by jboullion | Oct 20, 2009 | Uncategorized
From an article by Dave Alexander in the Meskegon Chronicle:
Grand Valley State University’s wind turbine testing project for Muskegon Lake is shifting in a new direction.
Instead of a wind turbine at the east end of Muskegon Lake, GVSU’s Michigan Alternative and Renewable Energy Center now is planning to move a wind test platform to Lake Michigan, where data can be collected on the pros and cons of turbines on a major lake.
The university has received $1.4 million in an “earmark” from U.S. Rep. Pete Hoekstra, R-Holland, to advance wind turbine generation on the Great Lakes.
The idea of testing a turbine on Muskegon Lake is cost prohibitive with the federal dollars available, according to Arn Boezaart, interim director of the Muskegon-based MAREC. Efforts to partner with L-3 Communications in Muskegon have not been successful.
Discussions with officials from the U.S. Department of Energy and those interested in advancing a Great Lakes wind industry in West Michigan led to the idea of a floating, data-collection platform in Lake Michigan.
The platform would hold a anemometer that gauges wind speed. . . .
A data-collection platform established from 6-10 miles off the Muskegon shoreline would be left on the lake for two or three years. It would provide year-round wind data.
The floating platform also could test anchoring systems and show how Lake Michigan ice movements in the winter would affect an eventual lake-based turbine installation, Boezaart said.
by jboullion | Oct 19, 2009 | Uncategorized
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From Ask Bob, a feature on the Web site of Madison Gas and Electric.
by jboullion | Oct 19, 2009 | Uncategorized
The Public Service Commission issued the final environmental impact statement (EIS) on the Glacier Hills Wind Park, and it includes these items:
Medical Impacts (page 68)
UW Med Flight is the responding air ambulance service closest to the Glacier Hills project area. UW Med Flight and the other reswponding agencies plan to develop safe landing sites or locations within the project area to which medical helicopters could be dispatched. Establishing alternative landing zones in an area is a common tool employed by medical helicopter services where terrain, vegetation, or
structures restrict landing sites….
In some instances, alternate landing sites may not be required; a medical helicopter can land in proximity to a wind turbine if it is safe and prudent to do so. There do not seem to be any UW Med Flight rulers or policies that would preclude landing within a project area if it is safe to do so. The decision about where to land is the pilot’s and is based on a variety of site factcors that present themselves upon arrival at an emergency scene. For example, closer landins to a turbine might be possible if the winds are calm and the wind turbine rotors are not rotating.
Sound Impacts (Page 82)
The studies done to date suggest that there is a wide variability in how peopole react to wind turbine noise and that many people do no appear to be affected. The studies do, however, support the concern that some people do react negatively to wind turbine noise, primarily through annoyance and sleep disturbance. It is widely accepted that disruption of sleep can lead to other physiological and psychological problems.
Dr. Nina Pierpont has hypothesized that in addition to annoyance and disturbance, wind turbine noise can result in direct activation of the vestibular and autonomic system leading to other health problems. The validity of this suggestion has been questioned. The Minnesota Department of Health concluded that “evidence is scant” for this hypothesis.
In summary, it is important to recognize that turbine noise can be problematic for some people. Although specific sound levels or distances from turbines cannot be directly correlated with these disturbance or annoyance problems, project design and siting should take potential impactcs of turbine noise into account.
Property Values (page 84)
A more recent study of two recently completed Wisconsin wind farms was completed by Appraisal Group One. This study contained similar problems of small sample size and weak statistical analyses. While the study was limited to residential vacany land sales, other potential factors that might influence sales prices were not analyzed. The study did not verify that all properties sold within the wind farm areas actually had views of wind turbines, whether the properties were sold prior to the proposal of a wind facility versus after the facilities were constructed and operating, and it did not differentiate between vacant lots with infrastructure potential such as streets, sewer, and water as opposed to farmland with no infrastructure.
by jboullion | Oct 19, 2009 | Uncategorized
From an article by Rick Barrett in the Milwaukee Journal Sentinel:
A group of local businessmen have proposed using a waste treatment facility at the former Maple Leaf Farms in Yorkville to process food waste into electricity.
