Recently, the organizing committee of the "Credit China" program conducted an in-depth and detailed investigation into corporate qualifications, management and service models, and corporate integrity.

The members of the investigation and inspection team listened to Mr. Li Xuehai, Chairman of Beijing Han Hydrogen Technology Co., Ltd.,'s introduction to the company's innovative technology and development philosophy. Under the economic development strategy of "carbon peak and carbon neutrality" proposed by the country, Han Hydrogen Technology has fully leveraged its long-term advantages in the hydrogen energy equipment manufacturing industry and accelerated the research and development of new hydrogen production system equipment. In the key technical point of electrochemical activity of electrolytic electrodes, Han Hydrogen Technology began collaborating with a professor team from the School of Materials Science and Technology of Tsinghua University as early as 2019 to carry out research on new nano electrodes and achieve achievements; At the same time, based on long-term technological accumulation and experience, Han Hydrogen Technology boldly and clearly optimized the structure of the electrolytic cell and compared and analyzed various types of electrolytic membranes through a large number of experiments. Finally, a groundbreaking new alkaline electrolytic cell was successfully developed, and on May 25, 2023, the company officially released its innovative research and development achievement: a new generation of high-performance electrolytic water hydrogen production device. One of the important technical indicators, current density, can achieve a far higher level of 7000A/㎡ than the industry level and achieve long-term stable operation (the stable operation level within the industry is below 3000A/㎡).

This new device has broken through multiple manufacturing technology bottlenecks in the field of electrolytic water hydrogen production equipment. The core component of the new generation of electrolytic water hydrogen production equipment, the electrolytic cell, has achieved disruptive technological breakthroughs: high efficiency, high current density, lightweight, and good response to power fluctuations; Can implement large-scale digital and automated assembly production; Abandoning traditional inefficient production processes; Overcoming the production capacity bottleneck of current large-scale electrolytic cells. According to industry experts, Han Hydrogen Technology has taken the lead in completing the iterative upgrade of alkaline electrolysis water hydrogen production technology, and has reached the technological peak of large-scale utilization of renewable energy to produce green hydrogen.

The large-scale hydrogen production unit designed through innovative hydrogen technology greatly simplifies the process flow of the production process; Realized the lightweight and miniaturization of the electrolytic cell; The efficiency of electricity/hydrogen conversion has been improved, and the management process of workshop production scale, digitization, and intelligence can be fully implemented. In the autumn of 2021, Han Hydrogen Technology named its newly developed high-efficiency electrolytic cell as an endless frame electrolytic cell - named after its compact and efficient structure, which abandons the traditional frame structure of electrolytic cells. After more than a year of trial operation of the new electrolytic hydrogen production device, the system's technical performance is superior to traditional alkaline electrolytic water hydrogen production devices, especially in terms of energy consumption, response speed, intelligent automation level of production and manufacturing, delivery time of equipment, convenience of transportation and installation debugging, etc., which are far superior to traditional hydrogen production equipment products in the industry.

In 2023, Han Hydrogen Technology is striving to achieve 1000-2000Nm ³/ Batch production of H electrolytic cells. Once the workshop completes the intelligent production process transformation, the production capacity of the large-scale hydrogen production unit system will reach 2GW per year (with an annual output of more than 400 sets of large-scale units), achieving an output value of 4 billion yuan or more.

Han Hydrogen Technology will continue to explore and innovate, and in 2024, it will launch technological research and development work for the updated generation of products. On the basis of large electrolytic cells, it is possible to launch a single unit with a production capacity of up to 10000Nm ³/ Equipment for alkaline electrolysis water hydrogen production system above h. This type of large-scale electrolytic water equipment is of great significance to the country's carbon reduction strategy and the development and utilization of large-scale renewable energy.
Han Hydrogen Technology is an explorer of the hydrogen energy industry; He is a supporter and promoter of green hydrogen energy. Han Hydrogen Technology is constructing a green hydrogen energy demonstration project in Wuzhong City, Ningxia, utilizing renewable energy to produce green hydrogen, synthesize green ammonia and methanol, etc; Exploring the coupling of traditional petroleum refining and coal chemical processes with green hydrogen, realizing the green hydrogen chemical industry chain, and also attempting to drive heavy transportation with green hydrogen energy in Wuzhong City.
Beijing Hanhydrogen advocates the utilization of green hydrogen energy, using solar energy to produce green hydrogen on a large scale, replacing coal chemical and petroleum natural gas chemical hydrogen production with green hydrogen energy, promoting the progress of green hydrogen transportation industry, and achieving the economic efficiency of green hydrogen metallurgical technology.
Beijing Hanhydrogen Technology Co., Ltd., with 20 years of hard work, perseverance and perseverance, continues to maintain a good corporate reputation and unique business style. It will usher in a spring of growth in the horn of the national dual carbon strategy.