Hybrid Game-based Distribution Network and Multi-virtual Power Plant Co-optimization

This paper proposes a hybrid game-based distribution network-multi-virtual power plant cooperative operation strategy for the different decision-making positions of networks and virtual plants. Firstly, system operator (DSO) is introduced as leader, DSO aiming at maximizing its own benefits, formulates dynamic tariff to guide alliance optimize operation; alliance, follower, responds DSO's an autonomous optimization minimize operating costs. Secondly, Nash bargaining model used allocate benefits cooperation among multi-virtual according their internal interactions. The dichotomous method combined with ADMM solve developed model. example shows that game can effectively enhance network while taking into account interests lower-level