考虑电-证-碳机制协同的绿电工业园区分布式优化运行策略OA

Under the goals of carbon emission peak and carbon neutrality,playing the synergistic role of the mechanism of green certificate trading and carbon trading,and tapping the joint response capability of different types of industrial loads will have a positive effect on the green transformation and low-carbon development of industrial parks.Therefore,this paper proposes a dynamic pricing and energy management strategy for green power industrial parks considering the synergy of the electricity-certificate-carbon mechanisms.Firstly,the structure and operation mechanism of green power industrial parks is analyzed and an energy management framework of"one-master-multi-slave"is established.Secondly,a two-layer game model is developed with the objective of optimizing the benefits of the park operator and differential industrial loads.The upper-layer model optimizes the dynamic pricing strategy of the operator by considering the linkage between the mechanism of the green certificate trading and the carbon emission trading.The lower-layer model makes full use of the differential characteristics among users to optimize the energy management strategy of the loads.Then,a high-efficiency hierarchical iterative solution algorithm based on the improved alternating direction multiplier method is proposed for the two-layer game model.Finally,a case study is conducted on a typical system to verify the effectiveness of the proposed strategy.