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Development of a wheel slip actuator controller for electric vehicles using energy recuperation and hydraulic brake control

机译:利用能量回收和液压制动控制技术开发电动汽车的轮滑致动器控制器

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摘要

A new vehicle stability control approach for electric vehicles is introduced. The proposed wheel slip controller extends the functionality of state-of-the-art electric vehicle operation strategies and closes the gap to driver assistance systems and conventional vehicle dynamics control systems. Maximum energy efficiency and driving safety can be guaranteed by coordinated control of the electrical propulsion system and the mechanical braking system. During safe vehicle operation, the controller monitors the vehicle operation unit and in case of a blocking or spinning wheel, it assures anti blocking and anti slip functionalities by coordinating mechanical brake interventions and single wheel traction motor control. The proposed controller structure is outlined and first simulation results are presented.
机译:引入了一种新的车辆稳定性控制方法。所提出的轮滑控制器延伸了最先进的电动车辆操作策略的功能,并将间隙关闭到驾驶员辅助系统和传统的车辆动态控制系统。通过对电推进系统和机械制动系统的协调控制可以保证最大能效和驾驶安全性。在安全的车辆操作期间,控制器监控车辆操作单元和在阻挡或旋转轮的情况下,通过协调机械制动介入和单轮牵引电动机控制来确保抗阻挡和防滑功能。概述了所提出的控制器结构,并提出了第一仿真结果。

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