Tab Article
This text is intended for undergraduate seniors or first-year graduate students in the power system fields, in this second edition the introductory chapters have been strengthened to improve has been added on system protection.
Electric Energy Systems Theory : An Introduction, 2nd Edition
Title: Electric Energy Systems Theory : An Introduction, 2nd Edition
Author: Olle l. Elgerd
ISBN: 007099286X / 9780070992863
Format: Soft Cover
Pages: 551
Publisher: TMH
Year: 2013
Availability: Out of Stock
Special Indian Edition
Tab Article
Preface
Chapter 1 : Introduction
Chapter 2 : Fundamental Concepts of Electric Entergy System Engineering
Chapter 3 : The Symmetrical Three-Phase System
Chapter 4 : The Three-Phase Synchronous Generator
Chapter 5 : The Power Transformer
Chapter 6 : The Power Transmission Line
Chapter 7 : The Energy System in its Normal State-System Modelling and Power-Flow Analysis
Chapter 8 : Optimum Operating Strategies
Chapter 9 : The Entergy System in Steady State-The Control Problem
Chapter 10 : Entergy System Transients-Surge Phenomena and Symmetrical Fault Analysis
Chapter 11 : Unbalanced System Analysis
Chapter 12 : Emergency Control
Appendixes
Appendix A : Elements of Vector and Matrix Algebra
Appendix B : Travelling Current Wave in Symmetrically Loaded Synchronous Machine
Appendix C : The constrained Case
Appendix D : Turbine Modeling
Index
Title: Electric Energy Systems Theory : An Introduction, 2nd Edition
Author: Olle l. Elgerd
ISBN: 007099286X / 9780070992863
Format: Soft Cover
Pages: 551
Publisher: TMH
Year: 2013
Availability: Out of Stock Special Indian Edition
Author: Olle l. Elgerd
ISBN: 007099286X / 9780070992863
Format: Soft Cover
Pages: 551
Publisher: TMH
Year: 2013
Availability: Out of Stock Special Indian Edition
Tab Article
Preface
Chapter 1 : Introduction
Chapter 2 : Fundamental Concepts of Electric Entergy System Engineering
Chapter 3 : The Symmetrical Three-Phase System
Chapter 4 : The Three-Phase Synchronous Generator
Chapter 5 : The Power Transformer
Chapter 6 : The Power Transmission Line
Chapter 7 : The Energy System in its Normal State-System Modelling and Power-Flow Analysis
Chapter 8 : Optimum Operating Strategies
Chapter 9 : The Entergy System in Steady State-The Control Problem
Chapter 10 : Entergy System Transients-Surge Phenomena and Symmetrical Fault Analysis
Chapter 11 : Unbalanced System Analysis
Chapter 12 : Emergency Control
Appendixes
Appendix A : Elements of Vector and Matrix Algebra
Appendix B : Travelling Current Wave in Symmetrically Loaded Synchronous Machine
Appendix C : The constrained Case
Appendix D : Turbine Modeling
Index
Browse by subjects
