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Problem 11: A generator supplies a 25 kV, 100x106 W, 0.9-lagging P.F. The generator has an internal synchronous reactance of 'X' Q with very small internal resistance. i) Find the torque angle 'o' when the magnitude of the internally generated voltage(Ea) is 30 kV. ii) What is the max. real power in Mega-Watts that the generator can provide if Ea = 27 kV.

Problem 11: A generator supplies a 25 kV, 100x106 W, 0.9-lagging P.F. The generator has an internal synchronous reactance of 'X' Q with very small internal resistance. i) Find the torque angle 'o' when the magnitude of the internally generated voltage(Ea) is 30 kV. ii) What is the max. real power in Mega-Watts that the generator can provide if Ea = 27 kV.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Problem 11: A generator supplies a 25 kV, 100x106 W, 0.9-lagging P.F. The generator has an internal synchronous reactance of 'X' Q with very small internal resistance. i) Find the torque angle '8' when the magnitude of the internally generated voltage(Ea) is 30 kV. ii) What is the max. real power in Mega-Watts that the generator can provide if Ea = 27 kV.
Transcribed Image Text:Problem 11: A generator supplies a 25 kV, 100x106 W, 0.9-lagging P.F. The generator has an internal synchronous reactance of 'X' Q with very small internal resistance. i) Find the torque angle '8' when the magnitude of the internally generated voltage(Ea) is 30 kV. ii) What is the max. real power in Mega-Watts that the generator can provide if Ea = 27 kV.
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