Numerical Simulation of Hydrogen Leakage Diffusion Characteristics in Electric-Hydrogen Smart Energy Station

In the context of the global development of renewable energy and the increasing importance of hydrogen energy, the study of hydrogen leakage diffusion characteristics in energy stations is crucial for accident prevention because hydrogen is flammable and explosive. In this paper, the electric-hydrogen smart energy station is modeled and hydrogen leakage from different components is simulated using FLUENT. The effects of leak location, wind speed, and wind direction on hydrogen diffusion and combustible cloud distribution are investigated. The research results can support the development of safety prevention and control measures for the energy station.