摘要
为了提高能源利用率,降低汽车的油耗和排放,减少大气污染,汽车智能启停系统得到越来越广泛的应用。该系统主要控制算法是通过采集车辆运行状态信号判定车辆是否具备智能启停条件,通过采集驾驶员操作信号判断是否进行智能启停,并在条件满足的时候进行怠速停机或怠速启动,实现智能启停功能。该系统对于节能减排做出很大贡献。
In order to increase the energy utilization ratio, reduce vehicles emission and pollution, the smart idle start-stop system is being used more and more. The principal control algorithm determines whether a vehicle has the smart start-stop condition by collecting the vehicle operation condition signals and determines whether the start-stop system action is needed by collecting the driver’s operation signals as well, when all the conditions of idle stop or idle start are satisfied, the smart idle start-stop function is carried out immediately. The idle start-stop system will make a great contribution to the energy-saving and emission-reduction.
出处
《汽车工程师》
2018年第7期51-55,共5页
Automotive Engineer
关键词
怠速启停系统
控制逻辑
标定
Idle start-stop system
Control logic
Calibration
