ECE 446 Course Syllabus

POWER SYSTEMS ANALYSIS

 

Professor: Dr. Luis Youn.

Office: Engineering Building, Room  EB 2034.

Phone: (618) 650-2524
            (618) 650-2809

E-mail:  lyoun@siue.edu

TEXTBOOK: Power Systems Analysis by Arthur R. Bergen, 1986, Prentice-Hall.

REFERENCE: Power System Analysis, John J. Grainger, William D. Stevenson, Jr., 1994, Mc Graw Hill.

                          Electrical Power Systems by Vincent Del Toro, 1992, Prentice-Hall.

Grading Policy:             Test I :  30%

                                       Test II:  35%

                                       Group Project: 15%

                                       Individual Project: 15%

                                       Homework: 5% ( No Late Homework Accepted )

ECE 446 TOPICS

CHAPTER

TOPIC

CONCEPTS

1

Background.

Electric Utility Industry, Power Generation, Cogeneration.

2

Basic Principles.

Complex Power, Balanced Three-Phase Power, Parallel Operation of Synchronous Generators.

3

Transmission-Line Modeling.

Terminal V, I Relations, Lumped-Circuit Equivalent, Long or Medium Lines.

4

Transformer Modeling and Per Unit System

Single- and Three-Phase Transformers, Per Phase Analysis, Per Unit Analysis, Change of Base, Transmission Line and Transformers.

5

Power Flow Analysis.

Power Flow Equations, Gauss-Seidel Method, Newton-Raphson Method.

6

Generation Modeling.

Classical Machine Description, Voltage Generation and Open-Circuit Voltage, Armature Reaction and Terminal Voltage, Power Delivered by Generator, Synchronizing Generator to an Infinite Bus.

7

Unbalanced System Operation.

Symmetrical Components, Use of Symmetrical Components for Fault Analysis, Zero-Sequence Network, Modeling of Generator, Transformer, Transmission-Line for Sequence Networks.

8

Modeling of Small Power Producing Facilities.

Types of Cogeneration Plants, Economic Dispatch Problem, Mathematical Modeling.