News & Articles on Large Wind Power
Large wind turbines are those used to generate commercial quantities of electricity. This category includes single turbines used in distributed applications as well as arrays of multiple wind turbines used in a wind power plant.
Ontario Wind Production 2015
By
Glen Estill
There are 484 MW of wind in Ontario’s distribution system. CanWEA says that Ontario has 4,361 MW installed. So the IESO is missing 12% of Ontario’s wind production. If you add 12% to their number, wind contributed 10.08 TWh, which is 7.4% of Ontario demand of 136.9 TWh. This is up 31% over last year.
Denmark blows past old wind record
By
Craig Morris
2015 was another record year for wind power in Denmark, where turbines generated 42 percent of demand, topping the old record of 39 percent from the previous year. No other country has such a large share of wind power.
2015: Germany’s record wind year
By
Craig Morris
Last year, wind power production in Germany increased by around 50 percent – and the country already had the third largest fleet of wind turbines worldwide.

Catching the Wind of the World (the Aerodyn Story)—a Review
By
Paul Gipe
Den Wind der Welt einfangen is part of series of retrospectives being issued by pioneers in the field of wind energy as they near retirement. Written by freelance journalist Dierk Jensen, Catching the Wind of the World (the English title) traces the growth of a German company that designs wind turbines: Aerodyn.
Why Germans are bemused by Australia’s wind turbine terror
By
Ketan Joshi
Germany, as it happens, has a very strong culture of benefit sharing. I had a chat to my host about my experience on the outskirts of Ebersheim. She told me about a neighbour in the small town who owns shares in those very turbines, and has been making money off them, and he loves them.

Wind Energy: Renewable Energy and the Environment—a Review
By
Paul Gipe
The expansive title of Vaughn Nelson’s Wind Energy is appropriate as Nelson delves into such taboo topics as population, exponential growth, and exhaustion of fossil fuels.
