A dynamic simulation system and method for an integrated energy system

Abstract

The invention provides a dynamic simulation system and method for an integrated energy system. The system includes a modeling module, a simulation module and an application module connected in sequence; the modeling module is used to build a simulation model of an integrated energy scene; the simulation module is used to simulate the integrated energy system Perform simulation to obtain simulation results; the application module is used to correct the simulation control instructions and simulation parameter data based on the simulation results, and transmit the revised simulation control instructions and simulation parameter data to the simulation module. The present invention only needs to build a comprehensive energy scene The simulation model, the modeling process is convenient and fast, and the dynamic real-time simulation can be realized through the application module and the simulation module, which provides the basis for the simulation module to simulate the integrated energy system and ensures the accuracy of the simulation results; realizes the joint integration of various subsystems of the integrated energy system The simulation reflects the dynamic process of the integrated energy system when the operating conditions change, and can meet the data requirements for detailed analysis such as fault diagnosis.

Description

technical field [0001] The invention relates to the technical field of integrated energy operation simulation, in particular to a dynamic simulation system and method for an integrated energy system. Background technique [0002] Integrated energy breaks the state of independent operation of traditional energy systems such as electricity, heat, and gas, and realizes the collaborative interaction of production, transmission, conversion, storage, and distribution of various energies such as electricity, heat, cooling, and gas. Under the premise of various load demands of users in different scenarios, the energy is used in a cascaded, efficient and clean manner, effectively improving the flexibility of energy supply and the comprehensive utilization of energy, improving the consumption capacity of renewable energy and effectively reducing carbon emissions, achieving economical Benefits and social benefits double harvest. [0003] In the integrated energy system, various forms ...

AI Technical Summary

Problems solved by technology

[0006] In order to overcome the shortcomings of the above-mentioned prior art that the modeling process is complex and difficult to realize dynamic real-time simulation, the present invention provides a dynamic simulation system of an integrated energy system, including a modeling module, a simulation module and an application module connected in sequence;

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