Principles and Technology of High-Voltage Power Grid Relay Protection

Author: Zhu Shengshi
Publisher:
Publish Date: 2005-04-01
Features: This book is based on the second edition of "Principles and Technology of Relay Protection for High-Voltage Power Grids" and has been adjusted and revised in part according to the development of relay protection technology. The book is divided into fourteen chapters:
1. The Scientific Nature and Engineering Techniques of Power System Relay Protection
2. Calculation of Power System Asymmetry Faults
3. Transient Processes of Short Circuits in High-Voltage Long-Distance Transmission Lines
4. Microcomputer Protection
5. Basic Methods of Relay Implementation
6. Current and Voltage Protection
7. Distance Relays
8. Voltage Phasor Diagram Method
9. Analytical Analysis of Distance Relay Operation Behavior
10. Fault Component Relays
11. Oscillation Blocking for Distance Protection
12. Directional Transverse Protection and Distance Transverse Protection
13. Microcomputer-Based Distance Protection Systems for Transmission Lines
14. Principles and Applications of Transverse Differential Protection
Table of Contents:
Preface
Chapter 1 The Scientific Nature and Engineering Techniques of Power System Relay Protection
Chapter 2 Calculation of Power System Asymmetry Faults
Chapter 3 Transient Processes of Short Circuits in High-Voltage Long-Distance Transmission Lines
Chapter 4 Microcomputer Protection
Chapter 5 Basic Methods of Relay Implementation
Chapter 6 Current and Voltage Protection
Chapter 7 Distance Relays
Chapter 8 Voltage Phasor Diagram Method
Chapter 9 Analytical Analysis of Distance Relay Operation Behavior
Chapter 10 Fault Component Relays
Chapter 11 Oscillation Blocking for Distance Protection
Chapter 12 Directional Transverse Protection and Distance Transverse Protection
Chapter 13 Microcomputer-Based Distance Protection Systems for Transmission Lines
Chapter 14 Principles and Applications of Transverse Differential Protection
References