Source Load Storage Adaptive Scheduling Method with Uncertain Demand of Power Side Under New Energy Access

New energy sources such as wind and solar energy are intermittent and unstable, leading to uncertainty in energy supply. The study aims to meet the quality and reliability requirements of power-consuming devices and improve power supply reliability. Therefore, a source load and storage adaptive scheduling method with uncertain demand on the power side under new energy access is designed. Based on the temperature fluctuation, an evaluation model of uncertain demand on the power side is established. Based on this, the source load and storage data of the distribution network are tracked, and most tracking results are solved. Based on the adaptive dispatching cost, power reduction amount, and network loss of distribution network operation, the adaptive dispatching of source load and storage with uncertain demand on the power side under new energy access is completed. Experiments have shown that this method can adapt to wind loads, reduce the abandoned air significantly, increase the available electricity significantly, and shorten the scheduling time compared with the before source load storage schedule.