Two-stage robust optimal scheduling method for independent AC-DC hybrid microgrid

The invention discloses a two-stage robust optimal scheduling method for an independent AC-DC hybrid microgrid, which comprises the steps of firstly, establishing an objective function for the economic operation of the independent AC-DC hybrid microgrid, wherein the objective function takes the start-stop, fuel and operation and maintenance costs and the like of equipment into consideration; thenestablishing system operation and equipment unit operation constraints for the optimal scheduling of the microgrid, wherein the constraints include system power balance constraints and equipment unitoperation constraints; and finally, establishing a two-stage robust optimal scheduling model for the microgrid operation, and taking the source charge uncertainty and commutation tie-line disconnection uncertainty into consideration. The operation control variables of equipment in the independent AC-DC hybrid microgrid are solved through solving the optimization model, and corresponding control and operation are carried ou