On February 26, the hydrogen fuel cell membrane electrode industrialization project with a total investment of about 800 million yuan was officially settled in Huangpu District, Guangzhou. According to the strategic cooperation agreement signed by Guangzhou Huangpu District Government, Guangzhou Development Zone Management Committee and Hongji Chuangneng Technology Co., Ltd., the two parties will jointly invest in the project. The project's settlement not only fills the gap in China's high-energy-density membrane electrode manufacturing, but also allows China's hydrogen fuel cell vehicle to be scaled up for 5-10 years. Let's take a look at the related content with Xiaobian.
With the depletion of energy, the development of hydrogen energy has become the only way for China and the global energy structure to transform and develop a sustainable economy. Hydrogen energy is also one of the most developed energy sources in the future. It has the most potential, the most clean and environmentally friendly, and one of the most valuable energy sources. After the introduction of the first local fuel cell vehicle development plan in Shanghai in 2017, more and more cities such as Wuhan, Beijing, Zhangjiakou, Rugao, Xi'an and Zhengzhou have joined the hydrogen fuel cell industry. However, China's hydrogen energy development market is currently concentrated in North China, East China and other places, and has not yet formed a large scale of development. In the southern market, the development of hydrogen energy is relatively less.
It is understood that the total assets of this project will be about 800 million yuan. Hongji Chuangneng plans to trial production at the end of this year. In 2019, it will realize the scale of membrane electrode with an annual output of 100,000 square meters. In 2020, it will realize large-scale industrialization development. It plans to cooperate with automobile manufacturers in Guangdong Province to launch a hydrogen fuel cell passenger car with its own core technology in 2019.
According to the agreement, the two sides will also establish an innovation institute for hydrogen energy, integrate domestic research institutes, universities, and manufacturing resources, strengthen exchanges with international R&D institutions, and promote independent research and development and industrial agglomeration of domestic fuel cell technologies. And market application, in the Huangpu District of Guangzhou, this new generation of information technology, artificial intelligence, new energy, new materials and other industries, the main battlefield to create industrial agglomeration, the first-class technology "China hydrogen valley."
If the project of Hongji Chuangneng Fuel Cell Membrane Electrode is continuously produced according to the capacity planning, the power density of the product can reach 1.2 W/m2, which can not only fill the blank of China's high energy density membrane electrode manufacturing, but also fill the South China market. The blank of hydrogen energy development will greatly reduce costs for high-tech enterprises such as hydrogen fuel cell vehicles in the future, and strengthen the localization and industrialization of hydrogen fuel cell core technology in this vast market in the South.
The current hydrogen energy has been regarded as the most promising new energy source in the 21st century, and people's interest in hydrogen energy has started more than 200 years ago. In the 1970s, people from all over the world began extensive research on hydrogen energy, especially in the use of transportation. China has also used liquid hydrogen as a fuel in the long march of the Long March 2 and 3 rockets, using hydrogen instead of diesel, and is also very active in the development of railway locomotives or general automobiles. Due to its high efficiency, zero emissions, low noise, sustainable development and many other advantages, hydrogen energy has been widely recognized and recognized worldwide.
At present, the competition for hydrogen fuel cells is mainly focused on the development of membrane electrodes with high energy density, and in the preparation of membrane electrodes with high energy density, China has not yet achieved mass production. Moreover, the current development of hydrogen fuel cells is still facing a series of problems: for example, the extraction of hydrogen energy, the transportation of hydrogen energy, the storage of prepared hydrogen energy, the construction and layout of hydrogen refueling stations, etc. These problems are urgently to be resolved. In the context of the development of hydrogen fuel cells is still being questioned by the outside world, in order to encourage and support the development of hydrogen energy, China Hydrogen Energy Strategic Alliance was established recently.
On February 11, 2018, under the guidance of the Ministry of Science and Technology, the Ministry of Industry and Information Technology and other departments, the National Energy Group led the joint initiative of China's hydrogen energy and fuel cell industry innovation alliance jointly initiated by 17 institutions. After the establishment of the alliance, the industry will be strengthened. And market synergy, coordinating and guiding alliance members to carry out in-depth cooperation on hydrogen energy utilization technology, safety technology and technical standards, and promote the application of hydrogen energy and hydrogen fuel cells in defense, distributed energy, hydrogen-powered vehicles, energy storage equipment, etc. Promote the construction of China's hydrogen energy society.
Minister of Science and Technology Wan Gang said at the conference that it is necessary to plan and construct a hydrogen energy production, storage and transportation and hydrogenation infrastructure network, formulate technical routes and plans for hydrogen energy supply in the transportation field, and support the application of fuel cell vehicles in large-scale commercialization. . Under the establishment of the strategic alliance, China's hydrogen energy development strategy has now risen to the position of the national energy strategy.
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