Advantages of Parallel Operation of Transformers.
1)To maximize the efficiency of electrical power system :
Power transformer gives the maximum efficiency when they works on full load. By connecting numbers of transformers in parallel, we can switch on only those transformers which will give the total demand by running nearer to its full load rating for that time. When load increases we can switch on more transformers one by one that are connected in parallel to meet the total demand similarly when load decreases we can turn off transformers one by one. In this way we can run the system with maximum efficiency.
2)To maximize electrical power system availability:
If numbers of transformers run in parallel we can take shutdown any one of them for maintenance purpose. Other parallel transformers in system will meet the total demand of the system.
3)To maximize power system reliability:
If any one of the transformers run in parallel, is tripped due to fault other parallel transformers is the system will share the load.So electrical system not interrupted by tripping of one transformer ,if the shared loads do not make other transformers over loaded.
4)To maximize electrical power system flexibility:
By using parallel connection we can connect a number of transformers in addition to existing system to meet our required load very easily.If the load is increased in future more than the available capacity,just connect more transformers in parallel.If the demand is decrease
1)To maximize the efficiency of electrical power system :
Power transformer gives the maximum efficiency when they works on full load. By connecting numbers of transformers in parallel, we can switch on only those transformers which will give the total demand by running nearer to its full load rating for that time. When load increases we can switch on more transformers one by one that are connected in parallel to meet the total demand similarly when load decreases we can turn off transformers one by one. In this way we can run the system with maximum efficiency.
2)To maximize electrical power system availability:
If numbers of transformers run in parallel we can take shutdown any one of them for maintenance purpose. Other parallel transformers in system will meet the total demand of the system.
3)To maximize power system reliability:
If any one of the transformers run in parallel, is tripped due to fault other parallel transformers is the system will share the load.So electrical system not interrupted by tripping of one transformer ,if the shared loads do not make other transformers over loaded.
4)To maximize electrical power system flexibility:
By using parallel connection we can connect a number of transformers in addition to existing system to meet our required load very easily.If the load is increased in future more than the available capacity,just connect more transformers in parallel.If the demand is decrease
Yeah! The numbers of transformers run in parallel we can take shutdown any one of them for maintenance purpose. Thanks for sharing useful information.
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ReplyDeleteThe Winding Machines are amalgamate with the most recent CNC control with alpha-numeric screen that has two or four lines straightforwardly, which show key information for the working staff. For instance, the standards are utilizing like as number of working advances, number of turns, feeling of sensation, and undertaking of things.toroid winding machine
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In my Company we heve 4 transformer,All different loads are run across,We have 2 Power control circut(PCC) In this PCC 2 incomer of the the transformer Connected to the Buscoupler, Whenever fault occurred in any Incomer in auto mode buscoupler lined up so all load comes in one transformer.......so my Question is which system apply 1.Buscoupler system 2. Parallel transformer system
ReplyDeleteGreat, well articulated and detailed information.
ReplyDeleteGood
ReplyDeleteThank you. Easy to understand !
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