When winter comes, due to the low temperature, many consumers find that the mobile phone loses power very quickly, and it is difficult to fully charge it. Even when the power is about 30% to 40% outdoors, it will automatically shut down. Why?

Most of our mobile phones use lithium batteries, and the working principle of lithium batteries is to store and release energy by the migration of lithium ions in the lithium battery back and forth between the positive and negative poles. The viscosity of the electrolyte will increase, which will make the migration of lithium ions more difficult, and therefore more losses of the mobile phone battery.

Another point is that at low temperature, the electrolyte viscosity will increase, followed by an increase in the internal resistance of the battery and a drop in the terminal voltage. When the terminal voltage drops to a certain extent, the mobile phone will detect that the battery is in a low-voltage state, causing the mobile phone to think that the battery is about to run out of power and issue a low-battery warning. Therefore, when the temperature is low, the lithium battery itself may have electricity, but it cannot be used. As for the device that is cold enough to "automatically shut down" like Apple's mobile phone, it is just a device protection measure designed by the manufacturer itself. However, different manufacturers and different designs will lead to different trigger thresholds and different mobile phone performances.

The speed of power consumption and automatic shutdown of poor quality lithium batteries will be more obvious when the temperature is low. But our KILIX battery performs the same at low temperature as the original battery.

Because the product materials used by our KILIX battery are higher in purity and better in activity than those of other battery products, and the materials of other battery products have manganese impurities and insufficient activity density. The KILIX battery resistance value is set just in line with the voltage stabilization, while other battery resistance values are set too high, which does not meet the voltage stabilization.

In low temperature conditions, the test data of KILIX battery is stable, and other batteries cannot work normally at low temperature. The performance of KILIX battery power continues to be stable, and the performance of other batteries fluctuates. In the game test, the KILIX battery has a normal 5H battery life, and other batteries have a normal 3H battery life. The charging effect of KILIX battery continues normally, and other batteries cannot be charged. The discharge speed of KILIX batteries is normal and stable, and other batteries are discharged quickly. On the whole, the advantages of KILIX batteries are very obvious, and they are the best choice for you to buy aftermarket batteries.

KILIX battery test in low temperature：https://youtube.com/shorts/GzKaTn6cnhw?feature=share