On December 4, National Hydrogen Technology grandly released the integrated solution of "Hydrogen Yongzhi Hydrogen Island". The release of this plan indicates that the hydrogen production sector of National Hydrogen Technology has the ability to undertake full-scenario hydrogen production project solutions, adding a strong driving force to the development of the hydrogen energy industry.
National Hydrogen Technology has been deeply engaged in the field of hydrogen energy for many years and has been constantly innovating and developing. As early as 2019, National Hydrogen Technology established a professional R&D team in the hydrogen production sector, which is committed to the research and development of two major hydrogen production application scenarios, distributed and centralized, and provides customers with diversified and highly competitive hydrogen production products and solutions. The integrated solution of "Hydrogen Surge Smart Hydrogen Island" released this time is based on its years of technology accumulation and practical experience, combined with the "Hydrogen Surge" digital intelligence platform and "Hydrogen Surge" autonomous equipment, covering the whole process of electric hydrogen coupling, hydrogen storage and transportation, and centralized control.
The solution has the characteristics of high integration of software and hardware, intelligent whole island operation, and whole-process benefit management, and has many advantages such as "more economical, more efficient, safer, and more reliable".
Among them, the "hydrogen surge" digital intelligence platform is a key link in optimizing all links of the green hydrogen value chain.
Through the intelligent analysis and calculation platform of "Hydrogen Surge Intelligent Computing", the optimal economic ratio of hydrogen production capacity, proton exchange membrane water electrolysis technology (PEM) and alkaline water electrolysis technology (ALK) is calculated by analyzing the output data of renewable energy grids such as wind and solar. The system is based on a database model and relies on intelligent algorithms to provide users with cost-effective green electricity hydrogen production solutions.
In addition, the "Hydrogen Surge Smart Vein" intelligent auxiliary decision-making platform integrates and collects real-time data such as wind and solar power generation, grid-connected electricity, hydrogen production, hydrogen storage, product price, etc., to provide auxiliary decision-making for the setting of key operating parameters, improve the operation efficiency of equipment, and then improve the overall economy of the project. This solves the problems of complex systems and difficulties in overall control and regulation in green hydrogen projects.
The "Hydrogen Surge Intelligent Control" intelligent integrated control platform realizes the operation control of a set of post-treatment systems corresponding to multiple PEM electrolyzers, and a set of post-treatment systems corresponding to alkaline and PEM deep coupling through the implementation of "many-to-one control" and "coupled operation control". Through the collaborative linkage control of start-stop sequence, load tracking, fault shutdown, etc., the intelligent operation of the whole hydrogen production system is realized.
In addition to the intelligent platform, the solution also covers the "hydrogen surge" autonomous equipment. The equipment is characterized by automatic driving, independent research and development, deep coupling, and multi-dimensional synergy, fully adapting to the fluctuating power characteristics of renewable energy, realizing the efficient integration of multiple technical routes of the island system, and improving the advancement, economy and safety of the green electricity hydrogen production process.
Green and low-carbon development has become the trend of the times, and it is also a competition with transformative significance. In the future, National Hydrogen Technology will provide customers with more high-quality hydrogen production products and solutions, empower thousands of industries to achieve deep decarbonization, and help achieve the "double carbon" goal.
Content material**: National Hydrogen Technology.