Abstract
AbstractAiming at the distributed energy storage optimal scheduling problem considering source load uncertainty, a user side energy storage stochastic optimal scheduling strategy considering master–slave game is proposed in this paper. This method comprehensively considers the uncertainty of photovoltaic (PV) power generation and user side load, and constructs a Stackelberg game model with distribution network operators as leaders and user side as followers. By solving the internal optimal electricity price, the electric energy interaction between the user side and distribution network operator (DNO) is stimulated. While improving the operation economy of both sides of the game, promote the consumption of renewable energy at the distribution network side. At the same time, the optimal scheduling plan of user side energy storage is obtained. The example results show that the optimization method proposed in this paper can effectively adapt to PV power consumption and improve the operation economy and stability of distribution network operators and users.KeywordsDistribution side systemSource-load uncertaintyStochastic optimizationStackelberg game
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