Park comprehensive energy operation method based on digital twinning

The invention discloses a park comprehensive energy operation method based on digital twinning. The method comprises the following steps: S1, holographic image depiction; s2, establishing an electricity-heat-gas coupling optimization model based on a unified energy path; s3, feature dynamic tracking; according to the method, fine operation scheduling in consideration of real states of different devices can be realized, and complex factors such as scheduling response speed, conversion efficiency, equipment state, pipeline blockage, transmission dissipation and the like of various energy sources can be presented in a digital space by utilizing the capability of digital twinning for describing panoramic mirror images and behavior characteristics of the real-time states of a real system; therefore, more comprehensive information can be brought into the optimization scheduling problem, and fine scheduling and control of the whole process of production, transmission and consumption in various energy forms are reali