Power - Generator Protection System Design

Description: Our Generator Protection System Design course focuses on detailed technical solutions for the protection of electrical generators, including very large medium-voltage generators (4.16 kV, 13.8 kV, 22 kV and 25 kV). Learn about the development of relay protection systems using EasyPower and ETAP software. Study solutions that use digital protective relays by GE Multilin, Schweitzer Engineering Laboratories (SEL), ABB, Basler AG and Siemens and are applied to the stator winding protection using R87 differential protection, third-harmonic neutral current injection or 64REF restricted ground protection. Get the skills you need to be able to incorporate voltage unbalance, R46 and R47 designators and 32R reverse power. Also consider loss of excitation, R40 and R81 designators, phase swing and Rate of Change of Frequency (RoCoF) protection. The following system is recommended but not a necessity: • CPU 3th generation i5/i7 or better • Operating System Windows 7/10 64 bit • Minimum 50GB of free Hard drive space • Memory 8GB RAM • Internet Connection Learning Outcome: Upon successful completion of this course, the students will have reliably demonstrated the ability to: • Model an electrical system and select the proper digital relays from a manufacturer • Perform protection coordination for the Electrical Generator • Create a Protection Relay Setting Sheet • Implement backup protection as required for large Generators • Coordinate the Generator protection with the Unit Power Transformer Protection • Develop ground fault protection study for the Electrical Generator • Perform Transient Study for Starting Electrical Generator • Adjust the differential protection R87 to coordinate with overload and transients Who should attend: The Generator Protection System Design course is dedicated but not limited to the following qualified individuals: • Electrical Power Engineer • Licensed Electricians • Managers that must understand the Power Systems of the Substations