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Compared with soft packs and square lithium batteries, cylindrical lithium batteries have the longest development time, with higher standardization, more mature technology, high yield and low cost. · Mature production technology, low PACK cost, high battery product yield, and good heat dissipation performance · Cylindrical batteries have formed a series of internationally unified standard specifications and models with mature technology and suitable for continuous mass production. · The cylinder has a large specific surface area and a good heat dissipation effect. · Cylindrical batteries are generally sealed batteries, and there are no maintenance problems during use. · The battery shell has high pressure resistance, and there will be no phenomena such as square, flexible packaging battery expansion during use
The technological progress of cylindrical lithium-ion batteries mainly comes from the development of innovative research and application of key battery materials. The development of new materials will further improve battery performance, improve quality, reduce costs, and improve safety. In order to meet the requirements of downstream applications for the improvement of battery specific energy, on the one hand, materials with high specific capacity can be used, on the other hand, high-voltage materials can be used by increasing the charging voltage. Cylindrical lithium-ion batteries have evolved from 14,500 to Tesla 21700 batteries. In the near and mid-term development, while optimizing the existing system of lithium-ion power battery technology to meet the needs of large-scale development of new energy vehicles, to develop new types of lithium-ion power batteries Focus on improving key technologies such as safety, consistency, and longevity, and simultaneously carry out forward-looking research and development of new system power batteries. For the mid- to long-term development of cylindrical lithium-ion batteries, while continuing to optimize and upgrade…
Supercapacitor batteries are also called gold capacitors and farad capacitors. They store energy through polarized electrolytes and are a type of electric double layer capacitors. Since the energy storage process does not undergo chemical reactions, this energy storage process is reversible, precisely because the supercapacitor can be repeatedly charged and discharged hundreds of thousands of times. Supercapacitors generally use activated carbon electrode materials, which have the characteristics of large adsorption area and more electrostatic storage, and are widely used in new energy vehicles.