Power Systems Harmonics : Fundamentals, Analysis and Filter Design / by George J. Wakileh.

Format:

Book

Author/Creator:

Wakileh, George J., Author.

Series:

Power Systems, 1860-4676

Language:

English

Subjects (All):

Electric power production.

Automatic control.

Robotics.

Automation.

Electrical Power Engineering.

Control, Robotics, Automation.

Local Subjects:

Electrical Power Engineering.

Control, Robotics, Automation.

Physical Description:

1 online resource (XV, 506 p.)

Edition:

1st ed. 2001.

Place of Publication:

Berlin, Heidelberg : Springer Berlin Heidelberg : Imprint: Springer, 2001.

Summary:

The electric utility's increasing use of power factor correction capacitor banks and the industry's widespread application of power-electronic converters have set the basis for, recently, paying considerable attention to the issue of power system harmonics. Aiming at a better understanding of power system harmonics, this text presents a discussion of this issue, providing a quantitative analysis when possible. Pertinent equations are developed. 80 practical case studies based on real-life work experience come with the text. These are analysed providing the results and commenting on the output. Furthermore, 80 end-of-chapter problems are provided. A detailed solution manual is available. The book can be used as a textbook for undergraduate and graduate students, in short-courses offered by consultants and institutes, as well as a tutorial, reference, or self-study course for practising engineers in the industry and electric utility.

Contents:

1. Introduction

2. Fundamentals of Harmonics

3. Harmonics in Power Systems — Their Causes

4. Effects of Harmonic Distortion on Power Systems

5. Mitigation of Power System Harmonics

6. Limits of Harmonic Distortion

7. Harmonic Studies — Modelling of System Components

8. Transformer Modelling

9. Modelling of Transmission Lines / Cables

10. Power System Harmonic Studies — A Simple Approach

Appendices

A. A Review of Transformation and Symmetrical Components

A.2 Symmetrical Components

B. Phase and Sequence Admittance Matrices for Three-Phase Transformers

B.2.1 Yd1 Transformers

B.2.2 Yd3 Transformers

B.2.3 Yd5 Transformers

B.2.4 Yd7 Transformers

B.2.5 Yd9 Transformers

B.2.6 Yd11 Transformers

B.4.1 Dyl Transformers

B.8 Y—Y Transformers

B.8.1 Yy0 Transformers

B.8.2 Yy2 Transformers

B.8.3 Yy4 Transformers

B.8.4 Yy6 Transformers

B.8.5 Yy8 Transformers

B.8.6 Yy10 Transformers

B.9.1 Dd0 Transformers

B.9.2 Dd2 Transformers

B.9.3 Dd4 Transformers

B.9.4 Dd6 Transformers

B.9.5 Dd8 Transformers

B.9.6 Dd10 Transformers

B.10 Summary

C. Transmission Matrices for Three-Phase Transformers

C.1.1.1 Yd1 Transformers

C.1.1.2 Yd3 Transformers

C.1.1.3 Yd5 Transformers

C.1.1.4 Yd7 Transformers

C.1.1.5 Yd9 Transformers

C.1.1.6 Yd11 Transformers

C.1.2.1 Dy1 Transformers

C.1.2.2 Dy3 Transformers

C.1.2.3 Dy5 Transformers

C.1.2.4 Dy7 Transformers

C.1.2.5 Dy9 Transformers

C.1.2.6 Dy11 Transformers

C.1.3 Summary

C.2.1 Yy0 and Dd0 Transformers

C.2.2 Yy2 and Dd2 Transformers

C.2.3 Yy4 and Dd4 Transformers

C.2.4 Yy6 and Dd6 Dz6 Transformers

C.2.5 Yy8 and Dd8 Dz8 Transformers

C.2.6 Yy10 and Dd10 Transformers

C.2.7 Summary.

ISBN:

3-662-04343-2