National Wind Watch Picture Gallery

844 files in 3 albums with 0 comments viewed 939,731 times
Photos


IL-Ellsworth.jpg

718 files, last one added on Jun 03, 2020
Album viewed 14062 times

Graphics


wind-turbines-ugly-noisy-lethal-futile-blight-for-naught.png

122 files, last one added on Jun 27, 2018
Album viewed 9555 times

Videos


magdeburg-windrad-brennt.avi

4 files, last one added on Mar 16, 2019
Album viewed 1489 times

 

3 albums on 1 page(s)

Latest additions
IL-Ellsworth.jpg
Ellsworth, IllinoisTwin Groves Wind Farm near Ellsworth, Illinois, May 29, 2019 - photo by David ProeberJun 03, 2020
TX-Taft-fire-200308.jpg
Fire: Texas, March 8, 2020Fire, March 8, 2020, between Taft and Portland, TexasMar 11, 2020
DE-Obbach-foundation.jpg
Foundation slabThe steel and concrete base of the wind turbine is built on this foundation - photo by Uwe EichlerDec 29, 2019
DE-Obbach-base.jpg
Wind turbine baseSteel rebar ready for the concrete - photo by Uwe EichlerDec 29, 2019

Random files
NC-amazon-wind-farm.jpg
Amazon Wind Farm, North CarolinaThe Amazon Wind Farm, the state's first large-scale commercial wind-generation project, comprises 104 2-megawatt wind turbines, each nearly 500 feet tall and covers 22,000 acres in Pasquotank and Perquimans counties (photo by Don Carrington, Carolina Journal)
wind-sun-demand.png
Wind-power generation does not correlate with demandWind-power generation (blue), insolation (gold), and power demand (red) time series data show wind energy's poor correlation with demand. Thirty days of data collected in April 2010 from Bonneville Power Administration are superimposed and normalized to their maximum values. Average values are in color-highlighted black lines. From Barnhart et al., DOI:10.1039/C3EE41973H
Delacroix_montage.jpg
Liberty leading the peopleBy courtesy of Färingtofta Norra (Sweden), via epaw.org, with apologies to Eugène Delacroix
load-wind-correlation.png
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.)
DE-Paderborn.jpg
North Rhine–Westphalia, GermanyWind turbines near Paderborn in eastern North Rhine–Westphalia, Germany - photo by courtesy of Gegenwind Borchen
P8200158.JPG
Stetson Mountain, MaineStetson Mountain, Maine - notice the utility vehicles - from Gary Steinberg
Comparaison.jpg
Size comparisonsFrom Regroupement pour le Développement Durable des Appalaches, Québec
20080825_34BHR.jpg
Brown Hill Range, Hallett, South AustraliaBrown Hill Range, Hallett, South Australia

Note:  The copyrights of the images presented here reside with their indicated creators, not National Wind Watch. Any reuse of these images must consider those copyrights. Their use here has not always been specifically authorized or licensed by the copyright owner. As an educational nonprofit, National Wind Watch endeavors to observe "fair use" as provided for in section 107 of U.S. Copyright Law and similar "fair dealing" provisions of the copyright laws of other nations. The images are made available here for educational purposes to illustrate the environmental, social, scientific, and economic issues of large-scale wind power development. Send queries to Wind Watch via e-mail.
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