Lithium iron phosphate
The main reasons why lithium iron phosphate batteries are more practical than dry batteries are as follows:
1. High safety: Lithium iron phosphate batteries can remain relatively stable under abnormal conditions such as high temperature, short circuit, overcharge, etc., and are not prone to dangerous situations such as combustion or high safety. The dry battery is prone to combustion or ** under abnormal conditions such as overcharge and short circuit, and the safety is low.
2. Long life: The cycle life of lithium iron phosphate batteries is longer, which can reach more than 2000 times of charge and discharge cycles, and the life is longer than that of dry batteries. Therefore, in the application scenario that requires frequent charging and discharging, the use time of lithium iron phosphate batteries is longer and the maintenance cost is lower.
3. Good environmental protection: lithium iron phosphate batteries will not produce harmful substances during use, and can be reused after being discarded, with good environmental protection. The dry battery will produce a certain amount of environmental pollution during use, and it is difficult to dispose of it after disposal.
4. Excellent performance: lithium iron phosphate batteries have high energy density, good charge and discharge performance, and can provide higher energy and more stable voltage output. Whereas, dry batteries have relatively low voltage and capacity, and their performance is poor.
To sum up, lithium iron phosphate batteries are more practical than dry batteries, mainly because of their high safety, long life, environmental protection and excellent performance. In the application scenarios that require frequent charging and discharging and high energy density, lithium iron phosphate batteries have higher practical value.