Power System Engineering

Chapter 1: Introduction 
Chapter 2: Inductance and Resistance of Transmission Lines
Chapter 3: Capacitance of Transmission Lines
Chapter 4: Representation of Power System Components
Chapter 5: Characteristics and Performance of Power Transmission Lines
Chapter 6: Load Flow Studies
Chapter 7: Optimal System Operation
Chapter 8: Power System Security
Chapter 9: Automatic Generation and Voltage Control
Chapter 10: Symmetrical Fault Analysis
Chapter 11: Symmetrical Components
Chapter 12: Unsymmetrical Fault Analysis
Chapter 13: Power System Stability
Chapter 14: Power System Transients
Chapter 15: Circuit Breakers
Chapter 16: Power System Protection
Chapter 17: Underground Cables
Chapter 18: Insulators for Overhead Lines
Chapter 19: Mechanical Design of Transmission Lines
Chapter 20: Corona
Chapter 21: High Voltage DC (HVDC) Transmission
Chapter 22: Distribution Systems
Chapter 23: Voltage Stability
Chapter 24: Sub-stations
Chapter 25: Power Quality
Chapter 26: State Estimation of Power Systems
Chapter 27: Compensation in Power Systems
Chapter 28: Renewable Energy and Smart Grid
Chapter 29: Power System Economics and Management


Appendix A: Generalised Circuit Constants
Appendix B: Triangular Factorisation and Optimal Ordering
Appendix C: Elements of Power System Jacobian Matrix
Appendix D: Kuhn-Tucker Theorem
Appendix E: Real-time Computer Control of Power Systems 
Appendix F: Introduction to MATLAB and SIMULINK
Appendix G: Convergence of Load Flow Methods
Appendix H: Power Electronics Systems
Appendix I: Synchrophasor Technology
Appendix J: Introduction to Vector and Matrix Algebra (Web Supplement)


Index

OVERVIEW


This hallmark text on Power System Engineering provides the readers a comprehensive account of all key concepts in the field. The book includes latest technology developments and talks about some crucial areas of Power system, such as

• Power System Engineering