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b) By considering the development of a wind farm consisting of 10-m diameter wind turbines with efficiencies of 45%, evaluate the average output power in kW per km² if the wind blows at the average velocity of 7 m/s by considering that the air density, p is equal to 0.602 kg/m³.

b) By considering the development of a wind farm consisting of 10-m diameter wind turbines with efficiencies of 45%, evaluate the average output power in kW per km² if the wind blows at the average velocity of 7 m/s by considering that the air density, p is equal to 0.602 kg/m³.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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b) By considering the development of a wind farm consisting of 10-m diameter wind turbines with efficiencies of 45%, evaluate the average output power in kW per km2 if the wind blows at the average velocity of 7 m/s by considering that the air density, p is equal to 0.602 kg/m³. Noted that the average spacing of the wind turbines downwind will be 5 times the rotor diameter and the crosswind spacing will be 5 times the rotor diameter.
Transcribed Image Text:b) By considering the development of a wind farm consisting of 10-m diameter wind turbines with efficiencies of 45%, evaluate the average output power in kW per km2 if the wind blows at the average velocity of 7 m/s by considering that the air density, p is equal to 0.602 kg/m³. Noted that the average spacing of the wind turbines downwind will be 5 times the rotor diameter and the crosswind spacing will be 5 times the rotor diameter.
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