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The wave of energy revolution is surging for a new chapter of green travel! Recently, the first batch of 500 hydrogen-powered two-wheeled vehicles in Hubei Province were officially put into operation. These vehicles are equipped with the Kirin series II solid-state hydrogen storage valve independently developed and produced by Hanhydrogen, a Shenkai-invested enterprise. It only takes 30s to complete hydrogen exchange, with an endurance mileage of up to 90km, truly solving the difficulty in endurance mileage. It will be expanded to 3000 vehicles in the future! This is not only a milestone in the field of hydrogen transportation, but also means that there is an accelerating era of “zero-carbon travel” for ordinary people.
As a leading enterprise in the field of solid-state hydrogen storage and supply system in China, Hanhydrogen was the first to develop the Kirin series solid-state hydrogen storage valves three years ago. After two rounds of updates and rigorous market tests, this product has been successfully put into mass use by enterprises including Houpu Clean Energy Group Co., Ltd. (HQHP), Zhejiang Hydrogen Craft Corporation, etc., and its market influence has been effectively verified. The Kirin II generation HGPF4-02 solid-state hydrogen storage valve, which is equipped on the 500 hydrogen-powered two-wheeled vehicles launched this time, is the core component of hydrogen-powered two-wheeled vehicles. Its performance and safety have been greatly improved, and it is characterized by high safety, lightweight, long service life, etc.
Under the dual benefits of national and local policies, the hydrogen-powered two wheeler industry has entered a golden period of development. There are clear tasks in the “open competition mechanism for selecting the best candidates to lead research projects” of the Ministry of Industry and Information Technology: achieve a scale of 100,000 hydrogen fuel cell two-wheeled vehicles by 2026 and reduce the cost of hydrogen storage and fuel cell systems. Jiangsu Province has released the industry technical specifications of the “General Technical Requirements for Hydrogen-powered Bicycles”, and Guangdong Foshan, Guangxi, Beijing, Sichuan Dazhou, etc. have also introduced policies to encourage the demonstration and application of hydrogen-powered two-wheeled vehicles to provide support for industrial development.
There are currently 350 million electric two-wheeled vehicles in China, and if the penetration rate of hydrogen vehicles reaches 1%, the market size of solid-state hydrogen storage valves will exceed 5 billion yuan. Hanhydrogen’s solid-state hydrogen storage valve, with its 3-5 times longer range than existing lithium batteries, can also be extended to the field of hydrogen-powered sightseeing vehicles, and it is expected that new growth points can be created in tourism and leisure industries. In the future, with the updates and iterations of the third-generation products, this energy revolution of “controlling the big with the small” will accelerate its penetration into a wider range of mobile scenarios.
Amidst the accelerating transformation of the global energy industry, Shenkai has been closely monitoring the development trend of the new energy industry, actively making a layout, and working with Hanhydrogen to promote its transformation towards green and sustainable development by taking strategic investment as a link. In the future, Shenkai will fully leverage its resource advantages to empower Hanhydrogen in capital, channels, brand, etc. to promote its continuous efforts in hydrogen energy technology R&D, application promotion, etc., so as to contribute to the transformation of China’s energy industry towards low-carbon and green development.
HGPF4-02 Solid-state Hydrogen Storage Valve
It is mainly used to ensure the safe use of gas in the cylinder and meet the functional requirements of inflation, deflation, activation, etc. Compared to traditional 35MPa high-pressure valves, which are prone to accidents such as hydrogen embrittlement and leakage, the solid-state hydrogen storage valves adopt innovative technologies of 0.2-4MPa low-pressure operation, multi-stage sealing, and intelligent pressure relief, truly achieving “zero explosion”!
· High integration: it is integrated with the functional modules of check valve, pressure relief valve, TPRD/PRD, etc.
· Compact size: compared with the first generation, its quality and volume have been reduced by 33%, making it widely applicable
· Convenient operation: with an external single interface, it is easy to operate for quick plugging and unplugging
· High sealing performance: the sealing points have been reduced from 11 to 9, greatly improving leakage safety
