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SBaz (MVA) = 60 VB (kV) = 154 G1 tuulli 40 MVA 33 kV x=0,1 pu G2 50 MVA 33 kV x=0,25 pu T₁ 100 MVA 33/154 kV x=0,2 pu 20 + j 40 Ω T₂ 80 MVA 154/13,8 kV x=0,15 pu 60 MVA M) 13,2 kV x=0,2 pu Yük 20 MVA 0,8 geri güç faktörü a) Construct the reactance diagram in pu of the power system whose single line diagram is given above.

SBaz (MVA) = 60 VB (kV) = 154 G1 tuulli 40 MVA 33 kV x=0,1 pu G2 50 MVA 33 kV x=0,25 pu T₁ 100 MVA 33/154 kV x=0,2 pu 20 + j 40 Ω T₂ 80 MVA 154/13,8 kV x=0,15 pu 60 MVA M) 13,2 kV x=0,2 pu Yük 20 MVA 0,8 geri güç faktörü a) Construct the reactance diagram in pu of the power system whose single line diagram is given above.

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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SBaz (MVA) = 60 = 154 VB (kV) = 1 G1 40 MVA 33 kV x=0,1 pu G2 50 MVA 33 kV x=0,25 pu T₁ 100 MVA 33/154 kV x=0,2 pu 20+j 40 92 T₂ 80 MVA 154/13,8 kV x=0,15 pu M 60 MVA 13,2 kV x=0,2 pu Yük 20 MVA 0,8 geri güç faktörü a) Construct the reactance diagram in pu of the power system whose single line diagram is given above. b) While the motor is running as a synchronous motor with 50 MVA 0.9 reverse power factor, if the voltage at the terminals is V_R=120° pu, find the pu and actual value of the voltage (V_S) at the generator busbar.
Transcribed Image Text:SBaz (MVA) = 60 = 154 VB (kV) = 1 G1 40 MVA 33 kV x=0,1 pu G2 50 MVA 33 kV x=0,25 pu T₁ 100 MVA 33/154 kV x=0,2 pu 20+j 40 92 T₂ 80 MVA 154/13,8 kV x=0,15 pu M 60 MVA 13,2 kV x=0,2 pu Yük 20 MVA 0,8 geri güç faktörü a) Construct the reactance diagram in pu of the power system whose single line diagram is given above. b) While the motor is running as a synchronous motor with 50 MVA 0.9 reverse power factor, if the voltage at the terminals is V_R=120° pu, find the pu and actual value of the voltage (V_S) at the generator busbar.
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