Optimal site selection and capacity determination method for low-voltage distribution network industry expansion and installation

Distribution network effects from various levels of load access to the power system are inevitable. The complexity of the distribution network can be kept to a minimum, line losses can be reduced, and power supply reliability can be increased with a realistic analysis of the load access address and the reported capacity in accordance with the power supply requirements of various load levels. In this study, we examine the precise step-by-step procedure for choosing a location and a capacity for the low-voltage distribution network's industrial expansion and build evaluation indices based on the effect of user industrial expansion access. The distribution network's capacity and location are validated and examined using the simulation program in accordance with the topology model of 33 nodes.