BIG WIND DECISIONS ARE PART OF PSC OPEN MEETING TOMORROW

Thursday, May 27, 2010, at 10:30 a.m.

Flambeau Room, third floor

Public Service Commission Building

610 North Whitney Way

Madison, Wisconsin

 [Click here for map]

Audio of the meeting will be broadcast from the PSC Website beginning at 10:30. CLICK HERE to visit the PSC website, click on the button on the left that says "Live Broadcast". Sometimes the meetings don't begin right on time. The broadcasts begin when the meetings do so keep checking back if you don't hear anything right at 10:30.

There are many items to be discussed and decided upon at tomorrow's open meeting but three of them are of special interest to those of us who are following the wind issue in our state.

All three involve Chicago-based wind developer Invenergy.

Invenergy wishes to expand its 86 turbine Forward Energy wind project in Fond du Lac and Dodge Counties, it also wishes to construct a large wind project in Brown County which it is calling "Ledge Wind"

The third item involves a lawsuit from the Wirtz family who abandoned their home because of turbine noise.

These items are number 12 of 17 items currently listed on the agenda.

Docket number: 9300-CE-100 – Application of Forward Energy LLC for a Certificate of Public Convenience and Necessity to Construct a Wind Electric Generation Facility and Associated High Voltage Electric Transmission Facilities, to be Located in Dodge and Fond du Lac Counties

9554-CE-100 – Application of Ledge Wind Energy, LLC for a Certificate of Public
Convenience and Necessity to Construct a 150 MW Wind Electric Generation Facility and
Associated Facilities, to be Located in the Towns of Morrison, Holland, Wrightstown and
Glenmore, Brown County

9554-EI-100 – Complaint of Ann and Jason Wirtz, Seeking Compensation for Injuries
Sustained as a Result of the Operations of the Forward Wind Energy Center (suggested
minute) (DL memorandum of 4/27/10)

SECOND FEATURE

Wind turbine foes press Brown County to ask Wisconsin for further studies

 SOURCE: Green Bay Press-Gazette, www.greenbaypressgazette.com

 May 25, 2010 By Tony Walter

The citizens group contesting the proposed locations of wind turbines in southern Brown County has asked county officials to take an active role in convincing the state to further study the health and safety impact.

In more than two hours of presentations before a joint meeting of the county’s Human Services Committee and Board of Health, group members cited sleep disorders, physical danger and well contamination among their reasons.

The Brown County Citizens for Responsible Wind Energy is challenging the proposed Ledge Wind project sites of Invenergy LLC in the towns of Morrison, Glenmore, Wrightstown and Holland.

The state Public Service Commission has the final say on the locations and has appointed a wind siting committee to establish the guidelines that are expected to be announced this summer.

“This is a very significant matter for our leadership to discuss before installation,” said Carl Kuehne, a spokesman for the citizens group. “We want to make certain that they’re properly sited.”

The group made four requests:

* That the County Board or Board of Health prohibit erection of wind turbines until a study of the health effects can be completed.

* That the county ask the state Department of Public Health to conduct a formal and independent study of the health effects of wind turbine noise on existing farms in Wisconsin.

* That the county ask the PSC to defer any applications for siting wind turbines anywhere in the state, particularly in Brown County, until the study is completed.

* That the Board of Health establish appropriate setbacks and noise level guidelines for wind turbines in Brown County.

The group submitted a petition with 900 signatures.

Morrison resident Tim Harmann showed a video in which he interviewed residents near Fond du Lac who were dissatisfied with the wind farm project in that region.

Ann Wirtzsaid her family had to move away from wind turbines near Fond du Lac because of health issues created by the turbines. She gave an emotional review of her experience.

“Don’t do this to people,” she told the committees. “I beg you.”

Jon Morehouse, a member of the citizens group, said there were dangers from broken blades and fallen turbines, adding that one collapsed last week in Illinois.

Kristin Morehouse said the construction of turbines in Morrison presented serious well contamination issues to a community that has already been beset with such issues.

Matt Thornton, a spokesman for Invenergy, said the evidence of health and safety with wind turbines is extensive.

Reading from a prepared statement, he said, “There is prodigious evidence nationwide that wind turbines are safe and produce no negative health effects. There is already a body of evidence in Wisconsin showing wind farms are safe, healthy and beneficial, including the recent Glacier Hills case decided by the Public Service Commission.”

HAVE YOU REACHED OUT AND TOUCHED YOUR PSC TODAY?

The PSC is asking for public comment on the recently approved draft siting rules

CLICK HERE to get a copy of the draft siting rules approved by the commissioners on May 14th, and to find out more about the Wind Siting Council

CLICK HERE and type in docket number 1-AC-231 to read what's been posted so far.

CLICK HERE to leave a comment on the Wind Siting Council Docket

What's on the docket?

This from Jarret Treu, a resident of Brown County:

 As a resident of the state who will be directly impacted by your committee`s decisions, I read your draft rules with a great deal of disappointment. What was published left me greatly disappointed for its lack of depth and clarity. What upsets me the most is not what is written, but what is not written. The document does very little to settle the most basic complaints that people have expressed to the PSC in any authoritative manner. Little to no specific referencing of source materials or studies is sited in the draft rules.

Specifically, I would like to know what published scientific literature was used to determine these distances? What expert testimony was referenced and debated to arrive at these distances? What empirical studies did your committee reference of people living in actual wind farms with over 100 megawatts of capacity? How did you reconcile the different setback distance requirements that are promulgated by different states, scientific bodies, and international standards?

Again, I ask your committee to take the time that it needs to arrive at rules that will stand the test of time and not harm the well being of the people of Wisconsin. That should be your primary task.

 I affirm that these comments are true and correct to the best of my knowledge and belief.
Jarret Treu

In addition:

 Please consider the following information in changing current draft rules to reflect the following scientific information. Setbacks as currently presented in the draft plan will produce noise complaints and loss of sleep to a great number of people.

Acoustic Ecology Institute Fact Sheet:
Wind Energy Noise Impacts
Excerpted from a 25-page AEI Special Report: Wind Energy Noise Impacts, available at: AcousticEcology.org/srwind.html

This AEI Fact Sheet is not intended to over-emphasize noise complaints, but rather to provide information that can foster informed conversation about any specific wind farm proposal.

As you'll read below, it appears that noise can be a significant issue in at least some situations when turbines are within about a half mile of homes, with impacts occasionally occurring up to a mile away.

Some acousticians and health professionals are encouraging setbacks of 1.5 miles (roughly 2km) or even a bit more. In the US, it is quite common to have setbacks defined as a multiple of turbine height; for example, 5 times the turbine height from a home (which would equate to 500m for a 100m turbine).

It appears to AEI that a half-mile (800m) setback is marginally acceptable if the goal is to minimize impacts on residents, though we would prefer a one-mile (1.5km) setback, which would offer near assurance of avoiding noise issues.

Each proposed wind farm site is unique and must be evaluated based on local topographic, atmospheric, and land use patterns. Prevailing wind direction is a key factor, as is topography.

A recent UK government survey suggests that about 20% of wind farms tend to generate noise complaints; the question is, what are the factors in those wind farms that may be problematic, and how can we avoid replicating these situations elsewhere?

Noise impacts are not necessarily deal-killers for wind energy, as long as developers are honest about what is likely to be heard and continue to work diligently to investigate the aspects of wind turbine noise that are still not fully understood.

The Altamont Wind Farm in California, built on a major raptor flyway in the early years of industrial wind development, has continued to be a poster child for the bird-killing power of wind turbines, despite widespread understanding that it was an exceedingly bad siting decision, one not likely to be repeated.

Similarly, many noise complaints today seem to be coming from people whose homes are on the near edge of fairly lax setback guidelines (within 1500 feet in many cases). Will a few ill-considered siting choices similarly poison attitudes about noise issues?

