How to use lithium battery -Lithium - Ion Battery Equipment
1. Charging
1-1 Charging current: The charging current shall not exceed the maximum charging current specified in the specification (generally 0.5~1.0C or below), and using a charging current higher than the recommended current may cause the charging and discharging performance, mechanical performance and safety of the battery. performance issues and may cause heat or leaks. At present, the 5C current charging model aircraft battery sold in the market is not recommended to use 5C charging frequently, so as not to affect the battery life.
1-2 Charging voltage: The charging voltage shall not exceed the specified limit voltage (4.2V/single battery), and 4.25V is the highest limit of the charging voltage of each cell. (It is strictly forbidden to use direct charging, otherwise it may cause the battery to be overcharged, and the user will be responsible for the consequences of using the battery incorrectly).
1-3 Charging temperature: The battery must be charged within the ambient temperature range specified in the product specification, otherwise the battery will be easily damaged. When the battery surface temperature is found to be abnormal (referring to the battery surface temperature exceeding 50C), the charging should be stopped immediately.(Lithium - Ion Battery Equipment)
1-4 Reverse charging: Correctly connect the positive and negative poles of the battery, and reverse charging is strictly prohibited. If the positive and negative poles are reversed, the battery cannot be charged. Reverse charging will damage the battery and even cause heat, leakage, and fire.
Lithium-ion battery over-discharge reasons and correct use
2. Discharge
2-1 Discharge current: The discharge current must not exceed the maximum discharge current specified in the specification (approval letter). Excessive current discharge will lead to a sharp decrease in capacity and cause the battery to overheat and expand.
2-2 Discharge temperature: The battery must be discharged within the operating temperature range specified in the specification. When the battery surface temperature exceeds 70C, stop using it temporarily until the battery cools down to room temperature.
2-3 Overdischarge: Overdischarge will cause damage to the battery, and the voltage of the single battery must not be lower than 3.6V during discharge.
3. Storage
The battery should be stored in a cool environment. When storing the battery for a long time (more than 3 months), it is recommended to place it in an environment with a temperature of 10-25C and a low temperature without corrosive gas.
1-1 Charging current: The charging current shall not exceed the maximum charging current specified in the specification (generally 0.5~1.0C or below), and using a charging current higher than the recommended current may cause the charging and discharging performance, mechanical performance and safety of the battery. performance issues and may cause heat or leaks. At present, the 5C current charging model aircraft battery sold in the market is not recommended to use 5C charging frequently, so as not to affect the battery life.
1-2 Charging voltage: The charging voltage shall not exceed the specified limit voltage (4.2V/single battery), and 4.25V is the highest limit of the charging voltage of each cell. (It is strictly forbidden to use direct charging, otherwise it may cause the battery to be overcharged, and the user will be responsible for the consequences of using the battery incorrectly).
1-3 Charging temperature: The battery must be charged within the ambient temperature range specified in the product specification, otherwise the battery will be easily damaged. When the battery surface temperature is found to be abnormal (referring to the battery surface temperature exceeding 50C), the charging should be stopped immediately.(Lithium - Ion Battery Equipment)
1-4 Reverse charging: Correctly connect the positive and negative poles of the battery, and reverse charging is strictly prohibited. If the positive and negative poles are reversed, the battery cannot be charged. Reverse charging will damage the battery and even cause heat, leakage, and fire.
Lithium-ion battery over-discharge reasons and correct use
2. Discharge
2-1 Discharge current: The discharge current must not exceed the maximum discharge current specified in the specification (approval letter). Excessive current discharge will lead to a sharp decrease in capacity and cause the battery to overheat and expand.
2-2 Discharge temperature: The battery must be discharged within the operating temperature range specified in the specification. When the battery surface temperature exceeds 70C, stop using it temporarily until the battery cools down to room temperature.
2-3 Overdischarge: Overdischarge will cause damage to the battery, and the voltage of the single battery must not be lower than 3.6V during discharge.
3. Storage
The battery should be stored in a cool environment. When storing the battery for a long time (more than 3 months), it is recommended to place it in an environment with a temperature of 10-25C and a low temperature without corrosive gas.
