Do you know any correct charging method for lithium-ion battery mobile phones?

With this nature, if your mobile phone charging method is unscientific, then the life of the lithium-ion battery will easily decrease. Today, we will give everyone the correct charging method. First of all, we must choose a regular charger. The original charger of the smartphone is adapted to the corresponding voltage and rated output according to the specifications of the battery. If the original charger is broken or cannot be used, just purchase a charger with a communication specification to charge, just guard against inferior chargers against the mobile phone battery The damage caused. Second, just don’t play with your phone while charging for a long time. The timing of playing with the phone while charging increases the workload of the phone, which may easily cause the phone to become too feverish. If you play with your mobile phone while it is charging for a long time, the battery life of the mobile phone will be greatly reduced, showing bulging, leaking power and even peace and chaos. If you really want to use your mobile phone while charging, once you invent the mobile phone presents a hot environment, it should be curbed immediately. Third, because of the active nature of the charged particles in lithium-ion batteries, lithium-ion batteries also have certain requirements for charging conditions. The best charging situation for lithium-ion batteries is generally 0°C-35°C. If the temperature during charging is too low, the cell phone battery will activate the self-care mechanism, which will slow down the charging time; if the temperature during charging is too high, the lithium ion in the cell phone battery will be too vivid and bring hidden dangers. Therefore, when charging, just choose a situation with better ventilation and heat dissipation. Disclaimer: Some pictures and content of the articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: Explanation of the difference between lithium iron phosphate batteries and lead-acid batteries