The establishment of my country's hydrogen energy strategic alliance, the spring of hydrogen fuel power batteries has arrived

my country's hydrogen energy strategic alliance was established to accelerate the development of my country's hydrogen energy industry. The spring of hydrogen fuel power batteries has just begun. The following is the specific situation that the editor brings about the establishment of my country’s hydrogen energy strategic alliance. I hope that everyone can gain something! The spring of my country’s hydrogen energy strategic alliance’s establishment of hydrogen fuel power batteries has just begun. Related media believe that fuel power batteries have been growing in recent years. A lot of progress has been made in processing costs, battery technology, and market development. It is also remarkable in terms of standard setting, policy promulgation, and establishment of associations. However, there is still a long way to go before the hydrogen fuel power battery industry is as mature as the lithium-ion battery industry. The spring of hydrogen fuel power batteries has just begun. Policy support is unabated, capital love is increasing, Ru0026D is constantly breaking through, and the company has increased its layout...After years of development, my country's hydrogen fuel power battery industry has finally ushered in the long-awaited spring, and this spring has just begun. . my country Hydrogen Energy Strategic Alliance was established in mid-February 2018, witnessed by relevant leaders such as Wan Gang, Vice Chairman of the National Committee of the Chinese People’s Political Consultative Conference, Minister of Science and Technology, and Miao Wei, Minister of the Ministry of Industry and Information Technology, my country’s Hydrogen Energy and Fuel Power Cell Industry Innovation Strategic Alliance (Hereinafter referred to as 'my country Hydrogen Energy Strategic Alliance') was formally established in Beijing. It is understood that my country's hydrogen energy strategic alliance is a national hydrogen energy industry alliance that is interdisciplinary, cross-industry, and cross-sectoral. It enhances collaborative innovation and promotes hydrogen production by gathering technical resources in production, learning, and research in related industries. Technology breakthroughs in the entire industry chain, including hydrogen storage and transportation, hydrogen refueling infrastructure, and the use of fuel power cells. In addition, my country’s Hydrogen Energy Strategic Alliance will also coordinate and command alliance members to carry out in-depth cooperation on hydrogen energy utilization technology, safety technology, and hydrogen energy technical standards, and promote the use of hydrogen energy and fuel power cells in national defense, distributed energy, automobile power, and storage. The cross-category use of energy equipment and other directions accelerates the promotion of my country's hydrogen energy industry layout. my country's hydrogen energy strategic alliance is of great significance to improving the market maturity and international competitiveness of my country's hydrogen energy and fuel power cell technology. Fuel-powered battery vehicle subsidies remain unchanged. At present, financial subsidies are still an important driving factor for the development of new energy vehicles. For the hydrogen fuel-powered battery industry, which is in the initial stage of commercialization, financial subsidies are particularly important. In the 'Notice on Adjusting and Improving the Financial Subsidy Policy for the Promotion and Use of New Energy Vehicles' announced on February 14, 2018, the subsidy standards for other new energy vehicles have declined to varying degrees, and the subsidies for fuel-powered vehicles are still constant. The latest subsidy policy stipulates that fuel-power cell passenger vehicles are subsidized according to the rated power of the fuel-power cell system, and fuel-power cell buses and special vehicles adopt a fixed subsidy method. In the case of other new energy vehicle subsidy standards being lowered, the new subsidy policy’s support for hydrogen fuel-powered battery vehicles remains unchanged. This in itself is a manifestation of the country’s high attention to the development of hydrogen fuel-powered battery vehicles. The positive impact of this is immeasurable. The spring of the establishment of the hydrogen fuel power cell of my country's hydrogen energy strategic alliance has just begun. The low-temperature preparation and storage of hydrogen has become a reality. On February 27, 2018, the 'Top Ten Scientific Progresses in my country in 2017' was announced in Beijing, 'Achieving the low temperature of hydrogen. Heavyweight scientific research achievements such as 'Preparation and Storage' and 'Achieving Thousand-Kilometer-Level Quantum Entanglement, Key Distribution and Teleportation' were selected. For a long time, the efficient preparation, safe storage and transportation of hydrogen have been a bottleneck hindering the large-scale use of hydrogen energy, as well as an obstacle to the development of hydrogen fuel-powered battery vehicles. General hydrogen storage systems are either expensive or have limited storage capacity. One possible treatment method is to store hydrogen in liquid methanol, and through the liquid phase reforming reaction of water and methanol, hydrogen is produced in situ for use in fuel power cells. . The Martin Research Group of the School of Chemistry and Molecular Engineering of Peking University, Wen Xiaodong of the Shanxi Institute of Coal Chemistry of the Chinese Academy of Sciences, and Ishikawa of Dalian University of Technology have announced that a catalyst prepared by dispersing a single atom of platinum on molybdenum carbide (α-MoC) can be used The liquid phase reforming of methanol, compared with the previous preparation method, can show high hydrogen production activity at 150 to 190 degrees Celsius. In addition, the research team also broke through the difficult problem of high reaction conversion rate and high reaction rate in the water-gas shift hydrogen production process (CO+H2Ou003dCO2+H2) under low temperature conditions, and developed Au/α-MoC-based A new generation of catalytic processes. This research work has constructed a new chemical and efficient hydrogen storage and release system, which provides new ideas for the in-situ hydrogen supply of fuel power cells, and is expected to be used as a new generation of efficient hydrogen storage and release system. Relevant media believe that in recent years, fuel power cells have made considerable progress in terms of processing costs, battery technology, and market development. They are also remarkable in standard setting, policy promulgation, and the establishment of associations. However, there is still a long way to go before the hydrogen fuel power battery industry is as mature as the lithium-ion battery industry. The spring of hydrogen fuel power batteries has just begun. The above analysis of the content about the establishment of the hydrogen fuel power battery in my country's hydrogen energy strategic alliance has just begun. 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