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A three phase, 60 Hz, 80 miles long transmission line has series impedance z=5+j 202 and Y shunm = j 30×10$ S and is connected to a load Z=100 * 25.8°N at its receiving end. The line-to-line voltage across the load is 230kV. Find the following 1. ABCD matrix 2. Current and line-to-line voltage at its sending end 3. Power factor at sending end 4. Real and reactive power at the sending. 5. Voltage regulation 6. Efficiency

A three phase, 60 Hz, 80 miles long transmission line has series impedance z=5+j 202 and Y shunm = j 30×10$ S and is connected to a load Z=100 * 25.8°N at its receiving end. The line-to-line voltage across the load is 230kV. Find the following 1. ABCD matrix 2. Current and line-to-line voltage at its sending end 3. Power factor at sending end 4. Real and reactive power at the sending. 5. Voltage regulation 6. Efficiency

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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A three phase, 60 Hz, 80 miles long transmission line has series impedance z=5+j 202 and Y shunm = j 30×10$ S and is connected to a load Z=100 * 25.8°N at its receiving end. The line-to-line voltage across the load is 230kV. Find the following 1. ABCD matrix 2. Current and line-to-line voltage at its sending end 3. Power factor at sending end 4. Real and reactive power at the sending. 5. Voltage regulation 6. Efficiency
Transcribed Image Text:A three phase, 60 Hz, 80 miles long transmission line has series impedance z=5+j 202 and Y shunm = j 30×10$ S and is connected to a load Z=100 * 25.8°N at its receiving end. The line-to-line voltage across the load is 230kV. Find the following 1. ABCD matrix 2. Current and line-to-line voltage at its sending end 3. Power factor at sending end 4. Real and reactive power at the sending. 5. Voltage regulation 6. Efficiency
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