402030 polymer battery

　　Analysis of the differences in characteristics between power 402030 polymer battery and ordinary 402030 polymer battery:

　　1. For example, lithium iron phosphate power batteries are dominated by lithium battery cathode materials with a lithium iron phosphate LiFeCoPO4 olivine structure, while lithium iron phosphate power batteries use lithium metal or lithium alloy as the battery cathode material and use non-aqueous electrolyte solutions. Batteries; while general 402030 polymer battery are dominated by lithium manganate battery cathode materials, and use spinel-type lithium manganate battery raw materials, and spinel-type lithium manganate battery LiMn2O4 was first produced by Hunter in 1981 with three-dimensional Battery cathode materials for safe passage of lithium-ion batteries; however, with the development trend of lithium-ion battery cathode materials, a large number of high-quality battery cathode materials will appear in the future to replace the current raw materials, but in any case, the safety factor of lithium battery materials will be more as key.

　　2. Lithium iron oxide power battery does not catch fire or explode during puncture, but generally 402030 polymer battery have the risk of explosion accidents during puncture.

　　3. Lithium iron phosphate battery power lithium battery can withstand overcharging to 100% and is not prone to explosion or fire; generally, 402030 polymer battery will produce gas and precipitate when they reach the required value.

　　4. The difference between the charging and discharging of power 402030 polymer battery and ordinary 402030 polymer battery: Lithium iron phosphate power batteries can support a continuous 30C charge and discharge rate, which will not cause safety risks. Some lithium iron phosphate batteries can charge up to 600A in an instant, while ordinary 402030 polymer battery can charge up to 600A. Under normal circumstances, 1C charging and discharging rate can be used. Continuous charging and discharging at high current will cause the battery to malfunction.

　　5. The weight difference between lithium iron phosphate power batteries and 402030 polymer battery: The weight of lithium iron phosphate power batteries of the same volume is basically twice that of ordinary 402030 polymer battery.

　　Analyze the difference between power 402030 polymer battery and 402030 polymer battery from the perspective of internal resistance: The internal resistance of lithium iron phosphate power batteries of the same volume is much smaller than that of ordinary 402030 polymer battery.

　　6. The difference in capacity between power 402030 polymer battery and ordinary 402030 polymer battery: The capacity of a lithium iron phosphate power battery of the same volume is lower than that of ordinary 402030 polymer battery. That is, the specific energy of a battery made of lithium iron phosphate battery cathode material is about 60% lower than that of ordinary 402030 polymer battery. .

　　7. The price difference between lithium iron phosphate power batteries and 402030 polymer battery: The price of lithium iron phosphate power batteries is about 50% higher than that of general 402030 polymer battery.

　　8. The operating temperature difference between lithium iron phosphate batteries and 402030 polymer battery: The operating temperature of lithium iron phosphate batteries is slightly higher than that of 402030 polymer battery, while the operating temperature of 402030 polymer battery is slightly lower by about 5 degrees.

　　What is the difference between power 402030 polymer battery and ordinary 402030 polymer battery? The key difference lies in the selection of lithium battery materials and the use of charge and discharge multiples. The difference in the use of different lithium battery cathode materials. If the charge and discharge multiples are different, then It is very easy to segment some application fields. Only by understanding the differences between power 402030 polymer battery and ordinary 402030 polymer battery can we be able to better select and design rechargeable batteries.

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