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//5 KV, 82.6bem 2. Xline= 0.4 3/km HE System Base: 100 MVA, 115 kV at bus 1. Bus 1 is voltage regulated. V V, Using the power transfer formula P,=2 sin d and the circle diagram at X the receiving-end bus 2. With V = 1.0 pu and V= 1.05 pu, determine the maximum active power that can be transmitted without exceeding a transmission angle of o = 30° Use the following formula to draw circle diagram and solve the second part: V? = 2 2-90 + VV, 2290-6

//5 KV, 82.6bem 2. Xline= 0.4 3/km HE System Base: 100 MVA, 115 kV at bus 1. Bus 1 is voltage regulated. V V, Using the power transfer formula P,=2 sin d and the circle diagram at X the receiving-end bus 2. With V = 1.0 pu and V= 1.05 pu, determine the maximum active power that can be transmitted without exceeding a transmission angle of o = 30° Use the following formula to draw circle diagram and solve the second part: V? = 2 2-90 + VV, 2290-6

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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1. Consider the following power transmission system: Perj@e {pf=0.8 tag //5 kV, 82.66km Xline= 0.4 /km (2) System Base: 100 MVA, 115 kV at bus 1. Bus 1 is voltage regulated. Using the power transfer formula P, sin d and the circle diagram at the receiving-end bus 2. With V, = 1.0 pu and V; = 1.05 pu, determine the maximum active power that can be transmitted without exceeding a transmission angle of o = 30° Use the following formula to draw circle diagram and solve the second part: S, V2 /90-8
Transcribed Image Text:1. Consider the following power transmission system: Perj@e {pf=0.8 tag //5 kV, 82.66km Xline= 0.4 /km (2) System Base: 100 MVA, 115 kV at bus 1. Bus 1 is voltage regulated. Using the power transfer formula P, sin d and the circle diagram at the receiving-end bus 2. With V, = 1.0 pu and V; = 1.05 pu, determine the maximum active power that can be transmitted without exceeding a transmission angle of o = 30° Use the following formula to draw circle diagram and solve the second part: S, V2 /90-8
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