On September 3, Investing in Green Hydrogen 2024 was held in London, UK. Dr.Tiezheng Bian, Vice President of Trina Green Hydrogen , was invited to attend and delivered a keynote speech entitled "Promoting the Implementation of Large-Scale Green Hydrogen Projects: From Core Equipment to Solutions".
In recent years, the European hydrogen energy industry has developed rapidly, with a comprehensive layout in terms of policy, finance, technology, products, etc., and the number of hydrogen energy projects has also increased significantly. According to statistics, as of the end 2023, there are 1,085 low-carbon hydrogen energy projects in Europe distributed in 31 countries, mostly concentrated in Germany, Spain, France, the UK, the Netherlands and other countries. As the European hydrogen energy market system gradually improves, market construction measures such as hydrogen energy trading platforms and hydrogen energy price mechanisms will help promote the commercialization process of the hydrogen energy industry. Tiezheng Bian, vice president of Trina Green Hydrogen, said at this conference.
Global demand for low-carbon energy is gradually increasing, and the market demand for large-scale green hydrogen projects is also growing. For green hydrogen projects, the overall coordination and dispatch among the three core sectors of PV, storage and hydrogen is the basic condition for the safe and stable operation of the project. At the same time, the layout of the PV, storage and hydrogen business is Trina Group’s in-depth thinking on future energy development. Through the R&D and manufacturing of core equipment and meticulous research on integrated solutions, we can solve the intermittent problem of photovoltaic power generation, build a stable and independent microgrid, improve energy utilization, and ensure stable and safe production of green hydrogen.
The One series of alkaline electrolysis hydrogen production equipment independently developed and produced by Trina Green Hydrogen can be customized according to project planning. Electrolyzers with a hydrogen production capacity of 500-3000 Nm³/h can be made by structurally optimizing the diaphragm and electrodes. The consumption is maintained at 4.2-4.3 kWh/Nm³, and the hydrogen concentration in oxygen does not exceed the standard for more than 8 hours under 30% power load. Trina's integrated PV-Storage-Hydrogen solution considers the control strategy from the equipment level to the system level. By measuring natural conditions such as project scenery, it adjusts the operating power of the hydrogen production system in real time to maximize equipment utilization and improve overall stability and optimization.
It is foreseeable that by around 2030, the global green hydrogen industry will usher in a full-scale outbreak. As a Chinese hydrogen energy company, Trina Green Hydrogen pays great attention to the development of the green hydrogen industry in Europe, and will make stepped efforts in three dimensions: products, supply chain, and overall solutions to accelerate the layout of overseas markets.
