Focusing on probable power system failure modes and the protective relays used to detect these failures, this text offers useful concepts in a way that is easier to understand because they are equally relevant to older, electromechanical and solid-state relays, and newer, more versatile microprocessor-based relays.
Focusing on probable power system failure modes and the protective relays used to detect these failures, this text offers useful concepts in a way that is easier to understand because they are equally relevant to older, electromechanical and solid-state relays, and newer, more versatile microprocessor-based relays.
Anthony Sleva is president of Sleva Associates, an electrical consulting and training company. He is a registered Professional Engineer with a BSEE degree from Pennsylvania State University. During his career, he has designed electrical systems for nuclear generating stations; designed 500-230 KV, 230-69 KV, 138-12 KV and 69-12 KV substations; provided technical support to power dispatchers, system operators and plant operators; and developed technical training programs for technicians, drafters, designers and technical clerks. Mr. Sleva specializes in the analysis of power system events that cause the loss of customer load and/or the initiation of emergency load control procedures as well as events that may have been caused by incorrect protective relay actuations.
Inhaltsangabe
Power System Components. Power System Sub-Components. Abnormal Power System Conditions. Short Circuit Calculations. Protective Relay Functions. Protective Relay Functional Combinations. Zones and Regions of Protection. Physical Characteristics of Protective Relays. Setting Considerations. Protection and Control Schemes. Protective Relay Coordination. Distribution Line Protection Radial Lines. Distribution Line Protection Network Lines. Transmission Line Protection. Transformer Protection. Bus Protection. Breaker Failure Relaying. Capacitor Protection. Shunt and Series Reactor Protection. Grid Protection.
Power System Components. Power System Sub-Components. Abnormal Power System Conditions. Short Circuit Calculations. Protective Relay Functions. Protective Relay Functional Combinations. Zones and Regions of Protection. Physical Characteristics of Protective Relays. Setting Considerations. Protection and Control Schemes. Protective Relay Coordination. Distribution Line Protection Radial Lines. Distribution Line Protection Network Lines. Transmission Line Protection. Transformer Protection. Bus Protection. Breaker Failure Relaying. Capacitor Protection. Shunt and Series Reactor Protection. Grid Protection.
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