This book is an adaptation of Power System Analysis and Elements of Power System Analysis written by Professor Emeritus John J. Grainger and the late Professor William D. Stevenson of North Carolina State University. The original contents have been revised with the inclusion of some new contents to keep up with the recentadvances in electric power engineering. The revised work is intended to givethe undergraduate or the first-semester graduate students who study power systems and need a comprehensive and fundamental knowledge to understand the major topics commonly encountered in the present day. The book also gives its readers a sound understanding of the underlying principles of the basic elements of the modern power system including generation, transmission, operation, and control with practical examples for the analysis of real-life problems.
In this book, examples and review questions are illustrated and homework problems are provided at the end of each chapter. MATLAB®† programs developed under GUIDE (Graphical User Interface Development Environment) are provided formost examples to facilitate the understanding of underlying concepts and learn skills of simulations with the software package. This educational tool will help the readers to calculate the power system problems easily and more quickly. The hand calculation results can also be validated by the solutionsobtained by executing this software tool. MATLAB can be used to obtain power system problem solutions that involve different types of vector-matrix operations and numerical analysis methods. It is recommended that readers use MATLAB Release 2013a or a newer version for executing the program. The MATLAB-based educational tool is available at McGraw-Hill’s Online Learning Center.
†MAATLAB is a registeredtrademark of the MathWorks, Inc., 3 Apple Hill Drive, Natick, MA 01760-2098,USA. http://www.mathworks.com.
Table of Contents:
Chapter 1: General Background
Chapter 2: Basic Concepts
Chapter 3: Transformers and Synchronous Machines
Chapter 4: Parameters of Transmission Lines
Chapter 5: Modeling Transmission Lines
Chapter 6: Network Calculations
Chapter 7: Power Flow Studies
Chapter 8: Symmetrical Faults
Chapter 9: Symmetrical Components and Sequence Networks
Chapter 10: Unsymmetrical Faults
Chapter 11: Power System Protection
Chapter 12: Economic Dispatch and Automatic Generation Control
Chapter 13: Power System Stability
Appendix A
Table A1: Typical Range of Transformer Reactances
Table A2: Typical Reactances of Three-phase Synchronous Machines
Table A3: Electrical Characteristics of Bare Aluminum Conductors Steel-Reinforced(ACSR)
Table A4: Inductive Reactance Spacing Factor Xd at 60 Hz (ohms per mile perconductor)
Table A5: Shunt Capacitance-Reactance Spacing Factor Xd at 60 Hz (megaohm-miles perconductor)
Table A6: ABCD Constants for Various Networks
Index
