A wind light and fire storage coordination optimization operation methodincludes that that thermal power unit, back-pressure heat and power cogeneration unit and extraction heat and power cogenerationunit start-up state sequence are obtained 2, that available power sequence of the wind turbine generator system and the photovoltaic generator system are obtained, and then aiming at minimizing the operating cost of power system, considering the real-time power balance constraint of power system, unit power constraint, unit climbing constraint, cogeneration unit heating constraint, pumped storagestation constraint and power system reserve constraint, the wind-solar-fire-storage coordinated operation model is established. Finally, the wind-solar-fire-storage coordinated operation model is solved for the power system states in different simulation periods, and the power arrangement of the unit is obtained. If there is no feasible solution to the model, the abandoned wind power and abandoned light power are introduced to modify the coordinated operation model of scenery, fire and storage, and then the solution is obtained. The invention realizes the coordinated and optimized operation of the scenery, the fire and the storage with the minimum operation cost of the electric power system, and can provide guidance for the operation and the dispatch of the electric power system.