Abstract: The access of large-scale renewable energy and electric vehicles will affect the power balance of the entire power system.In order to improve the utilization rate of renewable energy and balance the load consumption, this paper proposes a load balance management strategy for virtual power plants and the charging demand of electric vehicles is considered. Firstly, electricity demand-supply gap and the power balance of the grid are calculated according to the power data of various loads and distributed power sources. On the basis of considering renewable energy efficiency and electric vehicle charging demand, the proposed hierarchical power dispatching system is used to schedule power load. In addition, a real-time power tracking mechanism is proposed to deal with the prediction errors of renewable energy generation, power load and electric vehicle charging. Finally, an example is given to verify the effectiveness and applicability of the proposed scheme. It is shown that constructing a virtual power plant considering electric vehicle charging demand and integrating multiple resources can give full play to the complementary effect and realize load balance management of the virtual power plant, thus enhancing the overall smoothness of power interaction and ensuring the safety and economy of the system.