Transient Analysis of Power Systems - (Third Edition)

Author: Li Guangqi
Publisher:
Publish Date: 2007-01-01
Features: This book is a textbook for the "11th Five-Year Plan" of general higher education. It consists of two parts and eight chapters, covering the main content of: Part 1: Analysis of Electromagnetic Transients in Power Systems (Power System Fault Analysis) and Part 2: Electromechanical Transients in Power Systems (Power System Stability). Part 1 includes five chapters: Chapter 1 introduces basic knowledge; Chapter 2 explains the physical process of sudden three-phase short circuits in synchronous machines and approximate expressions for short-circuit currents; Chapter 3 introduces practical calculation methods for three-phase short circuits in power systems and calculation flowcharts; Chapter 4 discusses the analysis and calculation of unsymmetrical faults using the symmetrical component method. Part 2 consists of three chapters: Chapter 6 introduces the electromechanical characteristics of various components in power systems; Chapters 7 and 8 analyze the static and transient stability of power systems, respectively. This book serves as a professional course textbook for university students majoring in "Power Plants and Power Systems" and "Power System Automation," as well as a reference for engineering technicians engaged in power engineering. This book is a textbook for the "11th Five-Year Plan" of general higher education. It consists of two parts and eight chapters, covering the main content of: Part 1: Analysis of Electromagnetic Transients in Power Systems (Power System Fault Analysis) and Part 2: Electromechanical Transients in Power Systems (Power System Stability). Part 1 includes five chapters: Chapter 1 introduces basic knowledge; Chapter 2 explains the physical process of sudden three-phase short circuits in synchronous machines and approximate expressions for short-circuit currents; Chapter 3 introduces practical calculation methods for three-phase short circuits in power systems and calculation flowcharts; Chapter 4 discusses the analysis and calculation of unsymmetrical faults using the symmetrical component method. Part 2 consists of three chapters: Chapter 6 introduces the electromechanical characteristics of various components in power systems; Chapters 7 and 8 analyze the static and transient stability of power systems, respectively. This book serves as a professional course textbook for university students majoring in "Power Plants and Power Systems" and "Power System Automation," as well as a reference for engineering technicians engaged in power engineering.