Dresden, Germany has a population of 700,000 and a population density of 2200 km-2 in the urban area. Assume that the electrical needs of Dresden are an average of 1.0 kWe per capita and these are satisfied by a wind farm consisting of 100 m diameter three-rotor wind turbines operating at optimal efficiency and with optimal spacing. If the wind velocity is constant at 7 m/s, what is the area of the wind farm? The optimal efficiency, η = 0.49 and The ideal spacing for a turbine is 300m by 1000 meters
Dresden, Germany has a population of 700,000 and a population density of 2200 km-2 in the urban area. Assume that the electrical needs of Dresden are an average of 1.0 kWe per capita and these are satisfied by a wind farm consisting of 100 m diameter three-rotor wind turbines operating at optimal efficiency and with optimal spacing. If the wind velocity is constant at 7 m/s, what is the area of the wind farm? The optimal efficiency, η = 0.49 and The ideal spacing for a turbine is 300m by 1000 meters
Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)
8th Edition
ISBN:9781305387102
Author:Kreith, Frank; Manglik, Raj M.
Publisher:Kreith, Frank; Manglik, Raj M.
Chapter5: Analysis Of Convection Heat Transfer
Section: Chapter Questions
Problem 5.37P
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Dresden, Germany has a population of 700,000 and a population density of
2200 km-2 in the urban area. Assume that the electrical needs of Dresden are an average of
1.0 kWe per capita and these are satisfied by a wind farm consisting of 100 m diameter
three-rotor wind turbines operating at optimal efficiency and with optimal spacing. If the
wind velocity is constant at 7 m/s, what is the area of the wind farm? The optimal efficiency, η = 0.49 and
The ideal spacing for a turbine is 300m by 1000 meters
Sustainable energy, 2nd edition, Ch 10, Problem 17P
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