Realization of a simulation test method for feeder automation of power distribution automation system
Shilei Guan, Wenbo Fan, Lei Haoliang, Lan Liu, Dongliang Li
Abstract
Shilei Guan, Wenbo Fan, Lei Haoliang, Lan Liu, Dongliang Li
Abstract
According to the lack of unified, standardized testing methods for the feeder automation function of distribution automation system, this paper introduces a kind of simulation testing method realization of feeder automation function, which can provide technical reference for the bidding, and strengthen the quality control and operation management of power distribution automation system. This method setups testing environment by using the DATS-1000 distribution network automation master station injection testing system, simulates feeder and typical fault under the actual working condition and evaluates the feeder automation function conformed to the standard requirements. Through the actual products testing, this simply operated method was verified, it can reduce physical impact and testing cost effectively, which indicates that can be used for feeder automation function testing and also can be acceptance for the power distribution automation system simulation test and site.
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According to the lack of unified, standardized testing methods for the feeder automation function of distribution automation system, this paper introduces a kind of simulation testing method realization of feeder automation function, which can provide technical reference for the bidding, and strengthen the quality control and operation management of power distribution automation system. This method setups testing environment by using the DATS-1000 distribution network automation master station injection testing system, simulates feeder and typical fault under the actual working condition and evaluates the feeder automation function conformed to the standard requirements. Through the actual products testing, this simply operated method was verified, it can reduce physical impact and testing cost effectively, which indicates that can be used for feeder automation function testing and also can be acceptance for the power distribution automation system simulation test and site.
Key concepts: Automation, Reliability engineering, Process automation system, Function (biology), Realization (probability), Computer science, Real-time testing, Engineering