Power system protection is an essential component of all forms of electrical power systems. In practice, protective relaying is directly associated with security of supply, the reduction of damage to the faulted plant, the cost of energy, and, most importantly, all aspects of safety. The subject is unique in requiring knowledge of all topics broadly classified under the title of electrical power engineering, including generation, utilization, maintenance, and the transmission of electrical power. As a consequence, it enhances an engineer’s working knowledge and becomes an important asset for power system planning, operation, and management.
The course focuses attention on the fundaments of the subject and illustrates the protection philosophies in common use by reference to the application of modern multi-functional microprocessor relays to practical situations illustrated by case studies.
Understand the need for protection
Have an overview of power system fault analysis
Learn about the protection fundamentals
Relay transducers, both current and future
Understand the system grounding principles
Overcurrent earth fault protection
Learn about the coordination principles
Learn about the transformer protection
Learn about generator protection
Understand the bus protection
Learn about the motor protection
Learn about the line and feeder protection
Learn about the principles of relay application
Electrical/Plant Engineers
Supervisors
Technicians
Electricians with responsibility for the application
Commissioning and/or maintenance of electrical protective equipment used on the industrial electrical power system
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