Recharge the lithium-ion battery whenever you need it. There is no need to discharge 100% before charging. Lithium-ion batteries work in a charge cycle mode. If the used (discharged) power reaches 100% of the battery capacity, you have completed a charging cycle, but not necessarily through a single charge. For example, you might use 75% of the battery a day, and then fully charge the device at night. If you use 25% of the electricity the next day, the total discharge will reach 100%, thus completing a charging cycle in two days. It may also take several days to complete a charging cycle. After a certain amount of charging, the capacity of any type of battery will decrease. The capacity of lithium-ion batteries will slightly decrease with the completion of each charging cycle. Apple lithium-ion batteries can maintain at least 80% of the original battery capacity after completing many charging cycles, depending on the product.
How to fully improve battery performance "Battery life" is the time a device can be used before it needs to be recharged. "Battery life" is the total use time of a battery before it needs to be replaced. One factor that affects battery life and battery life is the various ways you use the device. No matter how you use the device, there are always methods that can help you. The life of a battery is related to its "chemical age". This age not only refers to the passage of time, but also includes different factors, such as the number of charging cycles and the way the battery is maintained. Remove some protective cases when charging. When you charge the device together in some styles of protective cases, too much heat may be generated, which will affect the battery capacity. If you find that your device gets hot while charging, please remove the protective case first.
Keep away from extreme temperatures.
Lithium-ion batteries can perform well in a wide range of ambient temperatures. The temperature range between 16°C and 22°C (62°F and 72°F) is ideal. It is especially important to keep the device away from places where the ambient temperature is higher than 35°C (95°F), otherwise the battery capacity may be permanently damaged. In this case, after your battery is charged, it can no longer power your device for a long time. Charging the device in a high temperature environment may further damage the device. When the battery exceeds the recommended temperature, the software may limit charging after the battery reaches 80%. Even storing the battery in a high temperature environment may cause irreparable damage. When using the device in a very cold environment, you may notice a decrease in battery life, but this situation is only temporary. When the battery temperature returns to the normal operating range, its performance will also return to normal.
