the actual cost for OIT to retrieve and restore 824 backup tapes, at a charge of $21.99 per hour, plus the time it would take for PUC personnel to review the restored e-mail messages and redact confidential information. The process is laborious, she explained, because “the state of Maine’s e-mail system was designed in such a way that the backup and restore process allows for disaster recovery purposes only and does not include duplication or search criteria of an archive retrieval system.”

NOTE FROM THE BPWI RESEARCH NERD: At a recent Wind Siting Council meeting Vinalhaven was touted as an example of a "community" wind project that was working.

Residents now trying to live with "community" turbine noise have a different view.

 

Noise controversy over Vinalhaven wind turbines heats up

SOURCE: The Free Press, freepressonline.com

 August 12, 2010

Vinalhaven sits 15 miles off the coast and just over an hour’s ferry ride from Rockland, but it has an old-fashioned sense of community rare on the mainland these days. Every driver waves as they pass and it’s common for an islander to leave the keys in the truck in case anyone needs to borrow it.

It was with that sense of community that the islanders welcomed the three wind turbines to Vinalhaven last year. Not only did the turbines promise reliable electrical service, which was something long-term residents did not take for granted, but wind power would lower electric rates for everyone.

Islanders turned out in strength last November to see the turbines started up, watch the 123-foot-long blades sweep the air and watch grade-school children do a windmill dance to the tune of “I’m a Little Tea-Pot.”

Even with some initial start-up glitches, rates have gone down when averaged across the year (the estimated average rate is now five to six cents per kilowatt hour, with variations from month to month, according to Fox Island Electric Cooperative; the national average rate was 11.36 cents per kilowatt hour in 2008).

Most of the 1,200 or so residents on Vinalhaven approve of the turbines. But within days of start-up a handful of Vinalhaven residents who lived within a mile of the wind turbines on the North Haven Road reported noise problems.

Nine months later, people have taken sides. Fingers are being pointed. Frustration levels are rising. There are rumblings about complainers and how they should move off the island if they don’t like it. There are accusations of misinformation and biased noise data collection.

Jeanne Bineau-Ames, whose house is near the swimming quarry in the middle of the island, summed it up.

“It’s an island. We are only as strong as the smallest link. We have to work as a community,” she said. Bineau-Ames lives far enough from the wind turbines not to hear them, has a relative on the board of the electric cooperative who strongly favors them, and sympathizes with those affected by the noise.

“I hate to see this go to mistrust and anxiety,” she said. “We have to work at this. We have to work this out.”

Sound Effects

Bothersome noise related to wind turbines is hardly new.

“Wind turbine noise is becoming a bigger issue in the U.S.,” said Patrick Moriarty, an aeronautical engineer for the National Renewable Energy Laboratory (NREL) in Golden, Colorado. NREL belongs to the U.S. Department of Energy and is the primary research and development site for energy efficiency and renewable energy, including wind power. Moriarty is a senior engineer at the lab.

“It’s been a big issue in Europe for a while because their wind farms have been up longer and they are in more densely populated areas,” Moriarty said.

In Maine, the Mars Hill wind farm in Aroostook County and the turbines in Freedom in Waldo County have elicited similar complaints by nearby residents who say the repetitive whump, whump, whump sound of the blades turning causes sleeplessness and anxiety. Some research suggests those symptoms could be related to low-frequency sound waves that impact people as a pressure wave.

Sound seems simple enough: you hear it or you don’t; it’s audible or it isn’t. It turns out that sound is far from simple: not only can a noise that is alarmingly loud to one person be a minor note to another, but some people appear to be affected by low-frequency sound-the bass notes-while others aren’t. And the really low frequency sounds (below 20 hertz), the inaudible sound waves, which elephants and whales use to communicate over long distances, can travel hundreds of miles without fading. It’s this silent sound that may make birds and beasts aware of earthquakes and tsunamis ahead of any apparent danger, and it may be the cause of a laundry list of human complaints that include sleeplessness, anxiety, exhaustion and depression.

Or it may not be. The jury is out.

