Heating and burning will melt the battery separator, causing loss of protection function or burning of electrolyte and overheat will cause heating, smoking, deformation or burning of batteries.
加热和焚烧电池将会造成电池隔离物的融化、安全功能丧失或电解质燃烧，过热就会使电池发热、冒烟、变形或燃烧。
Although the temperature sensors will safeguard battery overheating, lower charging rate might not cause enough heating in the batteries to trip the sensors.
同样温度感应器会因为电池过热而终止充电，但由于充电电流太低，也不能另电池产生足够的热量让温度传感器感应。
Secondly, the heating layer heating time is prolonged largely by using high-capacity external battery.
其次，采用大容量的外置电池使得发热层的发热时间也大大延长。
The carbon heating piece consists of a lithium battery, a dimmer switch and a carbon conducting fiber and is pressed on nylon textile.
碳素发热片由锂电池、微调开关、碳素导电纤维组成，并压制在一种尼龙织物上。
The utility model relates to a heating vehicle seat, which comprises a seat and a battery, wherein a heating device connected with the battery is arranged at the middle of the seat.
本实用新型涉及一种加热汽车车座，包括车座和电瓶，在车座中间位置处设有加热装置，且加热装置与汽车的电瓶相连。
The invention relates to a heating device by applying a copper-indium-gallium-selenium thin-film solar battery to pet cat clothes, which belongs to the technical field of pet products.
本发明涉及一种铜铟镓硒薄膜太阳能电池应用在宠物猫衣服上的保暖装置，属于宠物用品技术领域。
A novel S-containing polymer for the active composite material of cathode of the lithium ion battery was synthesized by heating polyacrylonitrile and elemental sulfur in certain conditions.
采用聚丙烯腈与单质硫在一定条件下合成了一种新型含硫复合材料。
When the heating power maintain at 20 W, the higher battery level is, the lower thermal runaway initial temperature is.
恒定加热功率为20W 时，充电电流越高，热失控起始温度越低， 电池内部反应越剧烈；
A connecting pillar of electrical main is arranged on the end part of the electric heating metal rod and is connected with anode and cathode of a vehicle battery jar.
电加热金属棒端部设置电源线连接柱通过导线与车辆电瓶电源正负极相连 接。
Simply put the battery case inside the pocket of the vest and plug in the heating element.
只需把电池盒放在背心的口袋里，插上电热片即可。
A car that is full of passengers and running the heating or air-conditioning will drain the battery more quickly.
车辆如果满载乘客并打开加热器或空调将迅速消耗电力。
A car that is full of passengers and running the heating or air-conditioning will drain the battery more quickly.
车辆如果满载乘客并打开加热器或空调将迅速消耗电力。
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