Comprehensive energy system scheduling method considering reward and punishment carbon emission and wind and light uncertainty

The invention discloses an integrated energy system scheduling method considering reward and punishment carbon emission and wind and light uncertainty, and belongs to the technical field of integrated energy system optimizing.The method comprises the steps that firstly, mathematical models and corresponding constraint conditions of all devices in an integrated energy system are constructed; then, according to the established mathematical model, establishing an economic objective function and a stepped environmental objective function considering reward and punishment of carbon emission; constructing typical output scenes and corresponding occurrence probabilities of a plurality of wind generating sets and photovoltaic generating sets, and establishing an economic optimization objective function of the comprehensive energy system considering the conditional value-at-risk according to the typical output scenes and the corresponding occurrence probabilities of the typical output scenes and the corresponding occu