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Implementation of a Cooperative Strategy between a Vehicle's Mechanical and Regenerative Brake System

机译:车辆机械制动系统与再生制动系统之间协作策略的实施

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A hybrid vehicle equipped with a hydraulic and a regenerative brake system needs collaboration between both actuators. It is clearly the case, if the pedal input integrates the driver's brake demands. The challenge is to deal with vehicle safety and recovery efficiency. Thus, this work focuses on the implementation of a cooperative braking strategy, involving brake pressure control and regenerative brake control. The objectives are to trade, until limits, the rear wheel friction brake by regenerative brake and to improve the brake performance. To achieve this, this paper proposes a cooperative brake force distribution strategy. For design purpose, a simulator based on empirical results has been developed and the feasibility of the strategy is evaluated through experimentation.
机译:配备有液压和再生制动系统的混合动力汽车需要两个执行器之间的协作。如果踏板输入整合了驾驶员的制动要求,那就很明显了。面临的挑战是应对车辆的安全性和回收效率。因此,这项工作着重于实施协同制动策略,包括制动压力控制和再生制动控制。目的是通过再生制动来交易直至极限的后轮摩擦制动,并改善制动性能。为此,本文提出了一种协同制动力分配策略。出于设计目的,已经开发了基于经验结果的模拟器,并通过实验评估了该策略的可行性。

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