Resistance to wind farms is often belittled as NIMBY-ism (Not In My Backyard); but at the same time, proponents often slip into oversimplified WARYDU rhetoric (We Are Right; You Don't Understand). If we are to forge a reliable energy future that is respectful of both the environment and the rights of neighbors, we'll need to move past knee-jerk reactions on both sides, and develop best practices that can ensure that the landscape and local residents don't become long-term casualties of today's "Klondike Wind Rush."

How Noisy Are Wind Turbines?

The US National Wind Coordinating Collaborative, a multi-stakeholder group that aims to facilitate wind development, summarizes the situation in fairly straightforward terms:

In a similar vein, the American Wind Energy Association's fact sheet on noise notes that "Today, an operating wind farm at a distance of 750 to 1,000 feet is no noisier than a kitchen refrigerator." This raises a question: how many of us sleep in the kitchen?

The bottom line is that most modern industrial wind turbines are designed to keep noise levels at or below 45dB at 1000 feet (350 meters), which should drop to 35-40dB at a bit over a half mile (1000m); commercial turbines are quite often built this close to homes.

Some are rated at lower sound levels. However, as is noted below, atmospheric conditions can wreak havoc with nice clean sound propagation models, especially at night.

And, as turbines get bigger, their noise can be deceptively hard to predict; certainly, they can be quieter at their bases than some distance away, and temperature inversions, wind layers, and other atmospheric effects can lead to surprisingly distant sound impacts.

It appears that turbine noise travels farther in calm night air; one widely-respected study (van den Berg, see below) found that sound levels were 5-15dB louder than predicted in some night-time atmospheric conditions, and noted that residents as far as 1.9km away were disturbed by noise.

In nearly all cases, those downwind bear the brunt of the sound; if you live upwind of a wind farm, noise problems will likely be far less severe.

It is important to recognize that night-time ambient noise levels in rural areas are often 35dB or lower; so, it is not that hard for wind farms to become a new and dominant acoustic presence.

All too often, wind developers tell local planning boards that the turbines will be inaudible, which is rarely the case. Similarly, some investigations of noise complaints come to the conclusion that anomalously high noise levels occur so infrequently that they are insignificant.

But if temperature inversions or other atmospheric stability effects that cause excessive noise occur just 10% of the nights, that means that nearby residents may find their sleep disturbed 35 nights a year. Is this insignificant? Such questions need to be considered directly, not shunted aside.

While in many situations, the sound from turbines is drowned out by nearby wind noise, or is perceived as a gentle whooshing noise that is quite easy to accommodate, in some wind or atmospheric conditions, a pulsing noise can arise, which is much harder to ignore or acclimate to, making it a major source of complaints.

Perceptually, the problem is that any pulsed or irregular sound (this rhythmic thumping tends to wax and wane over the course of a night) will tend to cause more disturbance.

These pulses, sometimes termed Amplitude Modulation, are usually loudest in one or two specific directions, depending on the wind direction.

When considering noise predictions, beware of overly simplistic comparisons of sound levels. Acousticians, as well as advocacy organizations on both sides of the issue, will often say a turbine`s noise is "equal to" or "the same as" a familiar sound (distant traffic, quiet conversation), or is "twice as loud" as something else (perhaps the background noise level).

While these comparisons have a basis in physics and our anatomical responses, the fact is that humans do not perceive and compare sounds as neatly as they perceive, say, height or weight.

Certainly, "twice as loud" is an indefinite value for most people; and, equivalent dB value sounds are experienced very differently depending on the nature of the sound itself and the situation in which we hear it.

By and large, those affected by the noise generated by wind turbines live within a few miles of a large wind power plant or within several hundred feet of a small plant or individual turbine.

Although the noise at these distances is not great, it nevertheless is sufficient to be heard indoors and may be especially disturbing in the middle of the night when traffic and household sounds are diminished.

Low-Frequency Noise

In some cases, low-frequency noise can become an issue with wind turbines. These sounds may be inaudible to the human ear, yet still cause physiological responses in the body.

Such low-frequency noise can be transmitted through the ground from towers, or be part of the broadband noise field generated by spinning turbine blades. Low-frequency noise travels greater distances with less loss of intensity than higher-frequency sound.

It is important to measure the noise from turbines using a dbC scale, sometimes written db(C), which is weighted to accentuate low-frequency components of a sound. Most noise standards are weighted to the dBA/dB(A) scale, which accentuates frequencies heard best by the human ear.

It is becoming a standard procedure in dealing with industrial and machine noise to compare dBC and dBA readings; when dBC is 20dB more than dBA, or when dBC is 60dB or higher, it is considered an indicator that low-frequency noise is at problematic levels, and the need for special low-frequency mitigation is then generally called for.

Health Effects

The World Health Organization has found that to protect children's health sound levels should be less than 30 dBA during sleeping periods. They note that a child's autonomous nervous system is 10 to 15 dB more sensitive to noise than adults (WHO night time recommendations for the general public are 30dB inside bedrooms, and 45dB outside open bedroom windows).

Even for adults, health effects are first noted in some studies when the sound levels exceed 32 dBA, 10-20 dBA lower than the levels needed to cause awakening. The WHO researchers found that sound levels of 50 dBA or more strongly disrupted hormone secretion cycles.

For sounds that contain a strong low frequency component, which is typical of wind turbines, WHO says that the limits may need to be even lower than 30 dBA to not put people at risk.

In early 2009, New York physician Nina Pierpont will release a book that summarizes her preliminary research into the health effects of wind farms, centering on a "case series" study of people with similar physical responses in different locations. She proposes a new term, Wind Turbine Syndrome, to describe what she suspects is a vestibular system (inner ear/balance) disturbance. (It should be clearly noted that only a small proportion of people living near turbines are strongly affected; Pierpont's work focuses on those few and is a first step at moving past a simplistic "it's all in their heads" response to these cases.)

While industry sources object to this focus on the few with special sensitivity, Pierpont is undertaking the first step in standard medical research: case series studies describe a new health issue, and provide a basis for design of more detailed field and clinical studies.

Her work is generating a surprising amount of enthusiastic praise from fellow doctors, and marks an important new threshold in our consideration of the impacts of wind farms on people living within a mile or so.

Noise Measurement

When the "experts" begin talking about noise, they throw around terms that can make most people`s eyes glaze over. A key factor is that noise is generally measured over a period of time, stated in decibels (usually in dBA; weighted to match human hearing), and then characterized in various statistical shorthands, to clarify different aspects of sound fluctuations.

These include: Leq/LAeq (sound level averaged over a given period of time; will be lower than the loudest sounds and higher than the quietest times); L90/LA90 (sound is louder than this 90% of the time; represents the generally quietest times); L10/LA10 (sound is louder than this only 10% of the time; represents generally loudest times, excluding extreme transient noises).

A crucial decision when writing regulations meant to protect citizens from noise during quiet times of day or night is what period either turbine noise or existing "ambient" background noise is averaged over; day-long averages or 12-hour averages (both of which are preferred by industry noise consultants), can lead to noise standards that do not represent the quietest ambient or loudest turbine conditions, which is exactly when turbine noise can be an issue. A better approach is hourly (or three-hour) averages throughout the day or night, with regulated limits being tied to the quietest ambient period.

What Some Neighbors Are Hearing

Here are a few of the most compelling "real world" reports from people affected by wind farm noise:

Juniata Township, Altoona, PA: 2000-3300 feet from wind farm with 40 turbines

Resident Jill Stull (turbines 2000ft/600m from her house) said, ``You know when you're standing outside and you hear a plane coming about 30,000 feet overhead, then it goes off in the distance? It sounds like those planes are 5,000 feet above your house and circling and never land."

