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Dual Mode Braking System Design of a HEV

机译:双模制动系统设计

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摘要

Hybrid electric vehicle (HEV) is a good approach to solve the energy shortage and emission pollution issues and regenerative energy braking(REB) is one of its prime approaches for fuel saving. In this paper, a regenerative-electro-hydraulic braking system called dual mode braking system(DMBS), is proposed. The braking-by-wire technology is adopted for automatic electric control and cooperating with regenerative braking. This system can be easily converted to traditional hydraulic braking in case of fault occurs in the electro-hydraulic subsystem or some other reasons. The architecture is achieved with as less modification as possible of the original electro-hydraulic braking system. And the control strategy based on automobile braking regulations of the Economic Committee for Europe (ECE) is brought forward. Some simulations under given initial speeds and driving cycles are carried out to evaluate the effectiveness and REB efficiency. The simulating results indicate that the DMBS can work properly and can achieve a relative good performance on braking distance and regenerative energy.
机译:混合动力电动汽车(HEV)是解决能源短缺和排放污染问题的良好方法,再生能量制动(REB)是其燃料储蓄的主要方法之一。本文提出了一种称为双模制动系统(DMBS)的再生电液制动系统。采用逐线技术进行自动电控和再生制动配合。在电动水力子系统或其他一些原因发生故障时,该系统可以很容易地转换为传统的液压制动。尽可能较少地实现了原始电动液压制动系统的修改。并提出了基于欧洲经济委员会(ECE)的汽车制动规定的控制策略。在给定的初始速度和驱动周期下进行了一些模拟,以评估效率和REB效率。模拟结果表明DMBS可以正常工作,并且可以在制动距离和再生能量上实现相对良好的性能。

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