Research on the Construction of Smart Distribution Network Based on Power System Analysis
During the operation of the smart distribution grid,a large amount of data is generated,which has not been comprehensively and accurately collected,resulting in a relatively high line loss rate of the distribution grid.Therefore,a research on the construction of smart distribution grid based on power system analysis is conducted.Firstly,an in-depth analysis of the distributed generation system is conducted,including its operating characteristics,grid-connected technology,and its impact on the distribution grid,providing theoretical support for the optimized configuration of the smart distribution grid.Secondly,by designing a distribution grid data monitoring system,real-time information on the operation status of the distribution grid is obtained,providing data support for the realization of feeder automation.Finally,through the application of feeder automation technology,rapid fault location,isolation,and recovery of the distribution grid are achieved,improving the power supply reliability and operational economy of the distribution grid.The experimental results show that the smart distribution grid construction method based on power system analysis exhibits the lowest line loss rate of the distribution grid under the same load capacity,voltage,power factor,and load characteristics,demonstrating better construction effects.
power system analysissmart distribution griddistribution grid construction
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