2. The wind turbine shown below is exposed to a steady wind of 10 mph in the turbine's rotor axial direction. The rotor's diameter is 60 feet. Estimate the power extracted from the flow if the velocity of the air behind turbine stabilizes at 3.3 mph. It can be assumed that the velocity at the rotor plane is the average of the upstream and downstream velocities. Assume standard sea level conditions, no losses due to friction of any form, and uniformly distributed velocities. Rotor Diameter 7777777777 Underground Electrical Connections (Front View) Rotor Blade Hub Height Nacelle with Gearbox and Generator -Tower 777777777 Foundation (Side View) Drawing of the rotor and blades of a wind turbine, courtesy of ESN
2. The wind turbine shown below is exposed to a steady wind of 10 mph in the turbine's rotor axial direction. The rotor's diameter is 60 feet. Estimate the power extracted from the flow if the velocity of the air behind turbine stabilizes at 3.3 mph. It can be assumed that the velocity at the rotor plane is the average of the upstream and downstream velocities. Assume standard sea level conditions, no losses due to friction of any form, and uniformly distributed velocities. Rotor Diameter 7777777777 Underground Electrical Connections (Front View) Rotor Blade Hub Height Nacelle with Gearbox and Generator -Tower 777777777 Foundation (Side View) Drawing of the rotor and blades of a wind turbine, courtesy of ESN
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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