摘要
为探索下一代汽车技术,该文诠释了智能环境友好型汽车(i-EFV)的概念,并介绍了近年来i-EFV的研究进展。该类车辆包括智能信息交互、清洁能源动力和电控化底盘三个子系统,集合结构共用、信息融合与控制协同三项技术,可以综合实现安全、舒适、节能、环保等功能。研究进展包括以智能电动汽车与智能混合动力电动汽车为例的该新概念车辆的典型应用,以及i-EFV在车辆动力学与控制领域所涉及的基础研究问题:"多物理过程系统耦合机制及其动力学行为产生机理与建模方法"和"复杂机电系统多目标及多系统协同控制理论与方法"。
The concept of intelligent environment-friendly vehicle (i-EFV) and recent research progress were annotated to explore the next generation of vehicle. The i-EFV integrates three main components including intelligent information interaction, clean energy powertrain and electrified chassis while employing key technologies of structure sharing design, data fusion and control coordination to achieve comprehensive performance, in terms of traffic safety, comfortableness, fuel efficiency and environmental protection. Two typical i-EFV applications including intelligent battery electric vehicle and intelligent hybrid electric vehicle were revealed to prove comprehensive i-EFV advantage with two major foundational research problems in vehicle dynamics and control fields being proposed.
出处
《汽车安全与节能学报》
CAS
CSCD
2013年第2期109-120,共12页
Journal of Automotive Safety and Energy
基金
国家"八六三"高技术项目(2006AA11Z217)
国家自然科学基金资助项目(50975155)
关键词
电动车
智能环境友好型车辆
结构共用
信息融合
控制协同
electric vehicle
intelligent environment-friendly vehicle
structure sharing
information fusioncontrol coordination