Dora Anne Mills, the medical doctor for the state of Maine, reviewed the medical and acoustics research on wind turbine noise and issued a 2009 report stating that the current research on health effects was inconclusive. Mills concluded there was insufficient evidence to change state noise compliance standards.

But the thing to understand, said Moriarty, is that the sound coming from the wind turbines is broadband noise; that is, it has all frequencies mixed together. It appears not to be the volume of the turbines, but the rythmic nature of the noise, the whomp, whomp or whoosh, whoosh, whoosh-what Moriarity refers to as the modulation-that is problematic, but no one is really sure.

“Noise ordinances are now based on amplitude [volume],” said Moriarty. “Some people think modulation noise [repetitive, rhythmic noise] could be more annoying.”

“It’s an open question if noise regulations should be adjusted for modulation. It’s at the bleeding edge of research at the moment and it’s where technology and sociology overlap,” said Moriarty.

That’s cold comfort to some residents who live close to the wind turbines.

Britta Lindgren lives about a half mile down the Northhaven Road from the turbines.

“Initially, the animals went off their feed when the turbines started up. During the first few days after they started, I found an eider duck hiding in the corner of the porch, cowering. You never see eider ducks out of the cove. I’ve never seen that. During the first two or three weeks, it was really loud.”

“The animals don’t do that now. Truthfully, most of the time it’s not a problem,” said Lindgren, referring to the volume. “There are trees between us and the sound varies in intensity. It’s a whomp, whomp, whomp sound.”

They may not be so loud, but the sound pulses rythmically. Lindgren believes the repetitive noise is what is creating sleep problems in her family and, she says, it isn’t something that you just get used to, as some islanders have suggested.

“It feels like a constant wearing down,” she said. “It’s like when you have an itch. It’s nothing to scratch it, but then it keeps itching and you keep scratching and before you know it you have a hard, raw spot. It hurts. You’re always aware of it.”

A half mile in the other direction, Erin Creelman and her family are more acutely aware of the wind turbines. Their house sits on high ground across from them and all but one of the family members are having problems sleeping.

“We left our storm windows in this summer, and we have thermal panes,” said Creelman. “We didn’t put in the screens. We have a well-insulated house with wood panels and sheetrock. We have blown-in fiberglass. You can still hear them. You can feel them, really. It’s a pressure thing more than a noise. It’s like a whomp, whomp, whomp.”

Creelman said she supported construction of the windmills and doesn’t want them taken down; she wants the sound issues solved.

Lindgren agreed, but shook her head at the possibility of a solution.

“It’s gotten quite divisive,” said Lindgren. “How do you deal with that? I don’t know.”

Sally Wylie, another neighbor of the wind farm who lives less than a mile away from the turbines, didn’t parse her words. She was thoroughly frustrated.

“They said it would sound like the humming of a refrigerator. That didn’t seem so bad,” said Wylie.

But Wylie said it isn’t like a refrigerator.

“It sounds like a jetport,” said Wylie, referring to the noise in the windy winter months. “It’s unbelievable. It vibrates right through the house. It ricochets off the neighbors and comes back. It echoes.”

The Neighbors & The Man Behind the Machines

“There are about 15 to 20 year-round houses located within three quarters of a mile of the turbines,” said George Baker, who is the CEO of Fox Island Wind, a private enterprise that is a subsidiary of the Fox Island Electric Cooperative (FIEC) and that was formed to allow the wind turbines to be built.

Notably, the wind turbines have overwhelming support from Vinalhaven residents; only a handful of people are affected by the noise.

“I live with 4 a.m. lobster boats,” said Donna Payne, who owns the Payne Homestead bed-and-breakfast in town. “These are the sounds of people going to work. That’s what it takes to live on an island.”

The wind turbines can’t be heard in town.

“What noise?” said Pete Gasperini, when asked what he thought about the wind turbine noise. “We love them.”

Carla Harris, who sat next to Gasperini at a public forum, agreed.

“We’ve gone up close to hear them and we’ve gone further away,” said Harris. “This is not unbearable noise. It’s like ambient sound.”

Annette Philbrook also agreed.

“The old power plant made ten times more noise than these,” said Philbrook.

