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Optimized design of the electric power train for wheel hub drive systems without friction brakes

机译:无摩擦制动器的轮式轮毂驱动系统的电力列车优化设计

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Wheel hub drives provide the opportunity to control the torque at every wheel independently. Thus, safety functions like anti-lock braking system (ABS) or electronic stability control (ESC) can be implemented in the drives as well. This enables the substitution of friction brakes at the driven wheels by electric drives. In this paper, resulting requirements for the drive system are presented and an optimized power train topology for this application is developed. Therefore, an approach for the design process of an optimized power train and a comparison of different power train topologies regarding size and efficiency are given.
机译:轮式轮毂驱动器提供了独立地控制每个轮子的扭矩的机会。因此,可以在驱动器中实现防锁制动系统(ABS)或电子稳定性控制(ESC)等安全功能。这使得能够通过电动驱动器替换在从动车轮处的摩擦制动器。在本文中,提出了对驱动系统的要求,并且开发了该应用的优化电力列车拓扑。因此,给出了优化动力传动系的设计过程的方法和关于尺寸和效率的不同动力列拓扑的比较。

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