Electrical Transmission and Distribution
Lecture 1
Introduction
The subject Distribution System and
Substation Design has the following
objectives:
1.
2.
3.
Provide students with the skills needed to understand,
design and develop new technologies and applications in
the field of Power System;
Prepare professionals in an environment that combines
electrical engineering practice and technical research to
contribute to the growing body of electrical engineers in
the sectors of the industry, business and government; and
Promote a culture of research and an active agent of
extension works.
Suggested References:
•Analysis of Faulted Power Systems by Paul M.
Anderson
•Introduction to Electric Power System Technology by
Theodore Bosela
•Elements of Power System Analysis, 4th Edition
by William D. Stevenson, Jr., McGraw-Hill Inc., c
1984
•Power System Analysis by Hadi Saadat, McGrawHill, c 2004
•Power System Analysis & Design, 5th Edition by
Glover, Sarma and Overbye, Cengage Learning Asia
Pte Ltd, c 2012
References
Generation, Transmission and Distribution
Generation, Transmission and Distribution
Three Single-Phase Circuits
Three Phase Circuit
Positive vs. Negative sequence
Balanced Three-Phase Circuit
Balanced Three-Phase Circuit
Advantages of Balanced Three-Phase Systems
Review Problem 1
Line-to-Neutral (Phase) Voltage
Line-To-Line Voltage
Line Current
Review Problem 2
Three-Phase Circuit Connections
Delta Connected Load
Line Current Vs. Phase Current
Delta-Wye Load Transformation
Review Problem 3
Review Problem 4
References for Additional Review Problems
Ans. 1732A, 255MW
Additional Review Problem 1
Ans: Is = 0.2∟60⁰ , Ic=0.1732∟90⁰
Additional Review Problem 2
Ans: V1=125.37∟0⁰, I2=103.41∟120⁰
Additional Review Problem 3
Find V1 and current I2
Additional Review Problem 4