Nans Case, a 20-year resident of Vinalhaven who lives in town, said she’s a fan of the lower electric rates.

“My rates have gone down 25 to 30 percent,” said Case. “That’s something for someone on a fixed income.”

But those who are bothered are really bothered. Some of those who live close to the turbines sought legal advice, citing bad faith on the part of Fox Island Wind in adhering to a tolerable noise level and in not addressing their concerns as a serious community issue.

Wylie is one of the neighbors who became vocal about the need to address the noise problem.

“We were big supporters of the project, but we were told the ambient noise would mask the sound of the turbines, so when the turbines were turned on, I was completely in shock,” said Wylie. “I called George Baker and said, please, can you turn them down?”

“He said ‘I can’t do that. We have to study the sound

issue,’ ” said Wylie, who thought the impacts of the nearby neighbors were part of the equation for how the turbines should operate.

“We believed what they told us,” said Wylie.

Now she thinks Fox Island Wind considers the neighbors a nuisance.

“We were totally naive,” she said.

Wylie and others bothered by the turbine noise formed Fox Island Wind Neighbors (FIWN) and launched a website to share information.

“During the first two and a half months after the start-up, I spent hours every week talking to the neighbors,” said Baker, who in addition to being the face of Fox Island Wind is a professor at Harvard Business School who has been on an extended leave of absence so he could serve as the vice president of Community Wind at the Island Institute in Rockland.

“I gave them a whole bunch of detailed financial information and technical information,” said Baker. “Probably stuff I shouldn’t have given. I told them I wasn’t talking to my lawyers, because I knew if I did, my lawyers would say: ‘Don’t talk to them.’ I didn’t want it to be like that.”

“I did tell them if they retained a lawyer, I’d have to talk to my lawyers and I knew what they would say,” said Baker. Fox Island Wind’s lawyers said what Baker expected: stop talking to the neighbors who retained legal counsel.

“There is no lawsuit. I desperately hope there isn’t one. but we got into that lawyer thing and I hate it,” said Baker. “So, no, I won’t talk to them.”

Wylie sees it differently. She says there is no intention to sue, nor was there, ever.

“We needed legal advice. Our lawyer advised us to keep working with the DEP and the community,” she said. “To keep talking.”

“There’s an ethical question here,” said Wylie. “Do you sacrifice the small part of the population or just focus on what the majority wants? Why didn’t they just say, ‘Guess what? This isn’t really working. This is a lot louder than we thought and it’s not a good thing.’?”

“We need to make it work,” she said. “We’re a community. We have a problem, but we’re part of the community package. It’s not like you can throw us out with the laundry.”

Baker, whose unbounded enthusiasm for the Fox Island Wind project comes across without restraint, reined in when it came to talking about the noise controversy.

“I can’t tell you how frustrated I am. I have an enormous stake in this. I’m not making a dime on this project, I hope that is clear,” said Baker, who does not get a salary for being CEO of Fox Island Wind. Baker’s Harvard Business School scholarship recently focused on negotiating and contracts that are built on trust and secured by the reputation of those involved, not on legal enforcement.

“I care deeply about getting this issue resolved, with community involvement,” Baker said. “My reputation is at stake.”

Compliance with State Sound Standards

The state of Maine has noise compliance standards that are pretty straightforward for windmills. When it comes to frequencies and decibels, they take their measurements from the middle range, with attempts to correct for the low-frequency part of the range.

Under Maine state law (Title 38, Sec. 343), wind turbines sited in a quiet location like Vinalhaven cannot operate any higher than 45 decibels at the property line of abutting landowners. Communities like Vinalhaven can adopt more restrictive local ordinances. Vinalhaven had a more restrictive noise ordinance, but voted it out in favor of the state standards.

“Sound is measured between May 1 and August 31, during the inversion period,” said Becky Blais of the Maine Department of Environmental Protection. Blais monitors compliance for the Fox Island Wind site. Inversion is the term for when there is wind aloft and it is calm near the ground. The premise is that sound will carry farther during the summer inversion period; though, on the island, wind blows much harder in the winter.

