Industry Knowledge

How to improve the energy density of lithium-ion batteries has always been the core content of lithium-ion battery research, especially in the aspect of cathode materials. In order to improve the specific energy, people are "unscrupulous". Therefore, a variety of cathode materials for lithium-ion batteries are emerging one after another, such as lithium rich manganese, ternary materials, etc. The specific capacity of some cathode materials has reached more than 200mAh/g, However, these cathode materials o

Lu Anhui, a professor of Dalian University of Technology, recently innovatively proposed that the metal organic skeleton zif-8 was prepared by in-situ growth of nano binary metal oxide (znsno3) as precursor using solvent-free method sn@c compound material. According to the theory of soft and hard acids and bases, 2-methylimidazole, as the boundary base, preferentially combines with the boundary acid zn2+to generate zif-8. The subsequent pyrolysis process makes zif-8 transform into a conductive carbon network contai

Recently, Wei Zhixiang, a researcher of the National Nanoscience Center (hereinafter referred to as the "Center"), led the project "Development of Flexible Lithium Ion Battery with Carbon Nanotube Composites" of the Beijing Science and Technology Commission, which passed the acceptance of the expert group, and successfully completed the task. The Wei Zhixiang team of the Center innovatively replaced the copper foil and aluminum foil collectors used in traditional lithium ion batteries with na

Professor Lu Junling, Professor Wei Shiqiang and Professor Yang Jinlong from the University of Science and Technology of China have recently developed a new type of catalyst, which has overcome the key problems in the promotion and application of hydrogen fuel cell vehicles, relieved the "toxic shock" crisis of carbon monoxide in hydrogen fuel cells, extended the battery life, widened the temperature environment for battery use, and can also be started normally in cold winter. This research is expected to

Application prospect of fast charging battery with different technical routes The speed of charging is closely related to the overall technical and design requirements of the power battery, charging pile, electric vehicle, power grid, etc., among which the battery is the biggest factor. We will specifically discuss the application trend of different types of power batteries in the direction of fast charging technology. Almost all kinds of positive materials can be used to make fast charging batteries, but their

The trend of electric vehicles replacing fuel vehicles has been clear, and the investment in batteries in the whole industry has also been emerging one after another, with repeated heavy investments. However, BMS has not made much progress. However, with the increasing number of power lithium batteries, the change of BMS will gradually come. Before explaining the changes of BMS, the next general rule is discussed: the development path of complex products. Complex products refer to products with complex customer

The trend of electric vehicles replacing fuel vehicles has been clear, and the investment in batteries in the whole industry has also been emerging one after another, with repeated heavy investments. However, BMS has not made much progress. However, with the increasing number of power lithium batteries, the change of BMS will gradually come. Before explaining the changes of BMS, the next general rule is discussed: the development path of complex products. Complex products refer to products with complex customer

According to the report of BusinessKorea on November 13 (Beijing time), LG Chem, Samsung SDI and SK Innovation, the three major battery manufacturers in South Korea, agreed to jointly develop core battery technology. In addition, they will set up a fund of 100 billion Korean won (about 90 million US dollars) to build the next generation battery industry ecosystem. According to the report of BusinessKorea on November 13 (Beijing time), LG Chem, Samsung SDI and SK Innovation, the three major battery manufacturers

New chemical methods are expected to overcome the defects of lithium air batteries. At the same weight, lithium air battery (lithium air battery) can provide more power, so it is widely used in electric vehicles and other mobile electronic devices. However, lithium air batteries have many disadvantages: high heat generation (a large amount of chemical energy is converted into heat energy and not provided to the equipment), short life, expensive and complex manufacturing process (charging and discharging air into