摘要
针对现有加固电子设备因受限于加固设置中的屏幕、电路和电池等的影响,很难做到在低温情况下正常工作的问题,提出一种低温环境下提高电池续航能力的方法,通过对热源件产生的热量进行合理的利用,提高能源利用率,节能环保。
Due to the influence of screen,circuit and battery,it is difficult to work normally at low temperature for the existing ruggedized electronic equipment.A method to improve the battery endurance in low temperature environment is proposed.The heat generated by heat source is reasonably utilized by switching components,which improves energy utilization,energy conservation and environmental protection.
出处
《工业控制计算机》
2021年第6期136-137,141,共3页
Industrial Control Computer
关键词
加固电子设备
低温环境
续航能力
热源件
能源利用率
节能环保
rugged electronics
low temperature environment
endurance
heat source
energy efficiency
energy saving and environmental protection
