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For a long symmetrical transmission line with an electrical length of p= π/3 radians, what is the maximum power that can be transmitted through the line? a) Assuming that the power transmission angle should not exceed 45 degrees, what is the maximum power that can be transmitted through the line? In this case, what are the voltage at the middle of the line and the reactive power of the sources? b) Design a series capacitive compensator distributed along the line such that the transmission capacity of the line is doubled. In this case, for the same power as part (a), find the voltage at the middle of the line and the reactive power of the sources. c) If shunt compensation is used to maintain a constant voltage profile for the load (p=2p0), determine the susceptance per unit length of the compensator. 1:22 SD

For a long symmetrical transmission line with an electrical length of p= π/3 radians, what is the maximum power that can be transmitted through the line? a) Assuming that the power transmission angle should not exceed 45 degrees, what is the maximum power that can be transmitted through the line? In this case, what are the voltage at the middle of the line and the reactive power of the sources? b) Design a series capacitive compensator distributed along the line such that the transmission capacity of the line is doubled. In this case, for the same power as part (a), find the voltage at the middle of the line and the reactive power of the sources. c) If shunt compensation is used to maintain a constant voltage profile for the load (p=2p0), determine the susceptance per unit length of the compensator. 1:22 SD

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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For a long symmetrical transmission line with an electrical length of p= π/3 radians, what is the maximum power that can be transmitted through the line? a) Assuming that the power transmission angle should not exceed 45 degrees, what is the maximum power that can be transmitted through the line? In this case, what are the voltage at the middle of the line and the reactive power of the sources? b) Design a series capacitive compensator distributed along the line such that the transmission capacity of the line is doubled. In this case, for the same power as part (a), find the voltage at the middle of the line and the reactive power of the sources. c) If shunt compensation is used to maintain a constant voltage profile for the load (p=2p0), determine the susceptance per unit length of the compensator. 1:22 SD
Transcribed Image Text:For a long symmetrical transmission line with an electrical length of p= π/3 radians, what is the maximum power that can be transmitted through the line? a) Assuming that the power transmission angle should not exceed 45 degrees, what is the maximum power that can be transmitted through the line? In this case, what are the voltage at the middle of the line and the reactive power of the sources? b) Design a series capacitive compensator distributed along the line such that the transmission capacity of the line is doubled. In this case, for the same power as part (a), find the voltage at the middle of the line and the reactive power of the sources. c) If shunt compensation is used to maintain a constant voltage profile for the load (p=2p0), determine the susceptance per unit length of the compensator. 1:22 SD
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