The Stulls said they could move, but they aren't going to. ``We're not going anywhere. I just want them to be quiet. I'm not going to jump on the `I hate windmills' bandwagon because I don't," Jill Stull said. ``I'm just tired of nobody listening. My point is what is your peace of mind worth? I can't play outside with my kids back at the pond in the woods because it gives me a headache."

"On a calm day, you come outside and try to enjoy a nice peaceful day, and all you hear is the noise all the time and you can't get away from it," said Bob Castel, who has two turbines behind his house. "The first time they started them up, I didn't know what it was. I was like man, that's a weird noise. It was that loud," said Castel.

Elmira, Prince Edward Island: 1km (3300 feet) from wind farm with ten 120m turbines

Problems began within weeks after the turbines started operating. Downwind from the turbines, when the air was moving just enough to turn them (12-15 knots from the northeast), the noise was loud. It was a repetitive modulated drone of sound.

Dwayne Bailey and his father Kevin both claimed it sometimes was loud enough to rattle the windows of their homes on the family farmstead. The sound was even worse in the field behind their homes. Distances from 1 to 1.5 kilometers were the areas of the most annoying sounds. This spring the winds created constant misery.

"My idea of noise is a horn blowing or a tractor - it disappears," said Sheila Bailey. "This doesn't disappear. Your ears ring. That goes on continuously." Dwayne developed headaches, popping and ringing ears, and could not sleep. He tried new glasses, prescription sleep aids and earplugs, to no avail.

Dwayne`s two year old was sleeping well prior to the wind farm, but began waking up, 5- 6 times a night.

Freedom, Maine: 1000 and 1400 feet from wind turbines

Local resident Phil Bloomstein used a sound meter to record decibel levels at his home. The results, which Bloomstein captures on a laptop, show a mean sound level of over 52 decibels, never dropping below 48 and peaking at 59 decibels. "When the turbines were being proposed to be put up," he says, "we were told that 45 decibels would be as loud as it would get except for ... no more than eight days a year."

Neighbor Jeff Keating, a bit further from the closest turbine, said, to date, the noise has woken him up three times at night. He likened the experience to hearing the furnace kick on, then lying awake mad about having been woken. "It's not just a physical thing," he said, "there's an emotional side."

Keating's neighbor Steve Bennett said he hears the turbines at all times of day. "It's like a jet plane flying overhead that just stays there," he said.

Complaints from wind farm neighbors about noise are often discounted as the griping of a tiny but very vocal minority. Are we simply hearing from the most sensitive or the most crotchety people? A recent research paper suggests not.

Christopher Bajdek`s paper focused on creating realistic expectations about noise (and in so doing, countered both over- reactions of some websites and overly sanguine projections by industry reps).

Presented at NOISECON 2007, a noise control industry conference, it included two key maps that charted dB measurements and the percentage of residents who were "highly annoyed" by the noise: 44-50% of people under a half mile away were "highly annoyed" (over a third within a half mile had been awakened by turbine noise); only as sound levels drop below 40dB do annoyance levels drop substantially; as sound drops below 35dB (a bit under a mile from nearest turbines), annoyance drops to 4% and less.

Bajdek noted higher annoyance responses to wind farms than to other similarly loud industrial noises, such as roads and railroads, with the supposition that visual impacts elevate reported annoyance.

However, that cannot account for the many people awakened by the noise; the irregularity of turbine noise may be a more important factor in making wind farms more annoying than other industrial sounds.

From a distance, the jet plane analogy fits the sound produced by the turbines - a white noise suggestive of a plane that never entirely passes. Closer to the turbines the sound quality changes.

Each turbine rotates to face the wind and the sound varies in relation to one's orientation to the blades. At close range, facing the turbine head on, the sound is low and pulsing like a clothes dryer.

From the side the blades cut the air with a sipping sound. Either way, when the wind is blowing, there is noise. "They simply do not belong this close to people's homes," Bennett said. "Our property values have been diminished, and our quality of life has been diminished."

YouTube videos from Bloomstein: http://tinyurl.com/7gpvlc

Mars Hill, ME: 2600+ feet from turbine

Mars Hill resident Wendy Todd (house is 2600 feet from the nearest turbine): Unfortunately for us, the very mountain that has provided the wind facility with a class 3-wind resource often acts like a fence protecting us from the upper level winds that push the turbines.

There are many times when winds are high on the ridgeline but are near calm at our homes. The noise and vibrations from the turbines penetrate our homes. At times there is no escape from it, no matter which room you go to. The noise ranges from the sound of a high range jet to a fleet of planes that are approaching but never arrive.

When it`s really bad it takes on a repetitive, pulsating, thumping noise that can go on for hours or even days. It has been described as a freight train that never arrives, sneakers in a dryer, a washing machine agitating, a giant heartbeat; a submariner describes it as a large ship passing overhead.

People think that we are crazy. They drive out around the mountain, stop and listen, and wonder why anyone would complain about noise emissions. But, believe me when we are having noise problems you can most assuredly hear the justification of our complaint.

We have had people come into our yard get out of their vehicles and have watched their mouth drop. We have had company stop in mid conversation inside our home to ask, "What is that noise?" or say "I can`t believe you can hear those like that inside your house."

Two views of the Mars Hill wind farm, showing proximity of rural landowners. It is not hard to imagine noise blanketing the fields, especially when the hill is sheltering the lowlands from wind. Images from National Wind Watch

(Wendy Todd, continued): 18 families, each with homes less than 3000 feet from the nearest turbine, are experiencing disturbing noise levels; the next closest home is about 5200 feet away, and are only occasionally bothered when inside their homes.

Nick Archer, our Regional Director with the Maine Department of Environmental Protection, thought we were all crazy, too. But he finally made it to our homes and heard what we were talking about.

I don`t believe he has ever heard a 50+decibel day but he has heard close to that on more than one occasion and has made statements like these: "This is a problem," "We need to figure out what is going on with these things before we go putting anymore of them up," "I thought you were crazy at first but you are not crazy," "The quality of life behind the mountain is changed." Did he say these things just to appease us? I don`t believe so.

Possible Factors in Noise Complaints

Why do neighbors sometimes experience noise levels beyond what industry noise models presume will be created by their wind farms?

One reason is that predicted noise levels can be based on unrealistically optimized lab conditions and perfectly new machines; thus the predicted noise output is likely to be the lowest that could occur. In addition, the idealized "spherical spreading" model generally used does not take into account terrain, vegetation, or atmospheric effects, each of which can either increase or decrease sound propagation.

One useful approach to sound modeling is to assume a "worst case" ground cover (hard ground, which reflects, rather than absorbs, sound); such models often come closer to matching real, recorded sound levels than ones using "mixed cover" factors.

Topographical effects are very important to consider. Gently sloping terrain rising from a plain can sometimes cause sound levels to actually rise with increasing distance: Near the Vancouver Airport, hills rising from a flat plain caused sound levels to be 20dB higher at 5500m than at 4000m, because of the way the increasing ground angles caused sounds to combine, more than nullifying what, in a standard model, would be expected to be a 3dB decrease over that distance.

A different topographical effect is the one reported at Mars Hill, Maine, where noise from turbines atop a ridgeline is made "worse" by the fact that the ridge blocks the wind at homes along its foot, eliminating the masking effect that is often assumed to drown out the sound of turbines in high wind conditions.

Increasingly, though, researchers are discovering that atmospheric effects can cause the most troubling noise issues over larger areas than expected.

In the daytime, warming air rises, both carrying sound aloft and creating turbulence that scatters turbine noise; in addition, more ground- based ambient noise during the day masks turbine sounds. At night, however, when the air stabilizes it appears that noise from wind turbines can carry much farther than expected.

