Since transmitting reactive power over long distances is not feasible, power factor correction capacitors are used to provide local reactive power compensation. This text provides engineers with a step-by-step approach to the fundamentals, capacitor applications, protection issues, and system impact based on practical installations involved in designing power system capacitors. The author describes the fundamentals of capacitors focused on the power factor correction, industry standards, capacitor specifications, protection of shunt capacitors, maintenance of capacitor banks, and system impact issues. This is a valuable tool for any power system engineer in industry, utilities, consulting, and practical power system evaluation.
Inhaltsverzeichnis
Preface. Introduction. Fundamentals of Capacitors. Power Factor Concepts. Industry Standards. Capacitor Specifications. Testing of Capacitors. Location of Shunt Capacitors. Power Factor Improvement. System Impacts. Series Capacitors. Surge Capacitors. Capacitor for Motor Applications. Capacitors for Other Applications. Static Var Capacitors. Protection of Shunt Capacitors. Overcurrent Protection. Circuit Breakers. Surge Protection. Maintenance and Trouble Shooting. Harmonic Filtering. Capacitance-Transformer Transients. Capacitor Switching. Induced Voltage in Control Cables. Economic Analysis. Bibliography. Appendix A: Capacitor Circuit Fundamentals. Appendix B: Definitions. Appendix C: Circuit Breaker Data. Appendix D: Surge Arrester Data. Appendix E: Fuse Characteristics.
