首页> 外文会议>ASME annual dynamic systems and control conference >AUTOMATED MODELING AND MODE SCREENING FOR EXHAUSTIVE SEARCH OF DOUBLE-PLANETARY-GEAR POWER SPLIT HYBRID POWERTRAINS
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AUTOMATED MODELING AND MODE SCREENING FOR EXHAUSTIVE SEARCH OF DOUBLE-PLANETARY-GEAR POWER SPLIT HYBRID POWERTRAINS

机译:双行星齿轮动力混合动力装置的穷举搜索的自动建模和模式筛选

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Double Planetary Gear (PG) power-split hybrid powertrains have been used in production vehicles from Toyota and General Motors. Some of the designs use clutches to achieve multiple operating modes to improve powertrain operation flexibility and efficiency at the expense of higher complexity. In this paper, an automatic modeling and screening process is developed, which enables exhaustively search through all designs with different configurations, clutch locations and operating modes. A case study was conducted based on the configuration used in the model year 2010 Prius and Camry hybrids. It was found that by adding clutches, fuel economy can be improved significantly for plug-in hybrid (charge depletion) operations.
机译:丰田和通用汽车已在生产车辆中使用了双行星齿轮(PG)动力分离式混合动力总成。一些设计使用离合器来实现多种操作模式,以提高动力总成的操作灵活性和效率为代价,但要付出更高的复杂性。在本文中,开发了一种自动建模和筛选过程,可以详尽搜索具有不同配置,离合器位置和工作模式的所有设计。基于2010年普锐斯和凯美瑞混合动力车所使用的配置进行了案例研究。已经发现,通过增加离合器,可显着提高插电式混合动力(燃料消耗)操作的燃油经济性。

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