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Fuel economy assessment of semi-autonomous vehicles using measured data

机译:使用测量数据进行半自治车辆的燃料经济性评估

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Autonomous vehicles are expected to increase drivers' freedom and improve traffic safety, congestion and potentially energy consumption. Volvo Car Group has planned to start the world's first large-scale test of autonomous vehicles in a project called Drive Me, in which customers use autonomous vehicles on the streets around Gothenburg in 2017. In this paper, measured data from semi-autonomous vehicles equipped with adaptive cruise control (ACC) on the Drive Me route are used to analyze the vehicle's driving behavior. The data, including signals from vehicles' on-board diagnostics and GPS locations, are analyzed to estimate the effect of ACC on the fuel consumption of vehicles. The results show that semi-autonomous vehicles can reduce the mean fuel consumption up to 5.3% depending on driving situation and speed. Comparing acceleration profiles of human drivers with the ones from the ACC function it can be observed that the ACC function accelerates milder and less often. The results show that vehicles can improve fuel consumption even with a low level of automation.
机译:预计自动车辆将增加司机的自由,提高交通安全,拥塞和潜在的能源消耗。 Volvo Car Group计划在一项名为Drive Me的项目中开始世界上的第一个大规模测试,其中客户在2017年在哥德堡周围的街道上使用自主车辆。在本文中,从装备的半自动车辆测量数据通过在驱动器上的自适应巡航控制(ACC),用于分析车辆的驾驶行为。分析包括车载诊断和GPS位置的信号,包括来自车载诊断和GPS位置的数据,以估计ACC对车辆燃料消耗的影响。结果表明,根据驾驶情况和速度,半自动车辆可以将平均燃料消耗降低至5.3 %。将人类驱动程序的加速配置与ACC功能的加速概况进行比较,可以观察到ACC功能加剧较高,而且经常加速。结果表明,即使具有低自动化水平,车辆也可以提高燃料消耗。

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