Protective Relaying Principles & Applications - School of Continuing Education, University Of Wisconsin

	Protective Relaying Principles & Applications

	This program presents the fundamental concepts of protective relaying. It begins with the basic concepts, advances to important setting considerations, demonstrates how short circuit currents are calculated, demonstrates how phase distance and overcurrent relay settings are determined, and concludes with a discussion of fault and disturbance analysis. Upon completing this course, participants should be able to recognize key protective relaying considerations for distribution lines, transmission lines, substations, transformers, buses and circuit breakers.
Who Should Attend ▼ Analysts, designers, engineers and technicians involved with the design, development or utilization of transmission lines, distribution lines, substations or medium voltage motors as well as anyone involved in protective relay selection and application. Close ▲ Benefits and Learning Outcomes ▼ Learn criteria used to select protective relay settings Understanding of key design considerations and operations Examine case studies that include examples of correct and incorrect operation of protective relaying schemes Close ▲ Course Outline/Topics ▼ Tools of the Trade Single line diagrams Zones of protection Per unit system Symmetrical components Short circuit calculations Three line diagrams Current transformers – polarity and connections Voltage transformers – polarity and connections Circuit breaker tripping schemes Redundancy Dependability Security Reliability Substation Protection Transformer differential relays Transformer overload relays Bus differential relays Ring bus differential considerations Circuit breaker failure considerations Arc flash considerations System Protection Overvoltage and undervoltage relays Voltage comparison relays Overfrequency and underfrequency relays Distribution System Protection Overhead and underground lines Phase time overcurrent relays Phase instantaneous overcurrent relays Ground time overcurrent relays Ground instantaneous overcurrent relays Steady state load limits Cold load pickup inrush Voltage recovery inrush Coordination with downstream fuses Coordination with downstream reclosers Distributed generation considerations Protection of Selected Equipment Large motors Shunt reactors Series reactors Large capacitor banks (series parallel can arrangements) Transmission System Protection Phase relays (Zone 1, Zone 2 & Zone 3) Arc resistance Steady state load limits Transient load limits Directional time overcurrent ground relays Directional instantaneous overcurrent ground relays Multi-terminal lines Apparent impedance Ground bank action Communication Aided Relaying Schemes Permissive over-reaching schemes Direct under-reaching schemes Direct transfer tripping schemes Directional comparison Close ▲
	This program can be applied toward the: Electrical Engineering Certificate



	Tue.-Thu., Oct. 22-24 8am-4:30pm Location: UWM School of Continuing Education (Click link for directions) Instructor: Anthony F. Sleva, P.E., Adjunct Faculty Fee: $1190 CEUs: 2.0/PDHs: 20 Program No. 4830-6015 Add To Registration Form Check Registration Form

	Tue.-Thu., Apr. 8-10, 2014 8am-4:30pm Location: UWM School of Continuing Education (Click link for directions) Instructor: Anthony F. Sleva, P.E., Adjunct Faculty Fee: $1190 CEUs: 2.0/PDHs: 20 Program No. 4830-6034 Add To Registration Form Check Registration Form


	Introduction to Power System Load Models Discussion of Widespread Power System Blackouts


		Protective Relyaing Principles & Applications course details PDF

	For more information, contact:
		Murali Vedula, mvedula@uwm.edu, 414-227-3121 Marcia Gabriel, gabrielm@uwm.edu, 414-227-3378

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