低温会减慢电池内电子和离子的运动，寒冷的环境使电池内部的路径变得更加困

Cold temperatures slow down the movement of electrons and ions within the battery, and the cold environment makes paths inside the battery more difficult. <br>In summary, low temperatures significantly reduce electrochemical reaction rates and increase resistance to energy conversion within the battery. Therefore, lithium batteries have a much shorter range in cold weather compared to normal conditions.

Low temperature will slow down the movement of electrons and ions inside the battery, making the path inside the battery more difficult in cold environments.<br>In summary, low temperatures significantly reduce the electrochemical reaction rate and increase the resistance to energy conversion within the battery. Therefore, compared to normal conditions, the range of lithium batteries in cold weather is much shorter.

Low temperature will slow down the movement of electrons and ions in the battery, and the cold environment will make the internal path of the battery more difficult.<br> In short, low temperature will significantly reduce the electrochemical reaction rate and increase the resistance of energy conversion in the battery. Therefore, compared with normal conditions, the cruising range of lithium batteries in cold weather is much shorter.