Research on Heat and Mass Transfer of Hydrogen Production from Green Electricity

Hydrogen production from new energy is a critical approach towards comprehensive utilization of new energy and hydrogen energy. It addresses issues associated with new energy power wastage and grid connection difficulties, and it plays a vital role in the low-carbon transformation and upgrading of hydrogen production methods in the hydrogen energy industry. However, existing green electricity hydrogen production methods suffer from low conversion efficiency and high costs. To address these challenges, refining the process model to gain a comprehensive understanding of the key points of energy conversion and loss in the green electricity hydrogen production process is proposed. This approach will help identify key measures to improve energy efficiency. By implementing these research and optimization measures, it is possible to enhance the efficient energy utilization of new energy electric power-driven hydrogen production systems, improve conversion rates, and reduce hydrogen production costs. This could pave the way for the commercial application of new energy hydrogen production technology and promote its significant role in the energy transition. Moreover, these studies will also stimulate technological innovation in new energy and hydrogen energy industries in various countries and enhance international competitiveness. This approach aligns with global efforts to transition towards more sustainable, low-carbon energy systems and contributes to the broader goal of mitigating climate change impacts. Ultimately, the adoption of new energy for hydrogen production is a promising pathway for the future of energy production, providing a cleaner and more sustainable alternative to traditional hydrogen production methods.