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Influence of the stop/start system on CO2 emissions of a diesel vehicle in urban traffic

机译:停车/启动系统对城市交通中柴油车辆二氧化碳排放的影响

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摘要

This paper presents measurements of CO2 emission and efficiency of stop/start technology on a diesel vehicle in urban traffic. Two four-wheel-drive diesel vehicles with on-board exhaust emission and vehicle activity measurement systems were tested in two urban driving circuits representative of downtown Madrid. The vehicles had similar turbocharged and intercooled diesel engines fulfilling the same Euro 4 emissions regulation; but one had an improved engine incorporating stop/start technology. CO2 emission reduction of more than 20% for the car equipped with the stop/start system was obtained. Regardless of the variability in driving style, the grade and type of streets, traffic congestion, and the engine operating temperature, the car equipped with the stop/start system has intrinsically a lower CO2 emission factor.
机译:本文介绍了城市交通中柴油车辆的二氧化碳排放量和停车/启动技术的效率。在带有马德里尾气的两个城市驱动电路中测试了两辆带有车载废气排放和车辆活动测量系统的四轮驱动柴油车辆。这些车辆具有类似的涡轮增压和中冷柴油发动机,符合相同的欧4排放规定;但其中有人改进了发动机,使其具有停止/启动技术。配备了停止/启动系统的汽车的二氧化碳排放量减少了20%以上。无论驾驶方式,街道的坡度和类型,交通拥堵以及发动机工作温度如何变化,配备了停车/启动系统的汽车本质上都具有较低的CO2排放因子。

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