“All we are measuring is state compliance,” said Blais. The DEP asks Fox Island Wind to collect data using a DEP- approved method. That raw data and initial analysis is sent to DEP for further checking of accuracy and analysis. Complaints from neighbors, with specific time frames attached to the complaints so they can be correlated to sound collection data, also go into the mix for analysis.

The state, in essence, is measuring volume using a standard approach used by federal agencies for measuring industrial noise. They are not measuring low frequencies, which tend to travel farther and in lots of directions. Higher frequencies, in contrast, tend to travel in one direction for much shorter distances.

Fox Island Wind Neighbors takes issue with the state compliance standards of 45 decibels at the property line of an abutting property. They think it should be lower. Even so, FIWN wanted to determine for themselves if the turbines complied with existing state sound standards, so they took the intiative to collect their own sound data from an abutting property, starting this past April. It’s a nonscientific study, but it does indicate that the turbines routinely exceed 45 decibels. FIWN shared their information with the Maine DEP in an effort to bolster their position that the turbines are louder than they should be.

Several sound studies have been done on Vinalhaven or are in the process of being conducted.

Study #1: Turning the Turbines Down

The Noise Reduction Operations (NRO) studies, which were undertaken at the request of Fox Island Wind last spring, included randomly turning down the turbines to see if there was any effect on nearby residents. Only nine participants submitted logbooks noting when they heard turbine noise and how they felt; but 200 responses came from those people.

Ben Hoen of the Berkeley Naitonal Laboratory at the Department of Energy was the principal researcher.

Hoen said the small sample size was, to some extent, offset by the number of responses received.

“There is no silver bullet when it comes to a solution here. It’s all shades of grey,” said Hoen. What the study did do was indicate that the complaints of sound effects, which were recorded with a date and a time, were correlated with wind speeds at the wind turbine site and at a buoy 10-15 miles away.

“The study method worked,” said Hoen. “We hope to come back a second time. Ideally, you want every single person to participate.”

Study #2: Cancelling Out the Noise

Conquest Innovations, an acoustics consulting firm based in Washington state, approached Baker of Fox Island Wind to see if they could set up an experimental study to attempt to fine-tune existing technology so it would work to cancel out the sound of the wind turbines.

Baker secured a $12,000 matching grant from the Maine Technology Institute to kick off the experiment to explore the use of noise-cancellation technology on wind turbine sound.

“We’ve been looking at the full sound spectrum, with the focus below 250 hertz,” said Steven Bradbury of Conquest Innovations. Active Noise Cancellation is based on recognized principles. Bose has used it in its noise-cancellation headphones and Honda has used it inside the cabin of some of its models to cancel out engine noise.

Bradbury explained how noise cancellation works.

“You ever been out on a boat? You know when two boat wakes come from two different directions… say, each wave is six inches high. When the crest of the two waves meet, they double and the peak is about 12 inches high. Now take the same two waves, but instead of the crest of one wave hitting the crest of an oncoming wave, it hits the trough.”

Anyone who has crossed to Vinalhaven has seen it. When the crest of one wave hits the trough of an oncoming wave, the water briefly flattens out. The waves essentially cancel each other out, creating a momentary calm.

Sound waves are not exactly like water waves.

“But this is a great way to visualize what we are trying to do,” said Bradbury.

Lower-frequency sound waves have crests that are farther apart than high-frequency waves; simply, they are less frequent. Think of the sound of the bass on the subwoofers coming out of a car passing on the road in the summer, with the music turned up high. The low-frequency sound comes right through the walls. It goes in all directions; the thumpa, thumpa, thumpa of the bass, until someone says out loud, “Jeez, can’t that kid turn that down?”

The crests of the low-frequency waves are farther apart, thus giving Active Noise Cancellation (ANC) technology room to emit a sound that will flatten the wave. To cancel out three windmills will take three carefully calibrated speakers that are programmed to respond. The result: no more thumpa, thumpa, thumpa. ANC doesn’t mask the sound wave; it meets it and gives the thumpa right back to it.

“We’re pretty excited about this,” said Bradbury. “The principles of active noise cancellation are proven. We know it works.”

