Energy storage main and auxiliary joint optimization clearing method considering multiple standby modes

The invention discloses an energy storage main and auxiliary joint optimization clearing method considering multiple standby modes, and the method comprises the steps: firstly constructing an energy operation model, and then constructing a spinning standby operation model; with the goal of minimizing the clearing cost, the energy operation model and the spinning standby operation model are coupled, and an energy storage main-auxiliary joint optimization clearing model is constructed; and finally, solving the joint optimization clearing model. According to the method, the scene of standby supply of energy storage can be more comprehensively considered, the competitiveness of the energy storage in the standby market is enhanced, and more standby resources are provided for a power grid. 本发明公开了一种考虑多重备用模式的储能主辅联合优化出清方法，首先构建能量运行模型，然后构建旋转备用运行模型；再以最小化出清成本为目标，将能量运行模型和旋转备用运行模型进行耦合，构建储能主辅联合优化出清模型；最后进行联合优化出清模型的求解。本方法可以更全面的考虑储能的提供备用的场景，增强储能在备用市场的竞争力，为电网提供更多的备用资源。