摘要
新能源汽车是一种新兴绿色交通工具,其电控系统的稳定性和安全性直接关系人们的出行安全。文章着重分析电控系统关键稳定性参数——电压波动范围、温度控制精度、指令响应时间误差、过渡平顺性的变化如何作用于系统内部运行状态。电控系统稳定运行能够保障汽车能量的高效管理、实现最小损耗,同时保障加速减速过程的平顺性与驾乘舒适性。因此,提升电控系统整体稳定性是优化新能源汽车综合性能的关键路径。
New energy vehicle is a new green means of transportation,and the stability and safety of its electronic control system are directly related to people's travel safety.This paper focuses on how the key stability parameters of the electronic control system,such as voltage fluctuation range,temperature control accuracy,command response time error,and transition smoothness,affect the internal operation state of the system.The stable operation of the electronic control system can ensure efficient management and minimum loss of automobile energy,the ride comfort and driving comfort during acceleration and deceleration.Therefore,improving the overall stability of the electronic control system is the key path to optimize the comprehensive performance of new energy vehicles.
作者
王萌萌
Wang Mengmeng(Puning Vocational and Technical School,Jieyang 515344,China)
出处
《汽车电器》
2025年第8期35-37,共3页
Auto Electric Parts
关键词
新能源汽车
电控系统稳定性
续航里程
动力性能
操控稳定性
new energy vehicles
stability of electronic control system
cruising range
dynamic performance
handling stability
