A power system at every facility is composed of many components /equipments like generators, transformers, bus bar, transmission line, etc. Each component lays a distinctive role in transmitting the electric current to various equipments for swift operating. Any fault in this system may cause potential harm to the entire facility operating on electric power. To ensure that the entire system has a swift functioning, a power protection system is put into place. It is a system that detects faults and ensures the fault does not create any major hazards in the flow of work. Power Protection system: Each component of the power system is protected by a protective relaying system which comprises of instrument transformers (ITs), Communication system and Circuit Breakers (CBs). In case a fault occurs on a section of the power system, the protective relays of the power protection system detects the fault and issues signals to the part associated Circuit Breakers which isolate the faulted section of the power system than rest of the system. This helps in avoiding major damage to the system and confines the fault within the specific section. Protection Relays: The entire functionality of the power system protection depends upon the efficiency of the protection relays. If they operate adequately than the system would perform its best. Some features of the effective relay system is:
A power protection system, will only function perfectly if the relay system is set perfectly and for better functionality. The effective use of power protection system ensures that the facility has smooth functioning and optimum production. This enables the facility owner to maximize business and earn hefty profits. There are many power protection system installers who offer the services. Every facility owner must assess its requirements and get the optimal system installed. Comments are closed.
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