Application and Optimization of Hydrogen Storage Technology in Energy Conversion Management

Abstract

With the continuous growth of global energy demand and the increasingly prominent environmental issues, the development and utilization of clean energy have become a focus of attention for countries. Hydrogen storage technology, as an important energy conversion and management method, is receiving increasing attention and application. However, there are still some problems and challenges in the energy conversion management of hydrogen storage technology at present. For example, the cost of hydrogen storage equipment is high, the selection and performance of hydrogen storage materials need to be further optimized, and the safety and stability of hydrogen storage systems need to be improved. This paper analyzes the application and optimization strategies of hydrogen storage technology in energy conversion management. By exploring the types, development status, advantages, and disadvantages of hydrogen storage technology, the definition and main tasks of energy conversion management are elaborated. This paper focuses on the application of hydrogen storage technology in renewable energy integration, power system peak shaving, and other energy storage and applications. Suggestions have been put forward for optimizing hydrogen storage technology in energy conversion management, including technological innovation and research and development, policy support and regulatory formulation, investment and industrial coordinated development, talent cultivation, and international cooperation.