Course Objectives:
1- Understanding the functions of various power system components.
2- Modeling and analysis of transmission lines and cables.
3- Understanding basic concepts of distribution systems, insulators, cables, grounding systems and   system protection.
  
Course Topics:
1- Introduction to Power Systems and Power System Components (3 Lectures).
2- Series Impedance of Transmission Lines (5 Lectures).
3- Shunt Capacitance of Transmission Lines (2 Lectures).

Text Book:
“Introductory Circuit Analysis” By Robert L. Boylestad, 10th Edition, Published by Prentice Hall, 2001.
Course outline:

 Topics of current interest will be offered  such as
1- Renewable Energy Engineeriny
2- Energy Efficiency

AC and DC transmission systems; Three-phase line commutated bridge converters as applied to HVDC transmission; HVDC within an AC transmission system for enhancing its performance; Flexible AC Transmission Systems "FACTS": series capacitors, static compensators, unified power flow controllers, static phase shifter and other emerging FACTS technologies.

Characteristics, failure mechanisms and applications of solid liquid, Gaseous, vacuum and composite insulating materials. Life estimation of insulation systems. Insulation coordination. Critical stress values for commonly used insulation media.