Cliquez ici pour langue française Ressources
French Language Resources
Power System Analysis
Power System Analysis First Edition McHraw-Hill 1999 ISBN: 0-07-5616343
  Power System Analysis second Edition McHraw-Hill 2002 ISBN: 0-07-2847964  

Short-form Chinese Translation of second
Edition McGraw-Hill 2004

  Long-form Traditional Chinese Translation of Third Edition McGraw-Hill 2011
Power System Analysis 1st Ed   Power System Analysis 2nd Ed   Power System Analysiis 2nd Ed Chinese SH Form   Power System Analysis 3rd Ed Chinese Lg Form
OUT OF PRINT   OUT OF PRINT   ISBN: 957-493-229-X   ISBN: 978-986-157-821-7

Second edition is replaced by

Power System Analysis Third Edition, Hadi Saadat
PSA Publishing 2011 (Hardcover, ISBN: 978-0-9845438-6-1)

Order Power System Analysis Third Edition at PSA Publishing also available at

Power System Analysis, Third Edition

Overview New to this Edition Features Main Topics


Power System Analysis is designed for senior undergraduate or graduate electrical engineering students studying power system analysis and design. The book gives readers a thorough understanding of the fundamental concepts of power system analysis and their applications to real-world problems. MATLAB and SIMULINK, ideal for power system analysis, are integrated into the text, which enables students to confidently apply the analysis to the solution of large practical power systems with ease.

  Power System Analysis

New to this Edition

In the third edition, Chapter 1 is revised comprehensively to include energy resources and their environmental impacts.  It covers various fossil-fuel power plants as well as all modern power plants using renewable energy sources.  Also, this chapter includes discussion of the emergence of the smart grid and the role of power electronics in modern power systems.  In this edition, programs, functions, and SIMULINK diagrams have been updated to run on the latest version of MATLAB (V7.10, R210a).

The author-developed power system toolbox offers students the opportunity for hands-on experience in the design and analysis of power systems without the burden of detail programming. This ready-access toolbox enables the students to confidently apply the analysis to the solution of large practical power systems. As a consequence of these features, the book is a superior foundation for further study of power systems and advanced analyses. The MATLAB M-files on the accompanying diskette can be copied to the user's computer and used to solve all the examples and the problems at the end of the chapters. The toolbox contains numerous interactive functions and practical programs for typical power system analyses that are designed to work in synergy and communicate with each other through the use of global variables.The book is distinguished by the emphasis on the integration and implementation of the computer-aided analysis and design that permeate the entire text. This integrated approach not only fosters the continued use of the computer throughout the curriculum, but supports the Accreditation Board for Engineering and Technology (ABET) requirements which specifically call for the use of the computer in the solution of engineering problems.With this book, the files included on diskette, and a suitable computer, users will find numerous opportunities to apply the techniques presented in solving sophisticated and large interconnected power systems with ease. Appendices include an introduction to MATLAB, SIMULINK, and an introduction to relevant control system topics.

Main Topics

  1. The Power System and Electric Power Generation
  2. Basic Principles
  3. Generator and Transformer Models; The Per Unit System
  4. Transmission Line Parameters
  5. Line Model and performance
  6. Power Flow Analysis
  7. Optimal Dispatch of Generation
  8. Synchronous Machine Transient Analysis
  9. Balanced Fault
  10. Symmetrical Component and Unbalanced Fault 
  11. Stability
  12. Power System Control
  13. Introduction To MATLAB
  1. Review of Feedback Control Systems
  2. Power System Toolbox
  3. Answers To Problem

Site maintained by Hadi Saadat