Maple Leaf was one of the nation’s largest duck farms. It closed in 2008, resulting in the shutdown of its manure-to-energy methane digester.
DF-1 Associates is a group of Racine-area businessmen involved in restaurant grease recycling. They’re hoping to reopen the methane digester and fuel it with restaurant garbage and waste from food-processing plants. The company would make money by hauling away the waste from restaurants and food processors and selling electricity generated from the digester.
by jboullion | Oct 19, 2009 | Uncategorized
by Michael Vickerman
RENEW Wisconsin
October 2009
After reviewing several proposals, Focus on Energy selected two locations for showcasing this particular solar energy application.
One of the Focus on Energy-funded demonstration sites is the Cooperative Educational Service Agency, located in Chippewa Falls.
Better known as CESA 10, this agency provides energy management services to 30 school districts in northwest Wisconsin. A low-rise building with plenty of unshaded roof space, the CESA 10 office presents an ideal setting to test a solar application that could very well be a good technology fi t for the schools served by this agency.
“We hope this installation will enable us to practice what we preach,” said Todd Wanous, an energy manager at CESA 10 and the driving force behind this demonstration. Placed in service in August 2009, CESA 10’s innovative installation features Wisconsin’s first example of a modular rooftop air heating system called SolarDuct®.
On the roof are three banks of corrugated collector panels, each connected to the building’s air handling system. The dark-colored panels are covered with ventilation holes that draw in outside air. Sunlight striking the panels warms the air passing through the holes. Through the ducts running behind the arrays, ventilation fans draw the preheated air into the building’s air handling system.
CESA 10’s SolarDuct® unit is designed to supplement, not replace, the natural gas furnaces that used to be the sole source of space heat.
However, this system does not necessitate additional fans or blowers to move the preheated air throughout the building. As a result, there is no parasitic energy loss to factor in.
Continued.
This article first appeared in Sustainable Times, October 2009
by jboullion | Oct 19, 2009 | Uncategorized
From an article in Sustainable Times:
After reviewing several proposals, Focus on Energy selected two locations for showcasing this particular solar energy application.
One of the Focus on Energy-funded demonstration sites is the Cooperative Educational Service Agency, located in Chippewa Falls.
Better known as CESA 10, this agency provides energy management services to 30 school districts in northwest Wisconsin. A low-rise building with plenty of unshaded roof space, the CESA 10 office presents an ideal setting to test a solar application that could very well be a good technology fi t for the schools served by this agency.
“We hope this installation will enable us to practice what we preach,” said Todd Wanous, an energy manager at CESA 10 and the driving force behind this demonstration. Placed in service in August 2009, CESA 10’s innovative installation features Wisconsin’s first example of a modular rooftop air heating system called SolarDuct®.
On the roof are three banks of corrugated collector panels, each connected to the building’s air handling system. The dark-colored panels are covered with ventilation holes that draw in outside air. Sunlight striking the panels warms the air passing through the holes. Through the ducts running behind the arrays, ventilation fans draw the preheated air into the building’s air handling system.
CESA 10’s SolarDuct® unit is designed to supplement, not replace, the natural gas furnaces that used to be the sole source of space heat.
However, this system does not necessitate additional fans or blowers to move the preheated air throughout the building. As a result, there is no parasitic energy loss to factor in.
by jboullion | Oct 16, 2009 | Uncategorized
From a story in The Capital Times:
With winter approaching, Alliant Energy is urging qualified utility customers to apply for energy assistance.
The company says more households are eligible for assistance due to the economic downturn, so people are urged to apply as soon as possible through the Wisconsin Home Energy Assistance Program (WHEAP). Residents can apply with their local county office through May 15, 2010, or until funds are exhausted.
