Why doesn't the iPhone freeze in winter and force it to shut down, while Huawei still performs well in Antarctica?

Iphone has always attracted people with its novel design, smooth operation, complete system and excellent configuration. People also like this brand of mobile phone, but this brand of mobile phone has a fatal defect, that is, it will be turned off when the temperature is low, and it is forced to turn off, and it will not be turned on at all when the temperature is low.

The Iphone has such a strange temperature setting. When it detects that the outdoor temperature is lower than 0 degrees and higher than 35 degrees, it will be forced to close. We can't choose this as the system setting, just like our mobile phone will turn off when it is dead, just like we can't change it. If you want to turn it on again, you have to return to the right temperature, turn it off when it is below 0 degrees, and turn it off when it is cold. It can be said that it is the disadvantage of many northern users when using iPhone. Turn it off when the temperature feels low.

Huawei's mobile phone has no corresponding temperature range, and of course it will not be turned off, because it will not be turned off if the temperature is too low. In fact, lithium batteries have a temperature adaptation range, which can work normally at MINUS 20 degrees. At around 50 degrees, the performance of the battery itself will be affected if the temperature is lower or higher. As we all know, the activity of the battery determines the size of the battery and how much electricity it can store. When the temperature is low, the activity will drop greatly.

Our domestic mobile phone does not have a corresponding temperature range, which means that as long as the mobile phone and electrical system can still work normally, it can be turned on and used, which is quite practical. The United States set this temperature range because most areas there are not particularly cold, especially hot in summer, so they invented air conditioners. Their temperature is relatively high, so naturally it is not necessary to consider the situation below zero.