Overview

Understand industrial and commercial power systems with this essential guide Power system analysis is an essential component of new system design, system expansion, and existing system operation. A wide range of published standards and computing tools is available for the analysis of industrial and commercial power systems. This is the first book to provide specific information and practical analysis. Industrial and Commercial Power System Analysis: Fundamentals and Practice fills this gap with a handy, accessible reference for students and practicing engineers. Its chapters cover basic equipment and system configurations and their associated computer models, operating conditions, numerical solution essentials, and analysis objectives and approaches. The result is a volume which directly contributes to the skills needed to apply power systems analysis software in research and industrial applications. Readers will also find: An introductory chapter outlining the basic characteristics of industrial and commercial ­power systems Detailed discussion of topics including modeling and simulation techniques, data requirements and data preparation, tuning and validation, study scenario selections, and many more Applicable industrial codes and standards Concrete examples of industrial and commercial power system ­analysis in practice Industrial and Commercial Power System Analysis: Fundamentals and Practice is ideal for undergraduates, graduates, or practicing engineers looking for an up-to-date reference on the essential tools and standards of power system analysis.

Full Product Details

Author:   J. J. Dai (IEEE)
Publisher:   John Wiley & Sons Inc
Imprint:   Wiley-IEEE Press
Weight:   0.671kg
ISBN:  

9781394265039

ISBN 10:   1394265034
Pages:   304
Publication Date:   31 December 2024
Audience:   Professional and scholarly ,  Professional & Vocational
Format:   Hardback
Publisher's Status:   Active
Availability:   Available To Order  
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Table of Contents

About the Author xiii Preface and Acknowledgments xv 1 Industrial and Commercial (I&C) Power System 1 1.1 General Background 1 1.2 I&C Power System Single-Line Presentation 2 1.3 Components and Equipment in I&C Power Systems 2 2 I&C Power System Analysis Applications 17 2.1 Objectives and Procedures 17 2.2 Type of Analysis 18 2.3 Scenarios 51 2.4 Data and Results 76 3 Computer Modeling of I&C Power Systems 111 3.1 Equipment and Component Modeling 111 3.2 Control System Model 140 3.3 Network Modeling 155 3.4 Model Integration 161 3.5 Operation Modeling 163 4 Industrial and Commercial Power System Mathematical Solutions 167 4.1 Load Flow Solution 167 4.2 Short-Circuit Solution 172 4.3 Motor Starting Solution 179 4.4 Harmonic Solution 183 4.5 Transient Stability Solution 188 5 Numerical Simulation Techniques 195 5.1 Linear Algebraic Equation 195 5.2 Differential Equation 201 5.3 Integral Equation 203 5.4 Mixed Linear Algebraic and Differential Equation 205 6 Examples of Practical I&C Power System Analysis 207 6.1 Objectives 207 6.2 Voltage Drops Study 208 6.3 Power Factor Study 216 6.4 Over-Current Study 220 6.5 Reactive Power Inrush Study 224 6.6 Harmonic Distortion Study 229 6.7 Rotor Angle Swing Study 235 6.8 Frequency Decay Study 246 Appendix A Relevant IEEE Standards and References 255 A.1 IEEE Std. 3002.2 255 A.2 IEEE Std. 3002.3 258 A.3 IEEE Std. 3002.7 260 A.4 IEEE Std. 3002.8 262 A.5 IEEE Standard on Transient Stability Analysis 265 References 268 Index 269

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Author Information

J.J. Dai, PhD, is a retired physical scientist and electrical engineer. He has authored and co-authored more than 30 technical papers in the field of power system modeling and analysis. He is a registered Professional Engineer in the state of California, USA, a Member of IEEE, and a past Chairman of the Power System Analysis Subcommittee of the IEEE Industrial Applications Society (IAS). He has been actively involved in the development of IEEE standards on industrial and commercial power system analysis.

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