Environmental/Economic Dispatch Approach for Microgrid with Uncooperative Game Control Strategy

摘要

This article aims to explore and exploit the comprehensive optimization of environmental and economic in the power generation process by applying relevant knowledge of the game theory in the background of optimization scheduling problem in the microgrid system. Furthermore, in order to solve the contradiction between environmental goals and economic goals in microgrid dispatching, the non-cooperative game models of distributed generators based on Carbon trading are proposed using weight coefficient method. The Nash equilibrium solution of each distributed generators output is obtained when the game model is solved by the particle swarm algorithm to obtain the maximum return. Simulation results demonstrate the effectiveness of the environmental/economic scheduling strategy.