According to Bradbury, the direction and speed of the wind shouldn’t make much difference in the effectiveness of noise cancellation.

“What isn’t clear is whether the sound that is bothering people is just low frequency,” said Bradbury. Noise cancellation won’t work on high-frequency sound as effectively: the sound waves are too close together to flatten out across large areas. They are also directional and don’t go through house walls as effectively as low-frequency sound.

So, what happens if the bothersome noise is partially low-frequency and partially high-frequency sound waves? Or even a resonance effect created by extremely low frequency sounds essentially shaking the walls of a house and creating new sounds.

“It may not work,” said Bradbury. It won’t take much longer to find out. The sound data has been analyzed, a sound profile is being created, and Bradbury said a bench-top demo model will be ready in under two months.

Study #3: The Colorado Department of Energy Lab

On March 1 of this year, Baker requested that the National Research Energy Lab come out to Vinalhaven because he thought the lab could help FIW better understand the sound issues. NREL agreed and committed an initial $30,000 to pay for the studies.

Moriarty of the NREL/DOE lab in Colorado and Ben Hoen of the Berkeley DOE lab in California have been looking into the effects of the wind turbines and trying to tie them to specific sound signatures. The data from the Noise Reduction Operation are their starting points, but they got a more complete assessment of impacts than the survey done by Fox Island Wind, said Moriarty.

“The idea was to be independent from Fox Island Wind and to maintain objectivity, ” he said. “Of course, we wouldn’t identify the people who spoke to us.”

Moriarty stressed, again, that the turbines create broad- band noise across low to high frequencies.

“The noise is definitely related to speed. The dominant noise comes from the blades. The faster they spin, the louder they are, but the faster they spin, the more electricity they produce,” said Moriarty, noting there will be a trade-off between reduced noise and electricity generation.

What NREL is looking for is specific symptoms or noise irritation (sleeplessness, irritation from loudness, etc.) at specific times, so they can tie them to the sound data. The NREL team plans to correlate that social data with a variety of other factors, including wind speed, turbine volume, humidity, inversions, and modulation.

What they found in their initial data collection on Vinalhaven was that noise annoyance didn’t necessarily correlate with proximity to the turbines.

“There may be lots of sociological factors, from not wanting to be perceived as a bad guy in the community, to some people working away from home during the day while others are at home gardening. I think that was a big factor,” said Moriarty.

Some other research questions have come up. How does proximity to the ocean, where the atmosphere almost traps the noise, come into play? Another is the base rock the turbines are built on top of.

“One question that came up at Vinalhaven is that the turbines are connected to granite. That’s not very common anywhere in the world. It’s a solid connection and it may be a more efficient transmitter of noise. Here in Colorado, we have the exact same turbine that is on Vinalhaven. You can hardly hear it. But the soil is very different here.”

The next step will be to break down the sound signature and try to isolate the cause of the noise that annoys people at specific times.

“Is it the blades, the rotor? Is the reduced noise operation working the way it should? That’s what we’ll be looking at,” said Moriarty. “Then we’ll brainstorm mitigation potential, and costs and effectiveness. We may recommend reducing speed; even more expensive is a new blade design. They may be able to reduce the operation so much and pay so much more for electric. Then we present it back to the community: Here’s what we found. It’s your island. What would you like to do?”

But what about the sounds that are so low they can’t be heard? Called infrasound, the super low frequency sounds that register below 20 hertz.

Moriarty launched into a cautionary tale. A large experimental windmill was built in Boone, North Carolina, in the 1970s, with the wind at its back in order to maximize energy generation. But the low-frequency noise created pressure waves that were amplified by a number of factors.

“It created a pressure pulse low enough that you couldn’t hear it, but it was similar to the resonance frequency of houses and the sound wave shook the houses and increased the amplitude. Body cavities have a similar resonance frequency, too, so people were getting seasick and dishes were falling off the walls.”

“That’s the number-one reason wind turbines are now designed to work upwind. Infrasound is much less of an issue. Recent measurements on infrasound of GE turbines on Vinalhaven found there isn’t much infrasound coming from those turbines and they satisfy national standards,” he said.

