The flow of virtual power plant（VPP）with generalized energy storage（GES）participating in dispatching optimization and power market as a“virtual”integrated entity is analyzed.A two-stage sharing strategy and a two-level coordinated optimal dispatching model of park-level VPP-GES based on hybrid game are proposed. First stage：according to the response characteristics of various energy storage resources in the park, a GES sharing model composed of actual energy storage, demand side flexible load and EV is established, and then the main structure of VPP aggregating multiple energy storage resources is constructed. Second stage：a two-tier hybrid game model with VPP operators as the upper leaders and park energy storage service providers, load aggregators and energy suppliers as the lower followers is established. The stackelberg game is used between the upper and lower levels to share and interact the purchase and sale price and GES, so as to ensure the win-win interests of leaders and followers. Cooperative game is adopted among the followers of the lower level to realize multi-agent real-time collaborative optimization. The example analysis shows that the proposed not only maximizes the prs.