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The yearly average wind power density is 105 W/m2.
This article validates the average wind power estimated by the state of the art CFD tool WindSim using on-site measurements from nine meteorological stations scattered around a highly complex terrain at several heights.
(8) Because winds, even at a given hour, are Rayleigh in nature, the average wind power over a month at a given hour at a location is a reliable quantity compared with wind power at the same hour, but on any random day of the month.
The key findings show that the total viable area over Northern Ireland for high altitude wind harnessing devices is 5109.6 km2, with an average wind power density of 1998 W/m2 over a 20-year span, at a fixed altitude of 3000 m.
The average wind power density was found to be 169.4 W/m2at 30-m height.
The average wind power density was found to be 416.7 W/m2at 50 m.
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For mean wind speed, the average difference is -12.4% and for mean wind power -29.7%.
mean wind power density.
It is concluded that the average available wind power density of an empty corridor-type DSF can be increased by a factor of 2 and 4.2, respectively, by creating recessed regions and curved walls.
It costs twice as much on average as wind power, and even more for small-scale residential installations.
Li and Li [31] found that the average annual wind power density at Waterloo region of Canada was about 105 W/m2.
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