cr2032 3v lithium battery

　　The difference between cr2032 3v lithium battery pack and ternary battery

　　Lithium iron phosphate battery packs and ternary batteries are both types of lithium batteries. Although their raw material systems are still very different, their performance characteristics are also different. Lithium-iron batteries with excellent high-temperature characteristics and ternary batteries with excellent low-temperature characteristics. In terms of safety, lithium iron phosphate is better. Regarding the difference between cr2032 3v lithium battery packs and ternary batteries, let’s first briefly understand the material composition and cycle principles of these two batteries, and then discuss them.

　　Lithium iron phosphate battery: Lithium iron phosphate battery pack refers to a cr2032 3v lithium battery composed of a variety of lithium batteries with lithium iron phosphate battery as the positive electrode material. This raw material does not contain precious elements like cobalt, so it can make the cost of lithium iron phosphate batteries lower than other lithium batteries. In addition, mineral elements such as phosphorus and iron are abundant in resources on the earth, and there will not be a problem of insufficient supply of raw materials.

　　Ternary battery: Ternary polymer cr2032 3v lithium battery refers to a cr2032 3v lithium battery made of ternary composite battery cathode material using lithium nickel cobalt manganese oxide or lithium nickel cobalt aluminate. The battery cathode material is made of nickel salt, cobalt salt, manganese salt Salt is the raw material, and the nickel, cobalt and manganese content can be adjusted according to actual needs.

　　The difference between cr2032 3v lithium battery pack and ternary battery:

　　1. The voltage platform of ammeter cr2032 3v lithium battery is an important indicator of its specific energy, which determines the basic performance and cost of the battery. The higher the voltage platform, the greater the specific volume; for lithium batteries with the same volume, weight and ampere-hour, the voltage platform of ternary batteries is higher than that of lithium iron phosphate batteries. The high power line reaches Ampere, and the charge and discharge platform At or up to Ampere.

　　2. Discharge performance, because the climate on the earth is complex, from the equator to the poles, from high temperatures to extreme freezing, the application environment of lithium batteries will be very different. However, in different temperature environments, the performance effects of lithium iron phosphate battery packs and ternary batteries are very different. Lithium iron phosphate battery packs focus on charging and discharging in high temperature environments, while ternary batteries focus on charging and discharging in high temperature environments. Charge and discharge applications in natural environments.

　　3. Cycle life. Although the cycle life of lithium iron phosphate battery packs and ternary batteries is longer than that of other types of lithium batteries, when comparing the cycle life of lithium batteries and ternary batteries, it can only be said that the service life of lithium iron phosphate battery packs is longer than that of other types of lithium batteries. Ternary batteries are much longer.

　　Generally speaking, the cycle life of lithium iron phosphate battery packs is generally more than 2,000 times, while the cycle life of ternary batteries is generally more than 1,000 times. There is a big difference between the two in terms of cycle life. Various models and specifications of lithium batteries are somewhat different. The biggest difference lies in the difference in the cathode material of the battery. Due to differences in raw materials, lithium batteries will have different characteristics in many aspects.

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