基于非合作博弈和收益分配机制的多微网鲁棒协同调度策略OA

The uncertainty of renewable energy output and fluctuations in electricity prices affect the manage-ment of electricity sharing.To determine the fairness of power sharing payment in multi-microgrid systems,this study constructs a two-stage robust collaborative scheduling model for multi-microgrids based on non-cooperative games and revenue distribution mechanisms,thereby reducing the total operating cost of multi-microgrid systems and ensu-ring that each microgrid can benefit from the proposed model.In the first stage,the fluctuation of electricity prices and the uncertainty of wind and photovoltaic output are considered,and a multi-microgrid power management model is established using robust processing to achieve point-to-point power sharing among the microgrids.In the second stage,a CRRD(Cost Reduction Ratio Distribution)model based on non-cooperative game is established for the rev-enue distribution mechanism of shared electric energy,and the generalized Nash equilibrium is used to determine the clearing and settlement of shared electric energy.The first stage problem is solved using the C&CG(Column and Con-straint Generation)and the second stage problem is solved using the ADMM(Alternating Direction Method of Multi-pliers).The results of the case study analysis show that the proposed model can reduce the operating costs of each microgrid.