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For the given power system, Generators: Transformers: a) Compute the table below: Base Power Base Voltage Base Impedance Base Current ZGI ZTI 300 MVA, 20 kV, X"=20% 300 MVA, 220/20 kV, X=10% Z Transmission Lines T₁ Zone 1 (G₁) 20 kV 200 KV 1750 c) Draw the reactance diagram of the system. 175 200 KV WT₂ b) Determine the per unit value of each quantity with respect to the system base. VG2 VGI Zone 2 (Transmission Lines) 200 KV 1750 ZG₂ ZT2 300 MVA Zone 3 (G₂) VG3 ZG3 ZT3 Zone 4 (G3)

For the given power system, Generators: Transformers: a) Compute the table below: Base Power Base Voltage Base Impedance Base Current ZGI ZTI 300 MVA, 20 kV, X"=20% 300 MVA, 220/20 kV, X=10% Z Transmission Lines T₁ Zone 1 (G₁) 20 kV 200 KV 1750 c) Draw the reactance diagram of the system. 175 200 KV WT₂ b) Determine the per unit value of each quantity with respect to the system base. VG2 VGI Zone 2 (Transmission Lines) 200 KV 1750 ZG₂ ZT2 300 MVA Zone 3 (G₂) VG3 ZG3 ZT3 Zone 4 (G3)

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 the given power system, Generators: Transformers: a) Compute the table below: Base Power Base Voltage Base Impedance Base Current ZTI 300 MVA, 20 kV, X"=20% 300 MVA, 220/20 kV, X=10% Z Transmission Lines Zone 1 (G₁) 20 kV 200 kV 1750 c) Draw the reactance diagram of the system. 750 200 kV G₁ b) Determine the per unit value of each quantity with respect to the system base. VG2 VGI ZG₂ ZGI 200 KV j750 Zone 2 (Transmission Lines) ZT2 300 MVA Zone 3 (G₂) VG3 ZG3 ZT3 Zone 4 (G3)
Transcribed Image Text:For the given power system, Generators: Transformers: a) Compute the table below: Base Power Base Voltage Base Impedance Base Current ZTI 300 MVA, 20 kV, X"=20% 300 MVA, 220/20 kV, X=10% Z Transmission Lines Zone 1 (G₁) 20 kV 200 kV 1750 c) Draw the reactance diagram of the system. 750 200 kV G₁ b) Determine the per unit value of each quantity with respect to the system base. VG2 VGI ZG₂ ZGI 200 KV j750 Zone 2 (Transmission Lines) ZT2 300 MVA Zone 3 (G₂) VG3 ZG3 ZT3 Zone 4 (G3)
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