National Wind Watch Picture Gallery

937 files in 2 albums with 0 comments viewed 1,239,441 times
Photos


Clausnitz-2.jpg

791 files, last one added on Mar 08, 2024
Album viewed 24159 times

Graphics


Whine_turbines.png

146 files, last one added on Apr 01, 2024
Album viewed 12248 times

 

 

2 albums on 1 page(s)

Latest additions
Whine_turbines.png
Handouts foreverOver 30 years of taxpayer handouts and they still can't stand on their own - cartoon by Josh (cartoonsbyjosh.co.uk)Apr 01, 2024
Berkeley-turbines-offshore.jpg
Off-shore wind turbine sizes globally over timeOff-shore wind turbine sizes globally over time - from Berkeley National LaboratoryMar 20, 2024
Clausnitz-2.jpg
Remains of burned wind turbineBurned-out wind turbine in Clausnitz, Germany, after fire on February 26, 2024 - photo from Gegenwind ClausnitzMar 08, 2024
Clausnitz-1.jpg
Remains of burned wind turbineBurned-out wind turbine in Clausnitz, Germany, after fire on February 26, 2024 - photo from Gegenwind ClausnitzMar 08, 2024

Random files
Pinnebog-Bad-Axe-MI-Aristeo.jpg
Pinnebog Wind, Bad Axe, MichiganPinnebog Wind, Bad Axe, Michigan
Mt-Emerald-output--2022.png
Mount Emerald, Queensland, Australia: time in 2022 at different output rangesSteven Nowakowski of Rainforest Reserves Australia collected 2022 5-minute output data for the 180-MW Mount Emerald wind energy facility in Queensland, Australia. The average output was 26.8% of capacity - generating at or above that rate of 48.3 MW only 40% of the time. The median output was 18.1% of capacity (meaning that half the time it was generating less than 32.6 MW.
windwahn-germany.jpg
Germany, near the North SeaGermany, near the North Sea
Barlockhart-Moor.jpg
Barlockhart MoorBarlockhart Moor
ElkRiverafter.JPG
Elk River, Flint Hills, Kansas - afterElk River, Flint Hills, Kansas - after
IL-Lee-Dekalb-tower_sizes.gif
Size comparisonsSize comparisons
StoystownPA-Forward-726.jpg
Construction at Forward Wind Energy Center, Stoystown, PennsylvaniaConstruction at Forward Wind Energy Center, Stoystown, Pennsylvania
IEA-Minerals-energy-technologies.png
Minerals used in different transport and power generation technologiesComparison of minerals used in different transport and power generation technologies - International Energy Association, “The Role of Critical Minerals in Clean Energy Transitions” (2021) - note that the comparison of power generation is by installed rated capacity, not by lifetime (or even annual) delivery of actual energy

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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