The future of high-energy lithium primary battery industry

The future of high-energy lithium primary battery industry

The nominal voltages of lithium primary batteries are 3.6 V,3.0 V, 1.5V. The lithium primary battery has many structures, such as button type/coil type, cylinder and rectangle type. Lithium primary battery has the advantages of high specific energy, long life and wide temperature range. Mainly used in Utility metering,Memory back-up,Alarms and security devices,Automotive electronics,Tollgate systems,Military electronics,Automatic meter reading and other portable electrical appliances. The common structure of lithium batteries are cylindrical carbon package type, square lamination type, spiral type, cylindrical winding type, square winding type and so on. 

Lithium-manganese dioxide batteries are the most commonly used lithium primary batteries. The structure of button lithium batteries is similar to that of button zinc Silver oxide battery, cylinder, square, button-type coins and lithium-manganese flexible packaging battery, battery capacity from tens of milliamperes to hundreds of amperes, model identification refer to IEC60086-2:2000“Primary battery, Part II, outline dimensions and electrical performance requirements” standard. 

lithium thionyl chloride battery LiSOCL2 battery are also very popular also, with low self-discharge rate, high capacity,wide operating temperature range,the life span can reach 10 to 15 years.

At present, the lithium batteries that can be commercialized include lithium iodine battery (Li/I 2) , lithium manganese dioxide battery (Li/mno2) , lithium copper oxide battery (Li/CuO) , Lithium Polyfluorocarbon Battery (Li/(CF) N) , lithium thionyl chloride battery LiSOCL2 battery , lithium sulfur dioxide battery (Li/SO 2) , etc. . 

The market demand of high energy lithium primary battery produced in our country is great. Due to the high demand of special lithium power supply for product performance, it is necessary for enterprises to continuously innovate technology level, improve process mode and improve material quality, so as to continuously meet the needs of market competition and development, this will continue to invest in the future, and continue to maintain the advanced technology put forward certain requirements. 

Since the 2023, the market for high-tech, high-value-added products leading the green transition, such as lithium-ion batteries, has been booming. According to relevant industry data, the demand for batteries will exceed 2TWh within two years, more than 6TWh by 2030. At that time, for product performance, cost, technical requirements will only become higher and higher.

With global climate change, energy crisis and environmental pollution becoming increasingly prominent, green, energy conservation and environmental protection are highly valued, carbon neutrality has become a global consensus, the electrification of transport and the clean-up of electricity and energy around the world are accelerating in an all-round way, affected by sustained policy promotion, technological progress and falling costs, the market scale of high-energy lithium primary battery industry is expected to grow rapidly and reach 66.2 billion yuan in 2030.

Tags: lithium primary battery,lithium thionyl chloride battery, LiSOCL2 battery,Lithium-manganese dioxide batteries,Li-MNO2 Battery,lithium-manganese flexible packaging battery,high energy lithium primary battery