What are the correct charging methods for high-rate lithium iron phosphate batteries?

The correct way to charge high-rate lithium iron phosphate battery 1. Do not short-circuit the lithium iron phosphate battery, otherwise it will damage the battery and heat up and burn the battery. 2. Drops, collisions, bending, etc. may reduce the performance of the battery. Seriously, it will cause the battery to short circuit. 3. Do not heat the battery or throw the battery into water or fire. Putting the battery into water will cause the battery to fail. Putting the battery into the fire will cause the battery to rupture or explode, causing a fire. 4. Do not insert the positive and negative poles of the battery in reverse, otherwise it will cause the battery to swell or rupture. 5. Do not reverse charge. Reverse charge is equivalent to over-discharge. Over-discharge will cause adverse reactions inside the battery and cause serious damage to the battery. A large amount of gas is likely to cause chemical leakage of the rechargeable battery. 6. Do not disassemble the battery, or try to penetrate the battery with a sharp object, because the electrolyte inside the battery will damage the skin and clothing. 7. The battery cannot be stored in a high-temperature or high-humidity environment, and the battery's own reaction will be aggravated, so it is impossible to supply enough capacity to the consumer. In addition, under high temperature and high humidity, the aging speed of the battery will be greatly accelerated, and it will also corrode the electronic components 8, so the battery cannot be placed under rain. Rain water can conduct electricity. When the battery is placed under rain, a short circuit is likely to occur, causing the battery to become hot due to instantaneous high current discharge, which may damage the battery or cause danger. The characteristics of high-rate lithium iron phosphate battery chargers should be noted that the charging process of high-rate lithium iron phosphate batteries is completely different from that of nickel-cadmium and nickel-hydrogen batteries. It is a complex electrochemical reaction process. Therefore, it is necessary to configure a dedicated charger for charging. Even if it is a dedicated lithium iron phosphate battery charger, since the charging voltage tolerance is very strict (generally 1%), it is necessary to distinguish whether the voltage of the battery is 4.1V or 4.2V when the battery is fully charged. The quality of the charger plays a vital role in the life of the lithium iron phosphate battery. When the charging voltage or charging current is too large, the lithium battery will be damaged or even scrapped. Therefore, it is often said that a battery is actually not worn out, but badly charged. At the same time, the continuous development of power electronics technology and switching power supply technology has changed the design ideas of traditional linear power supplies. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: Can lithium batteries be used for backup power UPS?