Optimization of Power Electric Supply Path in Smart Grids

Abstract

The next generation next-generation electric grids called smart grids are attracting attention due to problems such as global power shortage and environmental load caused by power generation. One of the problems with the current power being used is that the power transmission loss is large due to the long power transmission path. From such a problem, it is possible to reduce the power shortage and reduce the power generation amount by reducing the power transmission loss. For this reason, it is required to optimize the power transmission path. In this paper, we propose to reduce the power transmission loss by minimizing the power transmission path by using the code optimization method used by the compiler by treating the power transmission path like a program. We compared power transmission loss by simulation using multi agent system and showed that the proposed method can reduce transmission loss. In addition, it shows that it can be used by measuring the execution processing time of the proposed method.