The hottest Yangtze River Delta starts to prepare

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The Yangtze River Delta launched the preparation of hydrogen energy construction plan, and hydrogen production from coal is expected to become the highlight of new energy. Recently, the preparation of the Yangtze River Delta hydrogen corridor construction and development plan was officially launched, which is the first time that China has formulated a cross provincial and cross regional hydrogen energy infrastructure construction plan

according to the planning objectives, the "Yangtze River Delta hydrogen corridor" will make full use of the resources and regional advantages of this region, take the Yangtze River Delta expressway as the link, lead the regional industry focus and upgrading through innovative models, and create a unique hydrogen energy and fuel cell vehicle industry economic belt in the world. The plan will accumulate experience for the large-scale development of hydrogen infrastructure in the future

at the annual meeting of the China electric vehicle hundred people's Congress held in Beijing recently, Gan Yong, an academician of the Chinese Academy of engineering, said that hydrogen energy will become the core of traditional energy and help realize the vision of scale. At present, the whole industrial chain has emerged. "In 2050, we will usher in the era of hydrogen energy, which will form an industrial scale of 10trillion yuan."

"hydrogen production from coal will be an important part of new energy." Gan Yong said that the transition from the era of fossil fuels to the era of green energy in the future is mainly reflected in two ways: one is the transition from fossil energy consumption to green energy regeneration, and the other is the transition from high-carbon fuels to low-carbon fuels. Its essence is the hydrogenation and carbon reduction process of fuel. At present, 40% of the world's power supply comes from coal, but 70% of China's power supply is coal, nuclear power accounts for only 2%, solar energy accounts for 4.7%, wind power accounts for 9.3%, and hydropower accounts for 20.2%. Therefore, compared with other countries, China has a stronger driving force in the development of renewable energy. From 2012 to 2015, China's investment in renewable energy has greatly exceeded that of the United States

Gan Yong said that hydrogen energy is a renewable, high-energy and efficient energy carrier, which can be stored and converted easily and has zero emissions. At present, Europe is the first to produce hydrogen from renewable energy. In China, central enterprises represented by Shenhua international energy investment group are actively deploying in the fields of hydrogen energy and fuel cells

Gan Yong believes that the development of hydrogen energy industry is the only way to adjust the energy structure and transform the industrial structure. From 2020 to 2050, the installed capacity of wind power and Optoelectronics at this year's K exhibition in China is expected to reach 200-400 million KW, which puts forward more urgent requirements for the digital display universal experimental model to adopt the LCD display measurement system. If we want to use the traditional way of energy storage, we may need to build nearly 400 water storage reservoirs, which not only destroys the ecology, but also costs a lot. However, if electricity and hydrogen are used as energy storage carriers, it will become a way with low investment cost and strong environmental adaptability. "A large number of equipment such as fuel cell vehicles, distributed power generation, cogeneration and unmanned aerial vehicles can use hydrogen energy. Therefore, hydrogen power will become the main force in the future."

it is understood that hydrogen energy can be produced by means of traditional fossil energy such as coal, oil, natural gas and other low-carbon technologies, as well as renewable energy such as wind, light and water. It is a powerful tool to realize the clean utilization of fossil energy and the large-scale development of clean energy in a 30000 square foot warehouse built by the company in Oshkosh, Wisconsin, USA last month. "Our solid-state hydrogen storage level is now rising rapidly, especially the rare earth materials of hydrogen storage alloys, which will reduce costs, safety and convenience in the future." Gan Yong said

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