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The following figure represents a simplified model of the power supply to a load centre from a generating station. Determine the voltage at the generating station (Line-line) and the real/reactive power (3 phase) of the generator. Transformer j 11.90 ohms (per phase) 345 kV side; 13.8/345 kV 500 MVA Delta Y-Grounded. (Series resistance, shunt resistance and reactance are neglected). Solve in Per Unit; 345 kV, 500 (3 phase) MVA base in line. Line Z= 9.52+j47.6 ohms (per phase ) Transformer impedance is for a line-neutral model. 2. tiz Gen. Station Load Transmission Line 3 Phase slack 400 MW Transformer 80 Mvar Load Voltage 329.41 kV Line-Line

The following figure represents a simplified model of the power supply to a load centre from a generating station. Determine the voltage at the generating station (Line-line) and the real/reactive power (3 phase) of the generator. Transformer j 11.90 ohms (per phase) 345 kV side; 13.8/345 kV 500 MVA Delta Y-Grounded. (Series resistance, shunt resistance and reactance are neglected). Solve in Per Unit; 345 kV, 500 (3 phase) MVA base in line. Line Z= 9.52+j47.6 ohms (per phase ) Transformer impedance is for a line-neutral model. 2. tiz Gen. Station Load Transmission Line 3 Phase slack 400 MW Transformer 80 Mvar Load Voltage 329.41 kV Line-Line

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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The following figure represents a simplified model of the power supply to a load centre from a generating station. Determine the voltage at the generating station (Line-line) and the real/reactive power (3 phase) of the generator. Transformer j 11.90 ohms (per phase) 345 kV side; 13.8/345 kV 500 MVA Delta Y-Grounded. (Series resistance, shunt resistance and reactance are neglected). Solve in Per Unit; 345 kV, 500 (3 phase) MVA base in line. Line Z= 9.52+j47.6 ohms (per phase ) Transformer impedance is for a line-neutral model. 2. tiz Gen. Station Load Transmission Line 3 Phase slack 400 MW Transformer 80 Mvar Load Voltage 329.41 kV Line-Line
Transcribed Image Text:The following figure represents a simplified model of the power supply to a load centre from a generating station. Determine the voltage at the generating station (Line-line) and the real/reactive power (3 phase) of the generator. Transformer j 11.90 ohms (per phase) 345 kV side; 13.8/345 kV 500 MVA Delta Y-Grounded. (Series resistance, shunt resistance and reactance are neglected). Solve in Per Unit; 345 kV, 500 (3 phase) MVA base in line. Line Z= 9.52+j47.6 ohms (per phase ) Transformer impedance is for a line-neutral model. 2. tiz Gen. Station Load Transmission Line 3 Phase slack 400 MW Transformer 80 Mvar Load Voltage 329.41 kV Line-Line
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