PROPOSED METHOD OF CONFIGURING DISTRIBUTION NETWORK ENHANCING RELIABILITY IN POWER SUPPLY

Abstract

In the distribution grid, the problem of reconfiguring the distribution grid to
achieve operating costs, especially the minimum cost of stopping the power
supply while ensuring the reliability of power supply to customers is always a
problem. math is important in practice. The paper presents the method of
finding and unlocking electric locks to achieve the configuration of the
distribution grid with the smallest operating costs and stopping costs of power
supply, and improving the reliability of power supply. The proposed method was
tested on two IEEE 7- and 33-node sample grids. Simulation results determine
the configuration of the grids with the smallest operating costs and power
supply shutdown costs, the output method is compared with the method using
GSA algorithm to show the reliability of power supply. It shows that the
proposed method has accuracy and applicability in practice.