A Deep Interactive Dispatching Strategy for Multi-energy Coupled Microgrid

The use of renewable energy for power generation and hydrogen production can improve the economic efficiency of multi-energy coupled microgrids, as well as the capacity of renewable energy to be consumed. In this paper, a deep interactive dispatching strategy for multi-energy coupled microgrid is proposed. Firstly, a multi-energy coupled microgrid structure is built, incorporating an electric hydrogen production system on the load side. An economic analysis of the deep interaction of multiple energy sources is then conducted based on electricity to hydrogen energy consumption for dispatching decisions and supporting strategies. Simulation is also carried out for the verification of the deep interactive dispatching model. It proves the rationality and feasibility of the proposed model for scheduling energy use within a multi-energy system.