Author :
Pettigrew, R.D. ; Powell, P. ; Burnworth, J. ; Haas, Robert ; Gil-Berlinches, J. ; Waudby, Phil ; Mozina, Chuck ; Pierce, Al ; Tajaddodi, Fred ; Beckwith, Robert ; Fennell, Everett C. ; Rebbapragada, Vittal ; Nail, George ; Gardell, Jon ; Mazumdar, Subino
Abstract :
The Motor Bus Transfer Working Group of the IEEE Power System Relaying Committee has performed a survey on industry practices for implementing automatic motor bus transfers in various power plant applications and the application of supervisory and control relays for these transfer schemes. This report summarizes automatic transfer methods for primary auxiliary buses that supply major rotating machinery loads. Fast, slow, parallel, residual voltage, and in-phase transfer methods are covered in this report. Information is also included on methods and criteria of acceptance testing of the motor bus transfer scheme
Keywords :
busbars; electric motors; power station computer control; power supplies to apparatus; power system computer control; power system protection; relay protection; acceptance testing; applications; control relays; loads; motor bus transfers; power plant; power supply; power system computer control; power system protection; primary auxiliary buses; Control systems; Electrical equipment industry; Electricity supply industry; Industrial control; Monitoring; Nails; Power generation; Power system protection; Power system relaying; Voltage;