This effect can occur with light winds at turbine height and the ground, or with light winds at turbine height and very little or no wind at ground level. With light and steady breezes capable of spinning the turbines, but not stirring up much ambient noise, sound levels measured at homes 400m to nearly two km away are often 5-15dB higher than models would suggest.

The effect of inversion layers on sound levels has not been systematically studied, though many opportunistic reports suggest the obvious: when an inversion layer forms above the height of turbines, it can facilitate longer-range sound transmission by reflecting some of the sound back toward the ground, and forming a channel for sound propagation.

In many locations, this will be a relatively rare occurrence, but in areas with frequent inversion layer formation, it should be considered.

Possible solutions: It is hard to escape the implication that setback distances may need to be increased in places where the prevalence of such topographic or night time effects suggest sound will often remain at annoying levels for larger distances.

Certainly, noise modeling studies should include calculations based on night time stable atmospheres; G.P. van den Berg, whose 2006 Ph.D. thesis is a comprehensive study of these effects, concludes that "With current knowledge, the effects of stability on the wind profile over flat ground can be modeled satisfactorily." (his measurements indicate that more sophisticated sound models were accurate to within 1.5dB, while simpler models missed the mark by up to 15dB) He goes on to note: "In mountainous areas terrain induced changes on the wind profile influence the stability-related changes and the outcome is less easily predicted: such terrain can weaken as well as amplify the effect of atmospheric stability."

There are certainly many suitable sites for wind farms that are remote enough to avoid even the possibility of noise issues in people`s homes. At this crucial stage in the development of the wind power industry, it would be sadly short-sighted to insist on placement of turbines in the "grey area" between what noise models suggest is enough (perhaps 1500 feet) and the zone in which complaints have cropped up (up to a mile or so).

Taking a big-picture view, the power generating potential in areas that are marginally close to people`s homes is a very small proportion of the nation`s wind power capacity. Let`s start where we know turbines will not disturb neighbors, rather than risk a generation of vocal complaints that may impede future development as turbines become quieter.

Current Approaches to Regulating Wind Farm Noise

While the United States does not have national noise standards, many European countries do. These countries, and many state or county regulations in the US, typically set an absolute sound level that any industrial facility must meet.

Commonly, 45dB is used as the night-time limit, and 55dB as the daytime limit; higher thresholds are sometimes allowed, but rarely does the night-time limit drop below 40dB. The problem comes in rural areas, where night-time ambient noise (wind, distant traffic, etc.) is often 35dB, and sometimes as low as 25dB. Given that 10dB is perceived as twice as loud, the problem is obvious.

It should be noted that the majority of wind farms do not trigger noise complaints. These are likely sited far enough away to work well for nearby residents. A 2007 report from the UK found that roughly 20% of wind farms (27 of 133) had received complaints about noise.

While noise modeling (predicting the noise levels around wind turbines) tends to indicate that noise impacts should be insignificant beyond several hundred meters, the French National Academy of Medicine has called for a halt of all large-scale wind development within 1.5 kilometers (roughly 1 mile) of any residence, and the U.K. Noise Association recommends a 1km separation distance.

In the US, there is no overall recommendation; setback decisions are made locally, and often are based on a 45dB night- time noise limit, so that turbines are sited no closer than 350m (roughly 1100 feet); 350-700m is often considered a reasonable setback in the US, based on simple sound propagation modeling. Though it is not uncommon for larger setbacks to be used, 1000m (1km) or 1500m (1 mile) setbacks are rarely required.

The International Standards Organization (which sets recommendations for all manner of human impacts) and the World Health Organization both recommend noise levels markedly lower than those used in most places, especially at night.

WHO recommends a night-time average noise level of no more than 30dB inside bedrooms, and the ISO sets its limit even lower in rural areas, down to 25dB from 11pm-7am.

Local Regulatory Challenges

Small town governing bodies are generally ill equipped to address the questions before them when wind energy companies apply for local permits. In many cases, the proposed wind farm is the first outside industrial facility to be proposed in the town; it is almost always the first 24/7 noise source to appear in the local rural landscape and soundscape.

Energy company experts attend town council or selectmen meetings, often submitting comprehensive documentation that is rarely fully comprehensible to the lay members of the town's governing body.

While these documents don't generally promise anything quieter than 45dB, the outside experts too often assure local officials that the wind farms will be inaudible--relying on flawed assumptions that high winds will always create enough increase in ambient noise to drown out the turbines.

The use of comparisons, such as "a kitchen refrigerator" or "traffic 100 yards away" is likewise a common way of reassuring locals--one such expert went so far as to assure a council that the 45dB drone of turbine noise was "comparable to" bird song on a summer afternoon!

"There are no rules and regulations on windmills," Paul Cheverie, chairman of the Eastern Kings Community Council (Prince Edward Island, Canada) says. "The more we get into it, the more we realize we jumped the gun."

Wisconsin towns and counties have been especially proactive in implementing wind farm ordinances. Calumet County limits turbine noise to be no more than 5dB louder than the background ambient levels at the quietest time of night, and Trempealeau County adopted a one-mile setback requirement. See some Wisconsin wind ordinances at http://betterplan.squarespace.com/wind-ordinances-wisconsin-stat

The statistical measures used by acousticians can read like Greek to most laymen (dBA90 anyone?). See the brief note on page 3, and be sure to seek out a good primer on these terms before agreeing to any ordinance language.

Detailed Documents Of Note

This AEI Fact Sheet draws on several detailed reports by others. Those wishing to learn more, or to inform themselves so as to discuss these issues in depth with regulatory authorities, company representatives, acousticians, or neighbors, will benefit from reading the source material below.

The full AEI Special Report on Wind Turbine Noise Impacts includes comprehensive resource lists, including links to download the following papers and many others, along with links to websites of wind industry organizations, government regulators, wind advocates, landowner support groups, and organizations concerned with wind turbine noise. See AcousticEcology.org/srwind.html

· G.P. van der Berg's 200-page Ph.D. thesis, published as The sounds of high winds: the effect of atmospheric stability on wind turbine sound and microphone noise, is a treasure-trove of detailed acoustic analysis and clear lay summaries, regarding both atmospheric stability issues and the challenges of recording effectively in high-wind conditions (i.e., avoiding wind noise on mics so as to more accurately capture ambient noise levels). http://tinyurl.com/78baby

· Soysal and Soysal, Wind Farm Noise and Regulations in the Eastern United States. Paper presented at the Second International Meeting on Wind Turbine Noise, Lyon, France, September 2007. A well-done and concise (12p) summary of wind farm noise sources, sound levels measured at one typical wind farm in Pennsylvania, and noise regulation challenges.

· Kamperman and James, How To Guide to Wind Turbine Siting, August 2008. Two acousticians who have become roaming expert witnesses for rural towns addressing wind development submitted these proposed limits at the July 2008 national Noise Control conference. In brief, they suggest limiting turbine noise to 5dB above night-time ambient noise levels at any neighboring property boundary, or a maximum of 35dB within 30 meters of any occupied building.

· Nina Pierpont, M.D. Wind Turbine Syndrome. Book to be released in 2009. Pierpont's short book-length summation of research into the health effects of low-frequency noise, and more specifically of audible as well as low-frequency noise emitted by wind turbines, is garnering impressive praise from fellow physicians. windturbinesyndrome.com

· Champaign County, Ohio, Wind Turbine Study Group Report - Pages 21-33 cover noise issues, including lots of back and forth (point/rebuttal) comments from study group members

The Acoustic Ecology Institute works to increase personal and social awareness of our sound environment, through education programs in schools, regional events, and our internationally recognized website, AcousticEcology.org, a comprehensive clearinghouse for information on sound- related environmental issues and scientific research. Our over-arching goal is to help find pragmatic ways to bridge the gaps between extreme positions voiced by advocacy-oriented organizations, and so to contribute toward the development of ethical public policies regarding sound.

