The traditional decentralized energy supply cannot meet the energy supply requirements of small parks. The multi-energy complementary energy cabin on the user side can regulate and control the coordinated operation of cold

heat

electricity

gas

and can realize the coordinated and flexible control of various energy sources. Based on the modeling theory of user-side integrated energy cabin

this paper uses the multi-energy coordinated hierarchical control method to construct the cold

heat and electric energy consumption strategy at the three levels of demand-side response layer

local control layer and execution layer with the two objectives of optimal energy utilization rate and economic benefit to realize the economic and intensive energy use of the integrated energy cabin. The performance index of the integrated energy cabin is evaluated by the integrated energy evaluation method

which can provide users with a reference for energy efficiency benchmarking and operation management

and can present an avenue to the modeling

strategy optimization and evaluation analysis of user-side energy equipment.