Power System Protection

Electrical Engineering Power System Protection In a world of huge, interconnected networks that can be completely blacked out by disturbances, Power System Protection offers an improved understanding of the requirements necessary for prompt and accurate corrective action. P.M. Anderson, a noted expert on power systems, presents an analytical and technical approach to power system protection. His discussion shows how abnormal system behavior can be detected before damage occurs, and points to effective control action to limit system outages. Advance your knowledge of power system protection through a better understanding of:Protective devices and controlsProtection conceptsTransmission protectionApparatus protectionSystem aspects of protective systemsReliability analysis of protective systemsPower System Protection is written for practicing engineers and advanced graduate–level student engineers, who need a comprehensive resource on the principles of power system behavior and methods of system analysis. This essential reference work provides new and advanced concepts for understanding systems performance.

Spis treści:
Preface.
Acknowledgments.
List of Symbols.
PROTECTIVE DEVICES AND CONTROLS.
Introduction.
Protection Measurements and Controls.
Protective Device Characteristics.
Relay Logic.
System Characteristics.
PROTECTION CONCEPTS.
Fault Protection of Radial Lines.
Introduction to Transmission Protection.
Complex Loci in the Z and Y Planes.
Impedance at the Relay.
Admittance at the Relay.
TRANSMISSION PROTECTION.
Analysis of Distance Protection.
Transmission Line Mutual Induction.
Pilot Protection Systems.
Complex Transmission Protection.
Series–Compensated Line Protection.
APPARATUS PROTECTION.
Bus Protection.
Transformer and Reactor Protection.
Generator Protection.
Motor Protection.
SYSTEM ASPECTS OF PROTECTION.
Pr otection Against Abnormal System Frequency.
Protective Schemes for Stability Enhancement.
HVDC Protection.
SSR Protection.
RELIABILITY OF PROTECTIVE SYSTEMS.
Basic Raliability Concepts.
Reliability Analysis.
Reliability Concepts in System Protection.
Fault Tree Analysis of Protective Systems.
Markov Modeling of Protective Systems.
APPENDICES.
Appendix A: Protection Terminology.
Appendix B: Protective Device Classification.
Appendix C: Overhead Line Impedances.
Appendix D: Transformer Data.
Appendix E: 500 kV Transmission Line Data.
Index.
About the Author.

Nota biograficzna:
About the Author P.M. Anderson has over 40 years of experience in power system engineering and research, power education, technical writing, and research management. His areas of interest are power system analysis, computer applications, and system dynamic performance. Currently a consultant, Dr. Anderson served as a professor of engineering at Iowa State University, Arizona State University, and Washington State University, where he was the Schweitzer Visiting Professor. Dr. Anderson is the author of Analysis of Faulted Power Systems (IEEE Press, 1995) and coauthor of Power System Control and Stability (IEEE Press, 1994), Subsynchronous Resonance in Power Systems (IEEE Press, 1990), and Series Compensation of Power Systems (PBLSH!, Inc., 1996).

Okładka tylna:
Electrical Engineering Power System Protection In a world of huge, interconnected networks that can be completely blacked out by disturbances, Power System Protection offers an improved understanding of the requirements necessary for prompt and accurate corrective action. P.M. Anderson, a noted expert on power systems, presents an analytical and technical approach to power system protection. His discussion shows how abnormal system behavior can be detected before damage occurs, and points to effective control action to limit system outages. Advance y our knowledge of power system protection through a better understanding of:Protective devices and controlsProtection conceptsTransmission protectionApparatus protectionSystem aspects of protective systemsReliability analysis of protective systemsPower System Protection is written for practicing engineers and advanced graduate–level student engineers, who need a comprehensive resource on the principles of power system behavior and methods of system analysis. This essential reference work provides new and advanced concepts for understanding systems performance.