AcousticEcology.org is an unparalleled resource for issue updates and reliable background information. The site features a News Digest, science summaries, Special Reports, and extensive lists of research labs and advocacy organizations on all sides of sound-related environmental issues, including ocean noise, motorized recreation in wildlands, oil and gas development, wind turbines, and more.
Contact Jim Cummings at 505-466-1879 or AcousticEcology.org

 I affirm that these comments are true and correct to the best of my knowledge and belief.
Jarret Treu

Click on the image above to hear the noise from a wind turbine located 1100 feet from a home in Fond Du Lac County. Because of turbine noise and shadow flicker, this home along with others in the project is now up for sale. On May 17th, Dr. Jevon McFadden told the wind siting council that wind turbines presented no threat to human health and safety. The council will be advising the Public Service Commission in setting up uniform standards for siting wind turbines across the state of Wisconsin.

HEALTH RISK OF WIND TURBINES DEBATED

 Green Bay Press-Gazette, www.greenbaypressgazette.com

 May 24 2010

By Tony Walter,

Both sides in the wind farm debate say health and safety evidence is on their side.

A group of Brown County residents working to stop the wind farm proposed for the southern part of the county cites reports from the World Health Organization and the National Institutes of Health that suggest wind turbines located too close to homes or schools cause negative health impacts.

“It is my opinion as a physician that the best evidence supports that building large wind energy turbines in close proximity to humans has a negative impact on the health,” wrote Dr. Herbert Coussons, a Wrightstown resident and Brown County Citizens for Responsible Wind Energy board member.

The wind farm proposal could cause sleep disorders, he said.

But the Chicago-based company seeking to build 100 wind turbines in four southern Brown County communities says that argument is wrong.

“Some opponents have made up scary names to create false fears about wind turbines and health, but there is no science to back up their scare campaign,” according to officials for Invenergy LLC.

The company’s proposed Ledge Wind project in the towns of Morrison, Glenmore, Rockland and Wrightstown awaits siting guidelines from the Wisconsin Public Service Commission.

“There are more than 20,000 wind turbines currently operational in the U.S., and there is prodigious evidence nationwide that wind turbines are safe and produce no negative health effects,” said Kevin Parzyck, project manager for the Ledge Wind project.

The Brown County Human Services Committee and Board of Health will hold a joint meeting at 5:30 p.m. Tuesday to listen to health and safety arguments.

“That’s all we’ll cover, safety and health,” said Supervisor Patrick Evans, chairman of the Human Services Committee. “We’re not going to get off on tangents.”

Evans said he hopes the Board of Health will eventually make a recommendation on the issue.

In its presentation to the Green Bay Area Chamber of Commerce’s policy committee last month, the citizens group quoted Dr. Christopher Hanning, a sleeping disorder physician in England who wrote: “In my expert opinion … I have no doubt that wind turbine noise emissions cause sleep disturbance and ill health.”

In January, the PSC approved the Glacier Hills wind farm project in Columbia County proposed by Wisconsin Electric Power Company. At that time, the board wrote: “The Commission also finds that, while members of the public are concerned about possible health effects associated with the project, there is not sufficient evidence in the record to conclude that the project would cause adverse health effects.”

The American Wind Energy Association said evidence of negative health effects from wind turbines is lacking.

“We are not aware of any scientifically peer-reviewed information demonstrating a link between wind turbines and negative health effects,” according to the organization’s Web site. Thousands of people around the world live near wind turbines without ill consequences.”

 WIND TURBINES NOT SILENT

SOURCE Ottawa Sun, www.ottawasun.com

May 22 2010

By Justin Sadler,

Ka-thump. Ka-thump. Ka-thump.

That’s how it sounds in Ed and Gail Kenney’s home when the wind is blowing on Wolfe Island where they have 86 turbines as neighbours.

Completed last summer, the Wolfe Island EcoPower Centre can generate 198 megawatts of electricity, enough to power about 75,000 homes per year.

The Kenneys know better than anyone how wind turbines can change a place. Their home sits 800 metres from a cluster of turbines — a setback they say isn’t enough.

They’re playing the cards North Gower’s Gary Chandler worries he’ll soon be dealt. His home is also about 800 metres from the closest turbine of a proposed 10-megawatt wind project in that town, about 30 minutes south of downtown Ottawa.

Chandler and members of the community’s wind action group are fighting the project and calling for a moratorium on wind development until an independent health study is conducted.

Had the province’s Green Energy Act, enacted in May 2009, been approved in the summer of 2008 when construction began on Wolfe Island, Gail Kenney says the setbacks would have likely been much further from many homes on the island.

Under the legislation, the 550-metre setback is for developments of five turbines. The greater number of installations, the further the setbacks are as noise effects become compounded.

The Kenneys have 26 turbines in view of their home.

“We take a guesstimate that the setback would have been 1.5 km,” says Gail Kenney, who is also a founding member of Wolfe Island Residents for the Environment — a group of concerned residents seeking more transparency in the development process.

The project generates about $645,000 annually for the municipality. Landowners, meanwhile, receive an estimated $7,000 to $10,000 for each turbine erected on their properties.

She says the turbines have created deep divisions between proponents who’ve agreed to have turbines erected on their properties and those opposed to the power project. In what was a very tight-knit community, many now can hardly look each other in the eye.

“It makes me angry and sad. It makes me concerned and worried. To be specific, it makes me angry how it has divided our community and created pain and anguish for a lot of families and friends,” Gail Kenney says.

Even more troubling, she adds, are the health issues many are suffering. The stress of not knowing whether the turbines are safe is taking its toll, she says.

Victoria Stewart, originally from Montreal, moved to the island about six years ago. Since the turbines went up, she hasn’t had a good night’s sleep and is constantly tense and anxious. Her house sits only 400 metres from the closest turbine.

“The silence at night was just out of this world. Never in my wildest dreams did I ever think I’d be waking up to the sound of a huge windmill behind me. Never.

“It just makes you terribly nervous,” she says of the noise. “You can’t sleep. I take a lot of sleeping pills from time to time only because my nerves can’t take it and I have to work.”

Depending on the direction and wind speed, the noise can be described as anything from rhythmic waves crashing on the beach or a jet engine. While they might appear to be rotating slowly from across the water in Kingston, Ed Kenney points out the tips speed of the turbines’ rotors reach more than 320 km/h on a windy day.

“It’s a disturbance of the atmosphere … a ka-thump, ka-thump, ka-thump,” Gail Kenney says.

On top of the noise, there are concerns here about property values, too.

The island’s story, she says, illustrates how a seemingly modest plan can easily grow in scale and forever change a community. The 198-megawatt Wolfe Island wind turbine project began with 24 turbines and grew to 86. It’s the second-largest wind energy installation in the country.

The lack of political action, she says, is disheartening.

“It certainly makes you feel that you’ve been bulldozed over.”

Soon, Wolfe Islanders might share their cherished St. Lawrence Seaway with 150 more turbines offshore — a first for the province. The project, proposed by Windstream Energy Inc. in Burlington, was also awarded a FIT contract for the 300-megwatt installation.

A longtime sailor, Ed Kenney says with the combined projects proposed for the eastern shores of Lake Ontario and the St. Lawrence in the U.S., wind installations will ruin the landscape he and Gail have enjoyed for so long.

“With the development on Wolfe Island, with the developments proposed for Cape Vincent down the river and on down behind Clayton and Horse Creek, at the Town of Lyme and Galoo Island, we figure by count if they all went the whole eastern estuary of Lake Ontario just east of Oswego all the way around would be 1,700 or 1,800 of them,” he says. “Is that really what the future of the beautiful 1,000 Islands holds?”

“I feel like we’re in the middle of an invasion,” Gail says. “What they have done is introduced into our home and into our area industrial noise.”

