Protective Relay Principles - Sleva, Anthony M
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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.

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Produktbeschreibung
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.
Autorenporträt
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.