Application of Electrolysis Water Hydrogen Production in the Field of Renewable Energy Power Generation
Tingjun Zhan, Rushan Bie, Qianhao Shen, Lin Li, Ao Wu, Peng Dong
Abstract
Abstract The gradual depletion and burning of fossil fuels have brought huge pollution to the global ecological environment. Environmental governance and energy crisis have become double challenges faced by governments of many countries in the world. This paper explores the application of electrolysis water hydrogen production technology in the field of renewable energy power generation, in order to better promote the application and development of high temperature solid oxide electrolysis (TSOE) technology in the field of power generation. By investigating the changes in my country’s hydrogen energy production and demand, this paper concludes that the average annual growth rate of my country’s hydrogen production has continued to increase in recent years, and my country’s hydrogen demand reached 19.8 million tons in 2018. It is estimated that by 2030, my country’s hydrogen demand will reach 35 million tons, with a compound annual growth rate of 5.76%. Finally, when selecting large-scale hydrogen production technology from the high-TSOE hydrogen production technology in the field of power generation, the key problems to be solved and the renewable energy storage aspect are prospected for the application prospect of the electrolysis water hydrogen production technology in the field of power generation.