SECOND FEATURE

Cutthroat Competition at Heart of Ge-Mitsubishi Dispute

SOURCE: The New York Times

By JOEL KIRKLAND of ClimateWire

Industrial heavyweights General Electric Co. and Mitsubishi are raising the temperature of a 2-year-old dispute claiming patent infringements and monopolistic behavior in the U.S. wind turbine market.

In a complaint filed in a U.S. District Court in Arkansas yesterday, Mitsubishi Heavy Industries accused GE of scheming to control the nation's wind power market. Through a series of "baseless claims of patent infringement," Mitsubishi said in its complaint, GE has successfully scared off potential Mitsubishi customers and discouraged well-capitalized foreign competitors from setting up shop in the United States.

"GE is attempting to kill competition in the marketplace to the detriment of U.S. consumers," said Mitsubishi spokeswoman Sonia Williams. "We anticipate damages will be in the hundreds of millions of dollars, and may be over $1 billion."

In a separate suit filed in Florida yesterday, the Japanese turbine maker accused GE of infringing on a critical Mitsubishi patent.

The Mitsubishi complaint is the latest in a series of claims and counterclaims unfurled by the two companies, made as competition increases in the U.S. wind market and as both companies roll out their latest high-capacity wind turbines. GE, Japan's Mitsubishi, Denmark's Vestas Wind Systems, Germany's Siemens AG and a growing crop of global industrial conglomerates are racing to get a permanent foothold in North America, where wind projects are grabbing a bigger share of electricity generation.

This grudge match started in 2008, when GE filed complaints at the U.S. International Trade Commission alleging Mitsubishi had infringed on GE wind-turbine patents. The U.S. ITC ended its investigation in January after finding Mitsubishi had not violated the patents, but it left the door open for further action. In February, GE then filed a suit in a Texas court accusing Mitsubishi of breaching the GE patents.

Japanese turbine maker claims it's been shut out

The dispute at the ITC attracted the attention of influential members of Congress with GE factories or headquarters in their states. Democratic Sens. Charles Schumer and Kirsten Gillibrand of New York, which is where GE Energy is located, and Republicans from Southern states wrote letters to the ITC warning that job losses would result if GE lost the patent case.

The dispute also continues to play out amid heated discussion about U.S. leanings toward protectionist policies and the capacity of global wind and solar companies to reach American consumers without expanding their U.S. manufacturing base.

In the complaint yesterday, Mitsubishi said that GE has a 70 percent market share for variable-speed wind turbines. As Mitsubishi tells it, once it entered the market in 2006 and secured lucrative contracts, GE "embarked on an unlawful scheme" to drive it and others out of the U.S. market.

Variable-speed windmills are designed for significant utility-scale power generation. They operate on a wide range of wind speeds when connected to the transmission grid. Mitsubishi also claimed that GE obtained a handful of wind-turbine patents through improper means and failed to disclose sources of information to the U.S. patent office.

"GE's unlawful scheme has worked," says the complaint. "Prior to the initiation of GE's first lawsuit against Mitsubishi, Mitsubishi had sales of approximately $2 billion a year of variable speed wind turbines in the United States. Since GE's litigation campaign began over two years ago, Mitsubishi has not sold a single variable speed wind turbine in the United States."

GE calls claims 'outrageous'

When GE filed a new suit against Mitsubishi shortly after the ITC ruling, Mitsubishi explains, "This, GE hoped, would prolong the period of uncertainty over Mitsubishi turbines in the U.S. market for the pendency of the second suit."

GE spokesman Daniel Nelson in an e-mail called Mitsubishi's antitrust complaint "meritless and outrageous."

"GE stands strongly behind the merits of its patent infringement lawsuits against [Mitsubishi] and will fight to protect its intellectual property," Nelson said, adding that the company intends to "vigorously defend itself" against Mitsubishi's charge of patent infringement.

Matt Kaplan, a wind analyst at Emerging Energy Research, said wind purchasers have been scared off by the potential for legal problems if they purchase turbines from Mitsubishi instead of GE. The market-level impact is there, but he said the complex patent infringement claims made by the companies are hard to parse.

"It shows that the market is very competitive," he said, "and that Mitsubishi does feel a real threat from GE patent issues."

Tempest in once-tranquil market

GE controls about 44 percent of the North American market for wind turbines and components, and Mitsubishi comes in a distant fourth. Still, Kaplan said, the Japanese manufacturing giant isn't to be toyed with, and neither is the line-up of significant global power players that want a piece of the U.S. wind market.

"GE's dominant lead over the market has made it difficult for companies to enter and steal market share," Kaplan said. "But Mitsubishi, a heavy industrial company, does have the ability to threaten GE."

Kaplan said the ITC ruling and its ability to push back against GE litigation is critical for Mitsubishi. The company plans to begin construction this year on a $100 million plant in Fort Smith, Ark., to build wind-turbine engines for the U.S. market.

While Mitsubishi's Williams said the project is still a go and could employ nearly 400 people, she acknowledged the drop-off in Mitsubishi wind contracts since GE's claims raised concerns about building the plant. She warned that the plant could sit idle "if GE's unlawful conduct continues."

According to the American Wind Energy Association, 15 companies sold large-scale wind turbines to U.S. customers in 2009, up from five companies in 2005. "The wind industry is increasingly in the hands of major industrial players," Kaplan said. "This is a clear shift from what we've seen in the past."

Companies interested in installing wind-power capacity in the United States haven't shied away from the market, Kaplan said, but the GE-Mitsubishi disputes have caused those companies to pause for a second and walk gingerly as they chooses their suppliers.

NOTE FROM THE BPWI RESEARCH NERD: What does shadow flicker look like?

Below are three recent videos taken in Fond du Lac and Dodge County showing shadow flicker.

The first video is from a wind project home in Fond du Lac County which gets shadow flicker in the morning and in the evening. Family members in this home have the option of pulling down all the shades or going into the basement until it passes. Remaining in a room being hit by shadow flicker is not an option.

Click on image below to see shadow flicker filmed on May 4th, 2010 in Butler Ridge wind project near Iron Ridge Wisconsin in Dodge County

Click on image below to see shadow flicker in the Invenergy Forward Energy project near the Town of Byron in Fond du Lac County

SECOND FEATURE:

WIND FARMS WILL HARM HEALTH, ACCORDING TO DOCTOR

SOURCE: Barton Chronicle

Chris Braithwaite

May 12, 2010

MONTPELIER — A doctor who has studied the health effects of a commercial wind power project in northern Maine brought his conclusion to the State House Friday morning, May 7.

“There is absolutely no doubt that people living within 3,500 feet of a ridge line arrangement of 1.5 megawatts or larger turbines in a rural environment will suffer negative effects.”

The conclusion is in a statement distributed at Dr. Michael Nissenbaum’s press conference, held in the middle of one of the busiest days of this year’s legislative session.

Click on the image above to watch a presentation by Dr. Michael Nissenbaum on wind turbines and health impacts.

His statement is of local interest because, in terms of both size and distance, it would apply to the proposed wind project on Lowell Mountain.

Green Mountain Power is seeking permission to erect up to 24 towers with a capacity of 2.5 or 3 megawatts each. And GMP has said the towers would be at least 3,000 feet from the nearest homes. (Exceptions are the home of the resident who would host most of the project, and a hunting camp that GMP overlooked until it was drawn to the company’s attention.)

For projects on a ridge line, Dr. Nissenbaum said Friday, turbines should be 7,000 feet from homes, at a minimum. (That would be well over a mile, which equals 5,280 feet.)

The doctor said his findings, which are disputed by the wind industry, are based on interviews with 22 of about 30 adults who live within 3,500 feet of a ridge line arrangement of 1.5 megawatt turbines in Mars Hill, Maine.

