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首页> 外文期刊>Fuel Processing Technology >On-road performance comparison of two identical cars consuming petrodiesel and biodiesel
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On-road performance comparison of two identical cars consuming petrodiesel and biodiesel

机译:两种消耗石油柴油和生物柴油的相同汽车的道路行驶性能比较

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摘要

The present work studies the impact on vehicle performance and fuel consumption when using 100% diesel with petroleum origin (fossil diesel), compared to a mixture of 20% biodiesel in 80% of fossil diesel fuel (B20). For the accomplishment of this work an assessment was made using some primary tests on a chassis dynamometer, measuring vehicle performance and consumption. Subsequently a methodology was developed to conduct road tests. These considered the simultaneous circulation of two identical vehicles, fed with the two different fuels, but running on the same traffic and road conditions. Both vehicles were equipped with geo-referencing systems (GPS) and data measured by the Electronic Control Unit (ECU) were acquired. A precision balance was used in fuel consumption measurements of an auxiliary reservoir. The results demonstrate that the use of biodiesel has a penalizing effect on the mass fuel consumption and on vehicle's performance, but this is largely dependent on the type of circuit used. One can also conclude that the methodology implemented on the study of fuel alternatives is extremely important It is noticeable that for different route needs, different energetic solutions are more suitable than others, which can only be properly assessed by conducting road tests.
机译:当前的工作研究使用100%石油来源的柴油(化石柴油)与80%化石柴油(B20)中20%生物柴油的混合物相比,对车辆性能和燃油消耗的影响。为了完成这项工作,在底盘测功机上进行了一些初步测试,评估了车辆的性能和消耗,进行了评估。随后,开发了一种进行路测的方法。这些考虑了两个相同车辆的同时流通,它们被供给了两种不同的燃料,但是在相同的交通和道路条件下运行。两辆车均配备了地理参考系统(GPS),并获取了由电子控制单元(ECU)测量的数据。精密天平用于辅助油箱的油耗测量。结果表明,使用生物柴油会对大量燃料消耗和车辆性能产生不利影响,但这在很大程度上取决于所用电路的类型。还可以得出结论,研究燃料替代品所采用的方法极为重要。值得注意的是,对于不同的路线需求,不同的能量解决方案比其他能量解决方案更合适,只有通过进行路试才能对其进行适当评估。

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