A Multi factor Modified VPP Benefit Allocation Strategy Based on Shapley Value Method

This article aims to establish a mechanism and strategy for the coordinated operation and benefit distribution of multiple virtual power plants (VPPs) in the face of an open electricity market. Firstly, a single VPP optimization scheduling model is established, followed by the introduction of the concept of a VPP operation platform. A master-slave game optimization model is established between the operation platform and multiple VPPs to achieve coordinated and optimized operation of multiple VPPs. Finally, based on cooperative game relationships, a multi factor modified benefit allocation strategy based on the Shapley value method is established, and the operating costs are reasonably allocated and demonstrated through simulation examples.