As reported in this newspaper, people who live near that project began to complain about the noise it made shortly after it began to operate.

Of those 22 people, Dr. Nissenbaum found, 18 reported new or worsened chronic sleep deprivation, nine reported new chronic headaches, 13 reported stress, and 17 reported persistent anger. More than a third reported new or worsened depression, and all but one of them said the quality of their life had been reduced.

Such problems did not appear in a parallel study of a control sample of 27 people living about three miles away from the project, Dr. Nissenbaum reported.

The problem, the doctor said, is that would-be wind power developers employ sound engineers who use standard instruments to measure sound levels in the normal range that the human ear detects most easily.

“The devil is in the details,” said the doctor, who for two years has focused on the physics and potential for adverse health effect of the energy emission related to industrial wind turbines. That statement comes from an introduction to Dr. Nissenbaum distributed by Energize Vermont, the group that brought him to the press conference, and to a forum in Rutland the day before.

While the experts work in terms of pure stead sounds, the doctor said, the turbines emit a complex tone which “is registered as louder than a pure tone, and is more effective in waking you up.”

Using a recording to demonstrate, he said that the turbines emit a pulsing sound, which again can affect he listener more than a steady tone.

Low-frequency sounds seem ominous to people, he said. “As humans we’re evolutionarily wired, and there’s some indication that low-frequency noises indicate threats.”

Low-frequency sounds can cause structural elements in houses to vibrate, and amplify the effect, Dr. Nissenbaum said.

He showed a photo of a tent in the backyard of a home that sits in the middle of a large wind project in Ontario. The resident moved into the tent so shoe could sleep, Dr. Nissenbaum said. That would make no sense, he added, unless being inside the house made the sound worse. He quoted from the resident’s journal: “The house is humming again tonight.”

The woman moved away fromt he project after the wind developer bought her home. Her story was detailed in the Chronicle in December 2009. [Also see: "Low-frequency sound, stray voltage, are suspects in ill effects of wind turbines".]

People who can’t sleep get sick, Dr. Nissenbaum said, and some people find the throbbing sound of wind turbines particularly annoying — “a plane that never lands.”

“Annoyance leads to sleep deprivation illness as day follows night,” the doctor said.

The worst part of it, he added, is when people are offered psychological help to deal with their problems with wind turbine noise. Such people don’t need a psychologist, Dr. Nissenbaum said, “they need the turbines placed farther away from their home.”

One of the few legislators at Friday’s press conference was Representative Rachel Weston, a Democrat from Burlington.

She said she had moved to the city from a small town, and gradually grown accustomed to a variety of urban sounds.

People can get habituated to some sounds, Dr. Nissenbaum said. “But there’s something unique about wind turbine noise that prevents habituation. There is something unique about those lower-frequency noises.

The doctor was talking about individual perception, Ms. Weston argued, not about science.“It’s not about my perceptions,” she said. “It’s about the physiology of my body.”

HAVE YOU REACHED OUT AND TOUCHED YOUR PSC TODAY?

The PSC is asking for public comment on the recently approved draft siting rules

CLICK HERE to get a copy of the draft siting rules approved by the commissioners on Friday, and to find out more about the Wind Siting Council

CLICK HERE and type in docket number 1-AC-231 to read what's been posted so far.

CLICK HERE to leave a comment on the Wind Siting Council Docket

Will residents of Wisconsin wind projects be heard?

SPOILER ALERT: Because of the composition of the WSC , the Research Nerd predicts the interests of the wind developers, utilities, and wind lobbyists will win out over the protection of the people and bats and birds of rural Wisconsin who will be living with the fallout of wind development.

Unless--- by some miracle---the PSC Horton Hears a Rural Wisconsin Who. The PSC Commissioners, particularly Lauren Azar, have made it clear that the do want to hear from you.

If you'd like to make your voice heard, CLICK HERE to leave a public comment on the Wind Siting Council Docket. What you post will become public record. There is no limit to the number of posts you can make. You are free to post opinion, articles, documents, and video links. Anything that you would like the wind siting council to consider.

WIND SITING COUNCIL MEETING

1:30 PM Monday MAY 17 2010 AT THE PSC

Public Service Commission Building

610 North Whitney Way

Madison, Wisconsin

 [Click here for map]

Audio of the meeting will be broadcast from the PSC Website beginning at 1:30 CLICK HERE to visit the PSC website, click on the button on the left that says "Live Broadcast". Sometimes the meetings don't begin right on time. The broadcasts begin when the meetings do so keep checking back if you don't hear anything right at 1:30.

NOTE FROM THE BPWI RESEARCH NERD: For some, watching a Wind Siting Council Meeting is like watching paint dry. For others it's like watching people toss your future around in their hands. For the BPWI Research Nerd (who is working on a book about the experiences of wind farm residents in our state) it's a front row seat on the creation of siting standards that will either protect the people and avian species of our state, or protect the interests of wind developers, utilities and wind lobbyists. If you live in rural Wisconsin, there is a very good chance that this issue will soon be at your front door.

As we look over the agenda we look forward to discussion of the PSC commissioner's sudden adoption of draft rules last week.

On Friday, the PSC commissioners approved draft wind siting rules containing conditions which include specific numbers concerning setbacks and noise limits the Wind Siting Council has never been allowed to discuss.

For those of us following this issue, this sudden move by the PSC commissioners comes as a complete surprise.

The numbers used for the draft rules come from the Glacier Hills decision, according to the commission.

The setback from non participating homes in Glacier Hills is 1250 feet. The noise limit is 50 dbA and 45dbA depending on the season.

The setbacks and noise limits previdously approved by the PSC which causing so much trouble for residents in existing Wisconsin wind projects are 1000 feet from non participating homes and a noise limit of 50dbA.

AGENDA

MEETING NOTICE
Wind Siting Council
Docket 1-AC-231
Monday, May 17, 2010, beginning at 1:30 p.m.

Agenda

1) Welcome/Review of today’s agenda
2) Review and adoption of meeting minutes of April 29, 2010
3) Update on Commission rulemaking process
4) Presentation: Wind Turbines: A Brief Health Overview
Council member Jevon McFadden, MD, MPH
5) Next steps/Discussion of next meeting’s time, place and agenda
6) Adjourn

This meeting is open to the public.
If you have any questions or need special accommodations, please contact Deborah
Erwin at the Public Service Commission of Wisconsin by telephone at (608) 266-3905 or
via e-mail at deborah.erwin@wisconsin.gov.

SECOND FEATURE:

HAVE YOU REACHED OUT AND TOUCHED YOUR PSC TODAY?

The PSC is asking for public comment on the recently approved draft siting rules

CLICK HERE to get a copy of the draft siting rules approved by the commissioners on Friday, and to find out more about the Wind Siting Council

CLICK HERE and type in docket number 1-AC-231 to read what's been posted so far.

CLICK HERE to leave a comment on the Wind Siting Council Docket

Here is a recent comment from a resident of Greenleaf, Wisconsin

I just read the last siting minutes and the draft document putting setbacks from non-participating residents at 3.1 X turbine height and "1.1" X turbine height from the property line.

In my case this is effectively stealing 690 feet of my property.

My neighbor has 138 acres and I have ten acres. If he doesn't have enough acreage to keep the 3.1 X setback from the "property line", then he does not have enough land host two turbines.

I paid off the mortgage for my land with the property rights intact and I paid the the property taxes on my land for 29 years. If there is anyone entitled to the property rights of my property- it is me.

If the state wishes to exercise eminent domain, then they have a right to do so for public conveyance and I must be compensated for the loss of my property.

The wind developer and my neighbor DO NOT have the right of eminent domain. The Wind Siting Council has a legal and moral obligation to respect the property rights of all Wisconsin property owners and any rules they make must reflect those obligations.

 I affirm that these comments are true and correct to the best of my knowledge and belief.
 

