| 847 files in 3 albums with 0 comments viewed 955,445 times |
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| Latest additions |
Oil stains from nacelle and blade hubGamesa 2-MW turbine in the "Top of Iowa II" facility grimed with oil stains - photo by Julie Kuntz, Feb. 28, 2021Mar 02, 2021
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Pryor Mountain, MontanaFour of the 114 giant wind turbines marring the landscape near Pryor Mountain, Montana - photo by Mark HollowayDec 24, 2020
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GreeceGreece - photo from Ελεύθερα Βουνά χωρίς αιολικά (Save Greek Mountains)Dec 22, 2020
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Ellsworth, IllinoisTwin Groves Wind Farm near Ellsworth, Illinois, May 29, 2019 - photo by David ProeberJun 03, 2020
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| Random files |
North Hoyle offshore wind farm in the Irish SeaThe sun sets behind the North Hoyle offshore wind farm in the Irish Sea (Reuters: Phil Noble)
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Ugly Noisy Lethal FutileFrom "False Progress", evilnoisypeople.wordpress.com/2016/08/29/windturbineslandscapes/
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West VirginiaWest Virginia
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Unweighted, C-weighted, and LAeq(LF) levels, but not A-weighted level, drop when turbines shut downWhen turbines are shut down, the unweighted, C-weighted, and LAeq(LF) levels drop correspondingly, whereas A-weighted level does not.
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Protest by Friends of Lincoln Lake at January commissioning ceremony, Stetson Mountain, MaineProtest by Friends of Lincoln Lake at January commissioning ceremony, Stetson Mountain, Maine
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Fire: Texas, March 8, 2020Fire, March 8, 2020, between Taft and Portland, Texas
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Chatham-Kent, OntarioChatham-Kent, Ontario - photo by David Libby
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Correlation of wind production and demand essentially randomHourly data from 1 year on the Bonneville Power Authority grid in the Pacific Northwest - With load on the y-axis and wind generation on the x-axis, it is clear that at any load, wind generation was anywhere from 0 to ~1,200 MW and 0 to ~600 MW in the summer months. (Positive correlation means that as load increases, so does wind generation; negative correlation means that as load increases, wind generation decreases; perfect correlation is expressed as 1.0.)
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