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Vs 500 kV Equivalent System X₁ = X2=5% X₁ = 21.6% L-13.8 kv سلس Vs On 100 MVA 230 kV Equivalent System X₁ = X2=8% X=28% On 100 MVA 100 MVA 500: 230: 13.8 kV XHM 8% On 100 MVA XHL 30% On 50 MVA = XML 20% On 40 MVA P3. Draw the positive, negative, and zero sequence network of the system above. For simplicity, ignore voltage sources or prefault voltages.

Vs 500 kV Equivalent System X₁ = X2=5% X₁ = 21.6% L-13.8 kv سلس Vs On 100 MVA 230 kV Equivalent System X₁ = X2=8% X=28% On 100 MVA 100 MVA 500: 230: 13.8 kV XHM 8% On 100 MVA XHL 30% On 50 MVA = XML 20% On 40 MVA P3. Draw the positive, negative, and zero sequence network of the system above. For simplicity, ignore voltage sources or prefault voltages.

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 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Vs 500 kV Equivalent System X₁ = X2=5% X₁ = 21.6% L-13.8 kv سلس Vs On 100 MVA 230 kV Equivalent System X₁ = X2=8% X=28% On 100 MVA 100 MVA 500: 230: 13.8 kV XHM 8% On 100 MVA XHL 30% On 50 MVA = XML 20% On 40 MVA P3. Draw the positive, negative, and zero sequence network of the system above. For simplicity, ignore voltage sources or prefault voltages.
Transcribed Image Text:Vs 500 kV Equivalent System X₁ = X2=5% X₁ = 21.6% L-13.8 kv سلس Vs On 100 MVA 230 kV Equivalent System X₁ = X2=8% X=28% On 100 MVA 100 MVA 500: 230: 13.8 kV XHM 8% On 100 MVA XHL 30% On 50 MVA = XML 20% On 40 MVA P3. Draw the positive, negative, and zero sequence network of the system above. For simplicity, ignore voltage sources or prefault voltages.
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