Moriarty said that everything he has seen on infrasound seems to indicate that the noise-related problems are not due to infrasound.

But noise problems are real and the industry is paying attention.

“Sound is a focus across the wind industry,” said Melissa Rocker, the global communications manager for General Electric, who manufactured the wind turbines on Vinalhaven.

“We’ve been talking to Fox Island Wind since last November on how to reduce noise,” said Rocker.

“Every site is unique, with different geographic conditions, weather conditions and ambient sound levels,” she said. “GE is working on various technologies….When those technologies are ready, Fox Island would be a strong candidate for testing.”

The Sculptor at the End of the Lane: Kitty Wales

Fred Granger, who works at a small quarry cutting granite for countertops and benches using a diamond-bit granite saw, hasn’t been drawn into the conflict or paid much attention to the studies.

“I love them,” he said of the wind turbines. He works in the shadow of the windmill blades and the sound of his granite saw is loud enough to drown out any turbine noise.

“They’re beautiful machines that take air and make electricity,” he said. “But I don’t live on the island.”

And then he walked past the numbered blocks of fine-grained granite to the edge of the North Haven Road and pointed down a long lane bordered by hay-scented fern and bayberry bushes.

“There’s a sculptor lives down there,” he said. “Close enough, but a little further away than the rest. She might be one to talk to. I don’t know what she thinks of them. I don’t know that she’s been asked.”

I started walking down the sunny lane, breathing in the summer island scent of sweet fern, hay-scented fern and wild roses. Jim Cogswell was clearing brush on the side of the lane a quarter mile in and stopped for a chat. Cogswell lives on the Peaquot Road on the other side of the island.

“What do I think of them? Anything to get us to use less oil from the Arabs, I’m for them,” said Cogswell. “It’s funny, though. You can hear them from farther away than you can when you are right up close to them.”

The sculptor at the end of the mile-long lane turned out to be Kitty Wales, who is on the island for five months. It’s where she gets her sculpting work done; the rest of the year she teaches in Boston.

No one had asked her what she thought.

“The sound varies wildly,” said Wales. “Some days I can’t hear it at all. Other days it’s this engine sound, whomp, whomp, and a rattling sound on a really bad day. Sometimes there is this low vibration. But I’m three quarters to a mile away and it’s only when we are in the lee of the wind that I hear it.”

“It’s basically too close to residential, too close to homes…and it’s done. For me, it’s tolerable. I don’t want it to affect my work, so I put it out of my mind as much as I can. I don’t think they will be able to make it quieter, but they seem to be trying.”

“Have you gone up the lane, with the pristine look of the bayberries and the hay-scented fern and there they are?” asked Wales. “Rising up in front of you? They are so beautiful. As a sculptor, I think they’re amazingly cool.”

Second Feature:

State probing officials at Cape: Misconduct alleged in wind development

 SOURCE Watertown Daily Times, www.watertowndailytimes.com

August 14, 2010

By Brian Kelly, Times Staff Writer,

CAPE VINCENT — The state attorney general’s office is investigating allegations of misconduct by “certain” town officials in connection with the development of wind farms.

John T. Milgrim, spokesman for the attorney general, confirmed that a letter was sent to the town and its attorney Friday afternoon informing them an investigation had been launched.

Mr. Milgrim also confirmed that two senior members of Attorney General Andrew M. Cuomo’s staff, Deputy Chief of Staff John B. Howard and Henry M. Greenberg, executive division counsel, were in Cape Vincent about two weeks ago conducting interviews of “parties interested in wind power.”

Mr. Milgrim declined comment on details of the investigation, including what prompted it or which town officials may be its focus.

According to the letter, obtained by the Times, the attorney general has told the town it must preserve all town documents, including those of the Town Council and Planning Board, and the town is not to delete or purge any records until the investigation is complete.

The attorney general’s office is specifically requesting information about any present, past or future wind farm development or siting of the farms, as well as all information regarding wind turbines, wind power and related facilities or wind power projects.

The office wants all information about wind farm development compiled since Jan. 1, 2005, “whether considered, planned, attempted or completed, including, but not limited to permitting, licensing, construction and energy production.”

