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Fuel consumption reduction in a platoon: Experimental results with two electronically coupled trucks at close spacing

机译:降排燃料消耗:实验结果与两个电耦合卡车紧密间距

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This paper presents the fuel consumption reduction experienced by two heavy- duty trucks driving at close spacing. The trucks were coupled without any mechanical contact using an "Electronic Tow Bar" developed within the European project PROMOTE-CHAUFFEUR at DaimlerChrysler. The experiments were carried out on a level test track with constant velocities and with spacing between 6 and 16 m. As expected from other studies, both trucks experienced a considerable fuel consumption reduction compared to drives in isolation. At a velocity of 80 km/h and a spacing of 10 m the measured fuel consumption reduction was of about 21 percent for the trail truck had a total weight of 28 t. An extrapolation of the results for other vehicle weights is also presented.
机译:本文介绍了两辆重型卡车在近距离驾驶的燃料消耗减少。使用欧洲项目在戴姆勒克莱斯勒举办的司机推广的“电子拖车”,卡车没有任何机械接触。实验在具有恒定速度的水平测试轨道上进行,并且间距在6到16米之间。与其他研究预期一样,与隔离的驱动器相比,两辆卡车都经历了相当大的燃料消耗。在80 km / h的速度下,测量的燃料消耗的间距为10米的燃料消耗约为21%,总重量为28吨。还提出了其他载体重量的结果的外推。

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