Dave Hettmann

THIRD FEATURE

Do wind turbines cause health problems?

 by Julia Layton

 SOURCE: How Stuff Works

http://science.howstuffworks.com/wind-turbines-health.htm/printable

Some people living near wind turbines complain of chronic sleep loss, headaches and other symptoms

Wind power accounts for about 1 percent of the electricity prod­uced in the United States [source: Gillam]. Nearly 2­5,000 wind turbines crank out power throughout the country. These massive windmills -- up to 80 feet (24 meters) tall -- capture the energy in wind and convert it into free-flowing electrons that people can use to run dishwashers, air conditioning and lights.

 That 1 percent may not sound like much until you realize that wind power is just catching on in the United States. Huge new wind far­ms accounting for thousands more megawatts of capacity are in development as we speak, and estimates put 20 percent of the nation's electricity coming from wind power by 2030 [source: The Oregonian]. The European Union hopes to reach that percentage even sooner -- by 2020.

 Until recently, there were three main issues regarding the possible downsides of wind power: bird and­ bat deaths, cost, and disrupting the appearance of natural landscapes. But a new objection to wind power has popped up in the past few years, resting on the research of a few scientists. The latest argument states that wind power endangers the health of people who live near windmills. Some people call this theory "wind-turbine syndrome." Although the extent of the phenomenon is unknown, there does seem to be something to it.

 Those concerned about wind-power syndrome are interested in finding out if and how wind power could be making people sick. Is everyone living near windmills facing health probl­ems? Let's take a look at the possible health risks associated with wind farms and find out whether we should be worried about the steady increase in wind-generated power throughout the world.

 Infrasound and The Body

 The rapidly spinning blades of huge wind turbines have an effect on their surroundings, and it goes beyond aesthetics. The blade tips of a wind turbine can spin at speeds­ of up to 80 meters per second, or about 180 miles per hour. In high winds, this rapid spinning can produce sound a­nd vibration -- in addition to disruptions in air pressure [source: MIT].

 The extremely low air pressure surrounding a wind turbine could be the reason why bats die near them. A bat's lungs are very delicate, and it seems the low pressure might cause them to expand to the point of bursting blood vessels [source: NewScientist]. Scuba divers can certainly attest to the effects of pressure on the human body.

 And the corporeal effects of sound -- essentially fluctuations in air pressure that vibrate the eardrum -- are well-documented. For instance, infrasound -- sounds at such low frequency that they can't be picked up by the human ear but can carry through the atmosphere for thousands of kilometers -- is believed to cause certain breathing and digestive problems [source: Infrasound Lab].

 Infrasound is the primary issue for those concerned about wind-turbine syndrome. They also say that audible sound and vibrations contribute to the health problems reported by some people who live close to wind farms. Symptoms of wind-turbine syndrome might include:

    * headaches

    * sleep problems

    * night terrors or learning disabilities in children

    * ringing in the ears (tinnitus)

    * mood problems (irritability, anxiety)

    * concentration and memory problems

    * issues with equilibrium, dizziness and nausea

 Around the World

 As of May 2008, about 25,000 wind turbines are cranking out power across the country -- and the world [source: Gillam]. In Britain, 2,100 turbines supply up to 2 percent of the country's power; Germany, the world's top user of wind power, draws 7 percent of­ its electrical needs from more than 19,000 turbines [source: BBC,BWEA].

 These symptoms have been observed and documented by a limited number of scientists studying small groups of people, and the scientific community hasn't conclude­d whether wind-turbine syndrome exists.

 There are also mixed opinions on whether wind turbines emit infrasound and if the amount is any more than that emitted by diesel engines or waves crashing on the beach [source: CleanTechnica, ABC Science]. But we do know that at high speeds, wind turbines can produce an audible hum and vibration that can be carried through the air. ­It's these sounds and motions that provide clues and possible solutions to wind-turbine syndrome, which we'll explore in the next section.

 Wind-Turbine Syndrome Explanations and Solutions

 It's understood that some people who live in close proximity to wind turbines experience sleep disturbances, headaches and concentration problems. These symptoms and others could be explained as the effects of infrasound as well as constant humming and vibrations.

 But here's the catch: Many of the symptoms of wind-turbine syndrome can also be caused by chronic sleep loss -- simply and unfortunately an effect of living near a noise-producing entity [source: ­­Ohio Department of Health].

 People who live near a highway or busy street may have trouble sleeping, which can lead to other health problems like irritability, anxiety, concentration and dizziness.

 Infrasound Weapons

 There was a rumor years ago about an infrasound-based military weapon that would make people lose control of their bowels and poop on themselves. It was said to be a riot-control device. The rumor wasn't true, as far as we know [source: ABC Science]. But in theory, such a weapon might work.

 To solve this sound issue, new wind-power technology employs sound-dampening systems. Engineers are hoping that these newer systems -- which can block or cancel out multiple sound frequencies -- will reduce any sound-related problems associated with wind farm communities [source: Fraunhofer-Gesellschaft].

 Researchers studying wind-turbine syndrome also recommend a larger buffer zone around wind farms to protect people from any ill effects. Some people say that the distance should be least 1.2 miles (2 kilometers) [source: CleanTechnica].

 Others suggest at least 2 miles (3.2 kilometers) [source: PlanetGore].

 Some wind farms are currently located as close as a half mile (0.8 kilometers) from residential areas.

 Whether we should be concerned with the expansion in wind power ultimately comes down to weighing the pros and cons. Is cleaner, cheaper, domestically produced energy worth the potential side effects of some people experiencing headaches? The hope is that new buffer-zone regulations and sound-canceling technologies can do away with the question entirely.

 If the issue persists, we'll have to decide whether wind power is important enough to pursue anyway -- much like deciding whether building a new, noisy highway that would reduce congestion and increase commerce is worth some unfortunate people losing sleep.

Sources

  * ABC Science. Brown note: bad vibration mega-hurts. May 13, 2008.

      http://www.abc.net.au/science/articles/2008/05

      /13/2242923.htm?site=science/greatmomentsinscience

    * BWEA.Low Frequency Noise and Wind Turbines.

      http://www.bwea.com/ref/lowfrequencynoise.html

    * CleanTechnica. Wind Turbines and… Health? August 18, 2008.

      http://cleantechnica.com/2008/08/18/wind-turbines-and-health/

    * "Anti-noise" silences wind turbines.

      http://www.fraunhofer.de/EN/press/pi/2008/08/Research

      News082008Topic3.jsp

    * Gillam, Carey. Wind power gains adherents in United States. International Herald Tribune. Reuters.

      http://www.iht.com/articles/2008/05/19/business/wind.php

    * Infrasound Lab. University of Hawaii.

      http://www.isla.hawaii.edu

    * NewScientist Environment. Wind turbines make bat lungs explode. August 25, 2008.

      http://environment.newscientist.com/article/dn14593

    * Ohio Department of Health. Bureau of Environment Health. Health Assessment Section. Literature search on the potential health impacts associated with wind-to-energy turbine operations.

      www.odh.ohio.gov/ASSETS/C43A4CD6C24B4F8493CB32D525FB7C2

      7/Wind%20Turbine%20SUMMARY%20REPORT.pdf

    * Planet Gore. Wind Turbine Syndrome. August 15, 2008.

      http://planetgore.nationalreview.com/post/?q=YTgxZjc4NzMyM2YxYTNj

      ZDI5YTNlY2E0YjVhOWNmMGU=

    * The Oregonian. Wind whips up health fears. August 10, 2008.

      http://www.oregonlive.com/news/oregonian/index.ssf?/base/news

      /1218250522129010.xml&coll=7&thispage=1

    * WindAction.org. Wind Turbine Syndrome. March 12, 2006.

      http://www.windaction.org/pictures/2010