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Evaluate a two-bladed and a three-bladed wind turbine with both having a rotor diameter of 420 millimeters in terms of: (a) Tip Speed Ratio (b) Turbine Power 1.225 kg/m. © Draw conclusion on which is better configuration and Consider a power coefficient Cp = 0.35 and air density p = Other data will be as follows: Data for Three Blades Configuration Wind Speed Data for Two Blades Configuration Wind Speed Rotational Speed Rotational Speed m/s rpm m/s грm 3.5 576 5 1006 4 714 5.5 1206 1032 6. 1380 6. 1086 7 1543 7 1231

Evaluate a two-bladed and a three-bladed wind turbine with both having a rotor diameter of 420 millimeters in terms of: (a) Tip Speed Ratio (b) Turbine Power 1.225 kg/m. © Draw conclusion on which is better configuration and Consider a power coefficient Cp = 0.35 and air density p = Other data will be as follows: Data for Three Blades Configuration Wind Speed Data for Two Blades Configuration Wind Speed Rotational Speed Rotational Speed m/s rpm m/s грm 3.5 576 5 1006 4 714 5.5 1206 1032 6. 1380 6. 1086 7 1543 7 1231

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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Evaluate a two-bladed and a three-bladed wind turbine with both having a rotor diameter of 420 millimeters in terms of: (a) Tip Speed Ratio (b) Turbine Power 1.225 kg/m?. © Draw conclusion on which is better configuration and . Consider a power coefficient Cp = 0.35 and air density e Other data will be as follows: Data for Three Blades Configuration Wind Speed Data for Two Blades Configuration Wind Speed Rotational Speed Rotational Speed m/s rpm m/s rpm 3.5 576 5 1006 4 714 5.5 1206 5 1032 1380 6. 1086 7 1543 7 1231
Transcribed Image Text:Evaluate a two-bladed and a three-bladed wind turbine with both having a rotor diameter of 420 millimeters in terms of: (a) Tip Speed Ratio (b) Turbine Power 1.225 kg/m?. © Draw conclusion on which is better configuration and . Consider a power coefficient Cp = 0.35 and air density e Other data will be as follows: Data for Three Blades Configuration Wind Speed Data for Two Blades Configuration Wind Speed Rotational Speed Rotational Speed m/s rpm m/s rpm 3.5 576 5 1006 4 714 5.5 1206 5 1032 1380 6. 1086 7 1543 7 1231
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