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首页> 外文期刊>Advances in Mechanical Engineering >Parameters Design for a Parallel Hybrid Electric Bus Using Regenerative Brake Model
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Parameters Design for a Parallel Hybrid Electric Bus Using Regenerative Brake Model

机译:基于再生制动模型的并联混合动力客车参数设计

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摘要

A design methodology which uses the regenerative brake model is introduced to determine the major system parameters of a parallel electric hybrid bus drive train. Hybrid system parameters mainly include the power rating of internal combustion engine (ICE), gear ratios of transmission, power rating, and maximal torque of motor, power, and capacity of battery. The regenerative model is built in the vehicle model to estimate the regenerative energy in the real road conditions. The design target is to ensure that the vehicle meets the specified vehicle performance, such as speed and acceleration, and at the same time, operates the ICE within an expected speed range. Several pairs of parameters are selected from the result analysis, and the fuel saving result in the road test shows that a 25% reduction is achieved in fuel consumption.
机译:介绍了一种使用再生制动模型的设计方法,以确定并联电动混合动力客车传动系统的主要系统参数。混合动力系统参数主要包括内燃机(ICE)的额定功率,变速箱的传动比,额定功率以及最大电动机扭矩,功率和电池容量。在车辆模型中建立了再生模型,以估算实际路况下的再生能量。设计目标是确保车辆满足指定的车辆性能(例如速度和加速度),并同时在预期的速度范围内运行ICE。从结果分析中选择了几对参数,路试中的节油结果表明,油耗降低了25%。

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