From：CTECHI GROUP Limited Release time：2019-04-17
Overview：The 3.6V 2000mah Li-SOCl2 battery refers to a lithium battery using a lithium nickel cobalt manganese ternary positive electrode material for the positive electrode material. There are many kinds of positive electrode materials for the lithium ion battery, mainly lithium cobaltate, lithium manganate, lithium nickelate, and ternary materials.
The 3.6V 2000mah Li-SOCl2 battery refers to a lithium battery using a lithium nickel cobalt manganese ternary positive electrode material for the positive electrode material. There are many kinds of positive electrode materials for the lithium ion battery, mainly lithium cobaltate, lithium manganate, lithium nickelate, and ternary materials. , lithium iron phosphate and the like. The ternary material combines the advantages of lithium cobaltate, lithium nickelate and lithium manganate. It has excellent characteristics such as high capacity, low cost and good safety. It gradually takes a certain market share in small lithium batteries, and The field of power lithium has good development prospects.
For lithium batteries, cobalt metal is an indispensable material. However, on the one hand, metallic cobalt is expensive, and on the one hand, it is toxic. Regardless of the leading Japanese and Korean companies or domestic battery manufacturers, the battery has been “less cobaltized” in recent years. Under this trend, nickel-cobalt-manganese ternary materials prepared by using nickel salts, cobalt salts and manganese salts as raw materials are gradually being favored. From the chemical point of view, the ternary material belongs to excessive metal oxides, and the energy density of the battery is high.
Although the role of cobalt is still indispensable in ternary materials, the mass fraction is usually controlled at around 20%, and the cost is significantly reduced. Moreover, it has the advantages of both lithium cobaltate and lithium nickelate. With the increasing production of domestic and foreign manufacturers in recent years, the trend of replacing commercial lithium cobalt oxide with lithium batteries with ternary materials as cathode materials has become very obvious.
From electric cars to smart phones, wearables or charging treasures, this new technology is perfectly suited. Tesla [microblogging] first applied the ternary battery to the electric vehicle. The ModelS has a cruising range of 486 kilometers and a battery capacity of 85kWh. It uses 8142 3.4AH Panasonic 18650 batteries. The engineers distributed the batteries one by one in the form of bricks and sheets to form an entire battery pack, which is located on the underbody.
From a global perspective, the R&D and production of ternary materials are constantly advancing. In this process, the material performance has been greatly improved, and the application field has been expanded. Japanese and Korean companies are the leader in the development of ternary material batteries. The production of domestic ternary materials started from around 2005, and more than a dozen large-scale enterprises have emerged. If you want to learn more about Lithium Manganese Dioxide battery for digital cameras,you can contact us.