Non-cooperative-game-based Multi-agent Collaborative Planning Method for Distributed Generations

The diversification of market subjects has become one of the most significant characteristics of power grids with the opening of power market policies. According to the theory of non-cooperative complete information game, this study focused on distributed generation (DG) operators, the distribution network operator (DNO) and power users. Considering the system economy and the power consumption satisfaction, a multi-agent collaborative planning method for DGs depended on non-cooperative games is proposed to achieve stable and friendly interaction between agents. CPLEX is used to solve the model to obtain the location and capacity of DGs. The simulation results indicated that the proposed method could balance the economic benefits of the main agents, and improve user comfort effectively.