A New Model of Automatic Repowering Management Based on Distributed Architecture

In order to closely implement the headquarters strategy of constructing excellent service engineering and continuously improving service efficiency proposed by State Grid, and comprehensively improve the time efficiency of users’ electricity consumption after payment of bills, based on intelligent electricity meters, and based on the active power restoration (automatic restoration after tripping) function of remote fee-control electricity meters, and through the optimization and upgrading of the digitized business processes of the two sets of systems of electric power marketing and power consumption collection, the Company explored and constructed a new mode of power restoration management based on the distributed architecture and carried out a pilot application. By optimizing and upgrading the digital business processes of the two systems of power marketing and power consumption collection, we explore the construction of a new model of power restoration management based on distributed architecture and carry out pilot applications to realize the restoration of power delivery within 2 hours after the user pays the fee. This paper firstly analyzes the working principle of traditional power outage and restoration, and then introduces the new mode of management based on distributed architecture and the realization of business process transformation in the two systems. Finally, the application effectiveness potential of the new model is described and further research directions are proposed.