Optimization Planning Method for Power Supply Layout of Multi-Energy Power System

Abstract With the continuous expansion of scale renewable energy generation and rapid development its technology, forms power grid become more diverse. Meanwhile, coupling uncertainty various heterogeneous resources will significantly change characteristics dynamic balance mechanism system. Power generated from sources such as wind light is uncertain uncontrollable, enjoys complementary across time space. In this paper, we investigate space-time among propose to take advantage synergistic effects different realize optimal allocation in a multi-energy system on larger scale. Taking newly built base northwest China an example, distribution optimized through production simulation. Through simulation, it verified that method proposed paper can improve efficiency certain extent, has significance for promoting transformation consumption.