Library from USA
An example of the amount of grading done to install turbines in flat country
Calvin Luther Martin, Malone, NY 11/4/05 It’s Friday evening and I just got off the phone with a middle-aged lady who lives on the Tug Hill Plateau near Watertown, New York (USA). What makes this banal fact remarkable is that the woman now finds herself living in a mind-blowing forest of 40-story-high industrial wind turbines. The developers (Is this the right word to use for these people?) have given it the charming name, Maple Ridge Windfarm. Everyone else in Upstate New York knows it as the Tug Hill Plateau: a high tableland famous for its views of the Adirondacks (to the south), Canada (to the north), and L. Ontario (to the west). Also a serious migratory bird flyway. People remember Tug Hill as gorgeous and wild. No more. Sarah (I have changed her name to protect her privacy) was eager to talk. I found her full of homespun wisdom and quick to chuckle, even though she was in obvious pain. This place, which has been home and memories, has become a nightmare. When the turbine salesmen rang her doorbell a year ago to ask what she thought “about renewable energy” (that was their opening line), she soon steered the conversation around to the stupendous view. Look there, she said, pointing to the mountains: this is what I cherish. No more. She is now surrounded by colossal industrial wind turbines. How many? I asked. Fifteen to twenty within a mile radius, she replied. I could hear her despair, her disbelief. The wind companies (Zilkha and PPM) spent the summer feverishly cobbling together their Goliath machines: 187 in this first phase of the project. There are more to come in Phase II. And who knows how many more phases? Besides the dozen plus overshadowing her, there is a power substation mere yards from her backdoor, in a ravine she remembers well as a child. (The ravine was often struck by lightning, she recalled, as she wondered if this was the best spot for a power station. Fond memories often bubbled to the surface as we talked—a surface now rendered incomprehensible.) Sarah took the company-sponsored bus trip to Fenner, NY, to inspect Fenner’s 20 turbines (“Go to Fenner and see for yourself”: they got the same cheery line we get here, in Clinton & Franklin counties). She thought the Fenner turbines huge, but, it turns out, they are not as colossal as what she now has next door. Besides, that was only 20; this is 187. The number boggles her mind. She met a lady in Fenner with a turbine or two on her property. She motioned Sarah aside and whispered not to trust the wind energy company. The woman and her husband are not getting what the company promised, and are suing as a result. The wind salesmen snowed Sarah’s town board. They promised the sun and the moon; the board swooned and said amen. The wind guys managed to talk the town into a PILOT (Payment in Lieu of Taxes) rather than taxation, to Sarah’s disgust. She was clearly dubious the salesmen would deliver what they promised. And when it came to a public hearing, the town board hid the announcement so cunningly that Sarah was totally unaware of it. The construction has shattered her life. Noise. Roads cratered and potholed and rutted. Trees chain-sawed and bulldozed into piles. Giant pits bored into the earth and filled with rebar-reinforced concrete. Finally, the towers and 40-ton propellers and 60-ton nacelles stacked atop all this. Literally, skyscrapers. The turbines are not yet running; they will be in another few months. Sarah dreads that day: the pulsed thump thump thump; the huge shadow from blades sweeping the landscape, everywhere you look (morning & evening). Sarah has sensitive hearing; she’s especially worried about the low frequency thump, night and day, weeks on end. Already she struggles with 187 flashing red lights. And she tries to compose herself over the floodlit power station next door. When she telephoned the project manager to ask why those confounded lights need to be left on all night, he got testy and dismissed her. The floodlights still drill into her windows. Welcome to Maple Ridge Windfarm. A blasted, ruined, industrialized landscape where there was once serenity. And beauty. Sarah wandered down to the old family farm earlier this fall. She stood on the road and gazed upon vandalism. And wept. She’s angry. She feels lied to. She has a neighbor, a young man and his wife and little children, who is also outraged. The man is building a lovely home; he moved here because of the magnificent views, the beauty. Now, this. He worries about his kids’ health once the generators fire up. Sarah feels helpless, and kept saying she thinks she will move. Driven from her home. She worries no one will buy it, or will offer a fraction of its pre-turbine worth. She foresees town revenues plummeting as people refuse to pay the tax on turbine-depreciated property. In the end, she said, she and her neighbors were not organized well enough to stop the wind salesmen. The property owners and town fathers fell in line perfectly, like sheep to be slaughtered. Yet many of them don’t live on their land, or have moved elsewhere, leaving Sarah and her neighbors to deal with this horror. I urged her to start a daily journal of her experiences and the “progress” of the wind power project. I also urged her to take photographs of her landscape and the windmills. And I suggested she get an electrical engineer to check for ambient underground current, so she can sue the wind companies for stray current once the turbines go on line. I suggested, too, that she and her neighbors get a complete physical and neurological exam before the turbines are fired up, again, to establish a medical baseline for future medical problems. I told her, finally, I had seen the amazing photograph of the Tug Hill turbines in the Watertown Daily Times last month. “Yes,” she mused, “that was taken near my home.” Then added, “It’s actually worse than the picture shows.”
Appendix B: Sample Local Government Requirements for Wind Energy Conversion Systems Appendix B of The National Wind Coordinating Committees' handbook contains summaries of nine California County ordinances dealing with wind facilities.
Wind turbines convert the kinetic energy in moving air into rotational energy, which in turn is converted to electricity. Since wind speeds vary from month to month and second to second, the amount of electricity wind can make varies constantly. Sometimes a wind turbine will make no power at all. This variability does affect the value of the wind power……Editor’s Note: This ‘fact sheet’ is, on the whole, a comparatively fair report. The definitions provided for capacity factor, efficiency, reliability, dispatchability, and availability are useful. Its discussion of back-up generation, marginal emissions and Germany & Denmark, however, is disingenuous as is, to a lesser degree, its discussion of capacity factor and availability. IWA's comments (updated October '06) on these issues follow selected extracts from the 'fact sheet' below.
Hager, a former Duke Energy engineer beginning his second term in the House, argues the mandate unfairly forces utility customers to subsidize renewable energy, which costs more than traditional forms. He says that runs against state policy ordering utilities to provide “least cost” electricity.
Clipper's wind turbine products and specifications are available by clicking on the web link.
The Link Below will take you to a site where wind resource maps are available for most states.
The proposed Deerfield Wind project in Readsboro and Searsburg is continuing to move forward with the Public Service Board approving a plan for a bear study and the public comment period set by the Green Mountain National Forest ended.
This document has been prepared by Terry Matilsky, Professor of Physics at Rutgers University. For almost 40 years, he has been funded by NASA and other federal agencies to do data analysis from various scientific satellites; to examine what information tells us about a phenomena, and draw rational and solid, scientific conclusions from them.
"After the wind resource and project site have been determined and the community outreach effort has been started, the next step is to apply for the necessary permits. The primary permits needed to construct most community– scale wind power projects will be the local permits: building, zoning, and/or conservation, as applicable to a specific site. Additionally, the project will need to be filed with the FAA and with the operators of the New England electrical grid. Depending on the site, other permits may come into play. This document outlines these basic permits and also lists other authorities that may have jurisdiction over community–scale wind power projects. This fact-sheet focuses on land–based commuity scale wind power projects with medium or large turbines."