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首页> 外文期刊>Modern Physics Letters, B. Condensed Matter Physics, Statistical Physics, Applied Physics >Effects of adaptive and cooperative adaptive cruise control on the fuel consumption and emissions at the signalized intersection
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Effects of adaptive and cooperative adaptive cruise control on the fuel consumption and emissions at the signalized intersection

机译:适应性和合作自适应巡航控制对信号交叉口燃料消耗和排放的影响

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摘要

In this paper, the HDM car-following model, the IIDM car-following model and the IDM car-following model with a constant-acceleration heuristic is utilized to explore the effects of ACC/CACC on the fuel consumption and emissionsat the signalized intersection. Two simulation experiments are studied: (i) one with free road ahead and (ii) the second with a red light 300 m downstream at the second intersection. The numerical results show that CACC vehicle is the best vehicle type among the three vehicle types from the perspective of vehicle's cumulative fuel consumptions and cumulative exhaust emissions. The results of this paper also suggest a very high environmental benefit of ACC/CACC at little or no cost in infrastructure.
机译:在本文中,利用HDM汽车跟随模型,IIDM Car-Director模型和具有恒定加速启发式的IDM汽车跟随模型,用于探讨ACC / CACC对燃料消耗和发射信号交叉口的影响。 研究了两个模拟实验:(i)一个有前方的自由道路的实验和(ii)第二个交叉点下游的红光300 m。 数值结果表明,CACC车辆是从车辆累积燃料消耗和累积废气排放的角度来看三种车辆类型中的最佳车辆类型。 本文的结果还提出了INC / CACC的非常高的环境效益,几乎没有基础设施的成本。

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