Design of Hydrogen Energy Production and Storage System Based on Computer Simulation and Optimization

Hydrogen energy can be used to replace fossil fuels, thereby reducing emissions of greenhouse gases such as carbon dioxide, and helping to address global climate change and environmental pollution. In addition, computer simulation and optimization methods, as a powerful tool, can play an important role in the design of hydrogen energy systems, helping to optimize system efficiency, reduce costs, and achieve sustainable development. Therefore, the design of hydrogen energy production and storage systems based on computer simulation and optimization has become a current research hotspot. The purpose of this study on hydrogen energy is to focus on global climate and ecological environment issues and improve environmental protection capabilities. This paper mainly uses the experimental simulation method to compare and analyze the relevant factors and evaluation indicators of hydrogen energy production and storage. Experimental and evaluation results show that when the current is 50Ah, the voltage is 19V, the output of hydrogen is 0.16Nm3/h, and the power is 0.95KW. The amount of hydrogen gas produced in the experiment increases with the current.