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Consider a location where the wind blows at 15 m/s. 2 options with two rows of turbines perpendicular to the prevailing winds all at same hub height are available. 1. 1st row – 12 turbines, each with a rotor dia. of 60 m, with Prated = 1.5 MW. 2nd row 500 m behind the 1st – 12 turbines, each with 60 m rotor dia. Pated = 1.5 MW 2. 1st row – 15 turbines, each with a rotor dia. of 50 m, with Pated = 1 MW. 2nd row 600 m behind the 1st – 12 turbines, each with 60 m rotor dia. Peted = 1.5 MW In each case, consider a = 0.1, C, = 8/9, and operation at sub-rated wind speed, Psub-rated = Prated (Vsubrated/Vrated)³ For each of the 2 options, determine: a) The total power production in MW. %3D

Consider a location where the wind blows at 15 m/s. 2 options with two rows of turbines perpendicular to the prevailing winds all at same hub height are available. 1. 1st row – 12 turbines, each with a rotor dia. of 60 m, with Prated = 1.5 MW. 2nd row 500 m behind the 1st – 12 turbines, each with 60 m rotor dia. Pated = 1.5 MW 2. 1st row – 15 turbines, each with a rotor dia. of 50 m, with Pated = 1 MW. 2nd row 600 m behind the 1st – 12 turbines, each with 60 m rotor dia. Peted = 1.5 MW In each case, consider a = 0.1, C, = 8/9, and operation at sub-rated wind speed, Psub-rated = Prated (Vsubrated/Vrated)³ For each of the 2 options, determine: a) The total power production in MW. %3D

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
Problem 1.1MA
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Consider a location where the wind blows at 15 m/s. 2 options with two rows of turbines perpendicular to the prevailing winds all at same hub height are available. 1. 1st row – 12 turbines, each with a rotor dia. of 60 m, with P, 2nd row 500 m behind the 1st – 12 turbines, each with 60 m rotor dia. P, 1.5 MW. rated 1.5 MW rated 2. 1st row –15 turbines, each with a rotor dia. of 50 m, with P, rated 1 MW. 2nd row 600 m behind the 1st – 12 turbines, each with 60 m rotor dia. P rated 1.5 MW %3D 0.1, C = 8/9, and operation at sub-rated wind speed, In each case, consider a = Psub-rated = Prated (V3subrated/Vrated)3 For each of the 2 options, determine: a) The total power production in MW. %3D
Transcribed Image Text:Consider a location where the wind blows at 15 m/s. 2 options with two rows of turbines perpendicular to the prevailing winds all at same hub height are available. 1. 1st row – 12 turbines, each with a rotor dia. of 60 m, with P, 2nd row 500 m behind the 1st – 12 turbines, each with 60 m rotor dia. P, 1.5 MW. rated 1.5 MW rated 2. 1st row –15 turbines, each with a rotor dia. of 50 m, with P, rated 1 MW. 2nd row 600 m behind the 1st – 12 turbines, each with 60 m rotor dia. P rated 1.5 MW %3D 0.1, C = 8/9, and operation at sub-rated wind speed, In each case, consider a = Psub-rated = Prated (V3subrated/Vrated)3 For each of the 2 options, determine: a) The total power production in MW. %3D
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