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Stop-Start Micro Hybrid: An Estimation of Automatic Engine Stop Duration in Real World Usage

机译:停止启动微混合动力:实际使用中发动机自动停止持续时间的估算

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摘要

Legislative emissions requirements, customer expectation and environmental concerns are driving the introduction of Hybrid Electric Vehicle (HEV) technologies. In the European market, where diesel powertrain technology has high penetration, Micro Hybrid technology, featuring engine stop/start plus regenerative charging, is attractive due to system cost versus CO2 emission benefits. The availability of the engine stop/start feature in real world usage depends on the control logic taking account of, for example, safety, comfort or other factors. The research reported here involved developing tools to analyze the duration of automatic engine stop events in real world usage taking account of the situations where automatic engine stop would be unavailable. These tools help determine the durability requirements for key system components, in particular the battery, and estimation of the likely fuel savings as a function of the system calibration.
机译:法规排放要求,客户期望和环境问题正在推动混合动力汽车(HEV)技术的引入。在柴油动力总成技术具有较高渗透率的欧洲市场中,具有系统停机/启动功能以及再生充电功能的Micro Hybrid技术因系统成本相对于CO2排放优势而具有吸引力。在实际使用中,发动机停止/启动功能的可用性取决于控制逻辑,例如,考虑到安全性,舒适性或其他因素。此处报道的研究涉及开发工具,用于分析现实世界中自动发动机停机事件的持续时间,并考虑到自动发动机停机将不可用的情况。这些工具可帮助确定关键系统组件(特别是电池)的耐用性要求,并根据系统校准来估算可能节省的燃料。

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