Power System Analysis: A Dynamic Perspective

Description

Power System Analysis: A Dynamic Perspective— a text designed to serve as a bridge between the undergraduate course on power systems and the complex modelling and computational tools used in the dynamic analysis of practical power systems. With extensive teaching and research experience in the field, the author presents fundamental and advanced concepts using rigorous mathematical analysis and extensive time-domain simulation results. The text also includes numerous plots with clear explanation for easy understanding.

Key Features

• Detailed coverage of synchronous machine modelling with extensive simulation results and plots
• Coverage of fundamentals to provide a good introduction to conventional stability analyses
• Dynamic concepts are illustrated using simple modelling calculations, ranging from simple cases to complex interconnected power systems
• Over 150 exercises and review questions and 50+ case study examples
• MATLAB/SIMULINK script and model files for examples and exercises are available on the Companion Web site

Table of Contents

1. Foreword
2. Preface
3. About the Author
4. Chapter 1 Introduction to Power System Analysis
5. Chapter 2 Basics of Power Systems
6. Chapter 3 Park-Based Transformations
7. Chapter 4 Synchronous Machine Modelling Using Primitive Parameters
8. Chapter 5 The Standard Parameters of Synchronous Machine
9. Chapter 6 Numerical Integration of ODEs
10. Chapter 7 Numerical Iterative Methods
11. Chapter 8 Fault Analysis of Power Systems
12. Chapter 9 Introduction to Sub-synchronous Resonance
13. Chapter 10 SSR Analysis of the IEEE First Benchmark Model
14. Chapter 11 Controllers for Synchronous Generator
15. Chapter 12 Power System Angle Stability
16. Chapter 13 Modal Analysis of Power Systems with Interconnected Generators
17. Chapter 14 Transient Stability Analysis of Power Systems with Interconnected Generators
18. Chapter 15 Dynamic Modelling of Some Electrical Machines and their Power-flow Analysis
19. Index