Analytical Analysis of Interactive Behaviours among Multiple Vectors in Smart Power Distribution Systems

Aiming at the study of operational regulation of the source-network-load-storage collaborative interaction in the energy internet, this work mainly focuses on the components and morphological structure of each link of the source network. First of all, it summarizes the elements of source, load, network and storage links in the energy internet, and analyzes the form and structure of the Smart power distribution system. Then, the operating mechanism of source-network-load-storage collaborative interaction to promote energy supply and demand consumption and efficient utilization is sorted out, and research is carried out from the aspects of smart power distribution system operation characteristics and models, source-network-load-storage collaborative interaction optimization simulation, and key link identification of collaborative interaction. Finally, based on the above-mentioned operation mechanism and optimization model, the important role of the smart grid in the energy internet needs to be further determined by qualitative and quantitative analysis.