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According to foreign media reports, there is nothing more suitable for powering smartphones or Tesla than lithium batteries. Since its first launch in 1991, rechargeable lithium batteries have become daily scientific and technological equipment and electric vehicles. General standard of vehicle power supply. Data shows that most of the more than 3 million electric vehicles in the world are driven by lithium battery batteries. However, as the world moves towards the future power era, it is clear that we need better

The automobile industry is the largest industry in human history, bearing countless output value and employment. Today, the efficiency of internal combustion engines cannot be greatly improved. Whoever gets the first chance in the field of new energy will win tomorrow. Naturally, every country does not want to lag behind. Different countries have different technological reserves and different technological routes, and their response methods are different.(Lithium - Ion Battery Equipment) Among them, Toyota deser

Last year, the domestic car market was in a recession. There were many sad and desolate places. Many joint ventures with outstanding performance also turned from rising to falling. However, in such a bleak environment, new energy vehicles are still rising against the trend, with production and sales exceeding one million and becoming the most dazzling star in the market. The rapid development of new energy vehicles largely benefits from the substantial improvement of power battery performance. It has been 10 yea

"Lithium battery is the core component of new energy vehicles. Recycling of retired batteries should be an important part of the whole life cycle of power batteries, but it is relatively extensive in China at present. If we do not pay close attention to the research and development of advanced recycling technology of power lithium batteries, it will seriously restrict the development of the battery industry and even the new energy vehicle industry." Recently, Fei Weiyang, an academician of the CAS Memb

The project of "Power Battery Cascade Utilization Heterogeneous Compatible Energy Storage Power Station" jointly developed by Anhui Risek, a subsidiary of Chery Group, and the School of Environmental and Chemical Engineering of Shanghai Electric Power University, has successfully solved the technical bottlenecks in the compatible application of power batteries of different brands, aging degrees, and structures. Taking the retired power battery as the energy storage carrier of the substation, continuing

A few days ago, Dow Technologies, which has a deep layout in the field of lithium battery materials, announced that it plans to invest in the establishment of Guangdong Dow Picea Hydrogen Energy Technology Co., Ltd. The new company is mainly engaged in the development and sales of materials such as hydrogen fuel cell membrane electrode (MEA). For details, please stamp "Ma Dongsheng/Reshape Technology/Dow Technologies Establish a MEA Joint Venture".(Lithium - Ion Battery Equipment) This is not the first

Nuclear batteries have attracted the interest of researchers since 1913. At present, potential nuclear cells are thermionic, thermo optoelectric, direct charge collection, thermionic, scintillation intermediate, alpha voltaics and beta voltaics direct energy conversion. In the last 40 years, the mainstream nuclear battery technology is the radioisotope thermoelectric generator (RTG), which converts the heat generated by the decay of radioactive elements into electrical energy through the Seebeck effect. At present,

Recently, the National Development and Reform Commission and the National Energy Administration issued the Action Plan for Energy Technology Revolution and Innovation (2016-2030) within the system, and simultaneously released the Roadmap for Key Innovation Actions in Energy Technology Revolution, proposing 15 key innovation tasks, including clean and efficient utilization of coal technology innovation, advanced nuclear energy technology innovation, hydrogen and fuel cell technology innovation, advanced energy stora

On March 5, four Japanese companies, including NGKINSULATORS and TOTO, announced the establishment of joint ventures on March 4 to promote the research and development of "solid oxide fuel cells (SOFCs)" that generate electricity by reacting oxygen in the air with hydrogen and other fuels. All companies will share relevant technologies previously promoted independently to promote practicality. This is the first time that four companies of "Sencun Group" have participated in joint business. Th