The dollar amount of the payment varies, but the program will help households with incomes at or below 60 percent of the state median income. This means a family of four that makes about $45,000 or less per year, or a two-person household making $30,600 or less, may qualify for assistance.
Frank Galle, Alliant Energy senior manager of customer support, recommends that customers who think they may qualify apply right away.
“In these challenging economic times, it’s important that people know that they do not have to wait until they are behind on their utility bills to receive energy assistance,” said Galle. “We encourage customers to check their eligibility now and apply as soon as possible if they qualify for funds.”
Customers can find their nearest county agency by calling 1-866-432-8947 or by visiting http://www.homeenergyplus.wi.gov.
by jboullion | Oct 16, 2009 | Uncategorized
From a story in The Capital Times:
With winter approaching, Alliant Energy is urging qualified utility customers to apply for energy assistance.
The company says more households are eligible for assistance due to the economic downturn, so people are urged to apply as soon as possible through the Wisconsin Home Energy Assistance Program (WHEAP). Residents can apply with their local county office through May 15, 2010, or until funds are exhausted.
The dollar amount of the payment varies, but the program will help households with incomes at or below 60 percent of the state median income. This means a family of four that makes about $45,000 or less per year, or a two-person household making $30,600 or less, may qualify for assistance.
Frank Galle, Alliant Energy senior manager of customer support, recommends that customers who think they may qualify apply right away.
“In these challenging economic times, it’s important that people know that they do not have to wait until they are behind on their utility bills to receive energy assistance,” said Galle. “We encourage customers to check their eligibility now and apply as soon as possible if they qualify for funds.”
Customers can find their nearest county agency by calling 1-866-432-8947 or by visiting http://www.homeenergyplus.wi.gov.
by jboullion | Oct 16, 2009 | Uncategorized
From an article by Larry Bivins in the Marshfield News Herald:
WASHINGTON — As a member of the U.S. Army’s 1st Armored Division’s main support battalion in 2003, Robin Eckstein hauled fuel and water for the military in Iraq.
Through that experience, she said, she began to think about how dangerously dependent America was on foreign oil and the need for an alternative energy source.
“I ran missions every day, if not twice a day,” Eckstein said. “It was just apparent that having only one source of energy to refuel our trucks was a problem because it meant more runs, and that meant more risks.”
For Eckstein, a policy addressing clean energy and climate change became a national security issue, just as it has for scores of other current and former military personnel. But that’s not the only reason the 32-year-old Appleton native is on the road in support of energy policy legislation Congress is considering.
Eckstein also is jobless and says she believes the bill the House has passed and a Senate bill would create jobs.
“We have the manufacturing base in Wisconsin,” she said, “where I think we could really use these clean-energy jobs.”
Last weekend, Eckstein was in Washington to help make a commercial for Operation FREE, a coalition of veterans and national security organizations, on climate change and national security.
by jboullion | Oct 16, 2009 | Uncategorized
From an article by Colleen Kottke in the Fond du Lac Reporter:
BROWNSVILLE — As the blades of the 86 turbines on the Forward Wind Energy Center remain still, rumors have been circulating faster than the wind as to why the wind farm has been offline since Sept. 29.
Invenergy LLC officials attributed the shutdown to scheduled maintenance of the wind farm’s substation. However, the latest buzz that a major utility pulled out of its power purchase contract and has left Invenergy without a new customer to fill the void simply isn’t true, said Laura Miner, asset manager for Invenergy.
“There was a delay in getting parts for the transformer at the plant, and now we have completed testing of the equipment and will begin bringing the unit back online,” Miner said. “This is a very time-consuming process as we have to manually prepare the unit. We expect the plant to be back online sometime early next week.”
Calls to the Forward Wind Center’s four major power purchasers confirmed that all contracts negotiated with the Chicago-based firm remain in place. Invenergy currently has contracts with Madison Gas & Electric, 40 megawatts; Wisconsin Public Power Inc., 40 megawatts; Wisconsin Public Service, 70 megawatts; and Alliant Energy, 50 megawatts.
