Optimization of Generating Unit System Locations to Convert Conventional Loop Distribution Networks to Radial Using Particle Swarm Optimization Algorithm

The purpose of a load current analysis study is to obtain information about the power flow or voltage of a power grid. This information is necessary to evaluate the performance of your electrical system. Power flow problems involve calculating system currents and system voltages at a particular end station or distribution network bus where power losses are common. These power losses affect the quality of power service to consumers and the voltage difference when connecting the two buses.. in a radially distributed system. A closed power distribution system is one of the promising technologies to overcome the weaknesses of radial power distribution system. The transformation of conventional ring-distributed systems to radial systems is an interesting area of research for solving the problems that arise in a targeted manner. In this article, we use PSO (Particle Swarm optimization) algorithm to reconfigure the power distribution network to optimize the primary radial power distribution system with different voltages between the two buses and connect it to the loop power distribution network system and vice versa. I suggest that you allow it to connect to The proposed PSO-based algorithm was tested in an IEEE-33 radial-bus distribution system, and the power loss before reconfiguration was 208.4592kW, but after reconfiguration, with a minimum voltage of 0.91075 pooches before reconfiguration, he was 138.9275kW. So the reconfigured result is 0.94234 pu, but the simulated result is 36.2 seconds.