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Consider The power system shown in Figure below. Use a 100-MVA base. Choose 17 kV as the voltage base for generator. The three- phase power and line-line ratings G1: 90 MVA 20 kV | G2: 90 MVA 18 kV X= 9% T1: 80 MVA 20/200 kV X= 120 0 X= 16% X- 20% 200/20 kV Line: 200 Line G1 Calculate the pu for T2

Consider The power system shown in Figure below. Use a 100-MVA base. Choose 17 kV as the voltage base for generator. The three- phase power and line-line ratings G1: 90 MVA 20 kV | G2: 90 MVA 18 kV X= 9% T1: 80 MVA 20/200 kV X= 120 0 X= 16% X- 20% 200/20 kV Line: 200 Line G1 Calculate the pu for T2

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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Consider The power system shown in Figure below. Use a 100-MVA base. Choose 17 kV as the voltage base for generator. The three- phase power and line-line ratings G1: 90 MVA 20 kV | G2: 90 MVA 18 kV X= 9% T1: 80 MVA 20/200 kV X= 120 0 X= 16% X- 20% 200/20 kV Line: 200 Line G1 Calculate the pu for T2
Transcribed Image Text:Consider The power system shown in Figure below. Use a 100-MVA base. Choose 17 kV as the voltage base for generator. The three- phase power and line-line ratings G1: 90 MVA 20 kV | G2: 90 MVA 18 kV X= 9% T1: 80 MVA 20/200 kV X= 120 0 X= 16% X- 20% 200/20 kV Line: 200 Line G1 Calculate the pu for T2
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