By Aug. 28, the attorney general’s office wants:

■ All documents relating to town action on wind farm development, including, but not limited to, board minutes, board packages, resolutions, voting records, communications, permits, applications and licenses.

■ All communications between or among town officials and any company engaged in wind farm development.

■ All documents concerning any financial relationship between a town official, or their relatives, and a company engaged in wind farm development, including, but not limited to, any financial disclosures filed with the town and any board minutes reflecting any such disclosures.

The attorney general’s office is asking that town Supervisor Urban C. Hirschey and Planning Board Chairman Richard J. Edsall, as well as members of the Town Council and Planning Board, be made available for interviews. The office also wants to talk to anyone else who served on either board since Jan. 1, 2005.

Acciona Wind Energy USA has proposed a 51-turbine St. Lawrence Wind Farm for the town and BP Alternative Energy has an active application for the 62-turbine Cape Vincent Wind Farm. The proposed projects have caused controversies between pro- and anti-wind advocates, including allegations of conflicts of interest among town officials.

Third Feature:

Open Access to Paperless Records

SOURCE: The Times Record, www.timesrecord.com

August 13, 2010

Maine’s Freedom of Access Act is based on the principle that government best serves the public when it operates in the most open manner possible. Without open meetings and access to public records citizens won’t know what their government is up to — and democracy can’t function properly.

So it should be a matter of grave concern to all Maine citizens — not just the press — that the Maine Center for Public Interest Reporting essentially had a roadblock thrown in its path this spring when it requested documents from the Maine Public Utilities Commission as part of its research into the 2008 law to fast-track wind turbine development in the state.

As reported by the center’s Naomi Schalit in the three-part series that ran this week in The Times Record and several other Maine newspapers, the Wind Energy Act of 2008 implements a set of recommendations made unanimously by a task force named by Gov. John Baldacci in 2007.

The resulting legislation wasn’t even debated when it was approved unanimously by the Maine House and Senate. As Schalit notes in her first article, it “was a special interest bill justified at the time in the name of jobs, energy independence and climate change.”

Not surprisingly, given the lack of debate and scrutiny as the bill flew through the Legislature in 2008, it took time for the public to grasp what the Wind Energy Act’s ambitious goals of constructing 1,000 to 2,000 turbines by 2020 actually means … and the impact that might have on Maine’s western mountains.

What Schalit has done is raise important questions about the process by which this major piece of legislation became law. Key among them is how the governor’s task force created a map showing where wind turbines could go to receive fast-track consideration. What she discovered is that it’s not clear from the official record, largely because summaries for the task force’s last two meetings don’t exist.

The lack of a paper trail is an obvious red flag, and dogged reporter that she is, Schalit used the obvious tool for any Maine citizen curious about how laws and policies come about: She filed an FOAA request with the Maine Public Utilities Commission, whose former chairman, Kurt Adams, had accepted a job with the wind power company First Wind in April 2008.

Schalit sought e-mails from 2005 to 2007 between Adams and First Wind, between Adams and Baldacci (for whom he had previously worked as legal counsel), and between Adams and several wind power attorneys employed by Verrill Dana. Given Adams’ role as PUC chairman, his close ties to Baldacci and subsequent employment with First Wind, the requested documents would seem germane to the public’s interest in the deliberations of the governor’s wind power task force.

How germane? We might never know. That’s because Maine Center for Public Interest Reporting initially was told it would cost upwards of $10,000 for the PUC to search for the requested information on backup discs of its e-mail records.

The center asked for a waiver, as allowed in the FOAA. The state refused and amended its cost estimate to $36,239.52.

Clearly, that’s “access” in theory only.

If the state’s computer archiving system is so inefficient that it cannot retrieve requested electronic records easily or at minimal expense, the public loses its ability to keep track of what’s going on. Government becomes, then, less accountable.

It’s not likely that this is an isolated failure, given the push for “paperless” records at all levels of government.

Maine’s Freedom of Access Act needs to be brought into the 21st century, with provisions added that would prevent state, county and local governments from creating de facto barriers of difficulty and cost when the records being sought are only available in electronic form.