Analysis on the Complementary Characteristics of Adjustable Resources in Typical Energy Scenarios

In order to further promote energy saving, environmental protection, and low-carbon energy supply, use, and storage modes, and study the dynamic response characteristics of production, transmission, consumption, and storage of multiple energy sources such as cold, heat, electricity, and gas, and the complementarity between multiple energy sources at multiple space-time scales characteristics and coupling mechanism, this paper takes three typical places in the customer-side energy use control system: residential users, industrial users, and government agencies as examples to analyze the consumption characteristics of various energy sources such as cold, heat, electricity, and gas in each typical place and study the dynamic response characteristics of typical devices for cold storage, heat storage, and power storage. Finally, the complementary characteristics of multiple energy sources at multiple space-time scales is studied by analyzing the short-term, medium-long-term, and real-time time scales of cold, heat, electricity, and gas multiple energy sources. The coupling mechanism and joint matching scheme provide basic support for the efficient operation of regional energy internet.