Multi-energy micro-grid optimization scheduling method based on multi-scale demand response

The invention provides a multi-energy micro-grid optimization scheduling method based on multi-scale demand response, which comprises the following steps: S1, acquiring initial predictive quantity of input load and new energy system power and system basic parameters, and inputting the initial predictive quantity and the system basic parameters into a medium and long term response model for solving to obtain a work plan; s2, inputting the work plan into a short-term response model, and solving the short-term response model at a first time scale to obtain an output plan; s3, inputting the output plan into the real-time response model, and solving the real-time response model at a second time scale in combination with the real-time output data of the multi-energy microgrid to obtain a real-time calling plan; and S4, judging whether an end condition of the rolling optimization period is met or not, if not, repeating the steps S2-S3 until the end condition is met, and taking the real-time calling plan output by th