首页> 外文期刊>Middle East Technical University Journal of the Faculty of Architecture >Best Option For Reducing On-Campus Private Car-Based CO2 Emissions: Reducing VKT Or Congestion?
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Best Option For Reducing On-Campus Private Car-Based CO2 Emissions: Reducing VKT Or Congestion?

机译:减少校园内私家车二氧化碳排放的最佳选择:减少VKT或交通拥堵?

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摘要

A sustainable transportation system has been defined as “one that satisfies current transport and mobility needs without compromising the ability of future generations to meet their own” (Black, 1997; Richardson, 1999). The success of sustainable transportation in urban regions depends on encouragement of non-motorized (pedestrian and cyclist) and shared-ride transportation modes instead of car-dependent travel. The level of sustainability in transportation can be simply assessed by calculating the corresponding carbon emissions value and comparing the shares of different travel modes. With today’s engine technology, carbon emissions of motorized vehicles is a function of fuel consumption, which is used to power the vehicle and is measured as Vehicle-Km-Travelled (VKT) or idle-running during waiting times (such as in congestion). Thus, a sustainable transportation policy that aims to effectively reduce CO2 emissions will need to address VKT (especially from private cars) and traffic congestion
机译:可持续的交通系统被定义为“在不损害子孙后代满足其自身能力的前提下满足当前交通和出行需求的系统”(Black,1997; Richardson,1999)。城市地区可持续交通的成功取决于鼓励非机动车(行人和骑自行车的人)和共享骑行的交通方式,而不是依靠汽车出行。通过计算相应的碳排放值并比较不同出行方式的份额,可以简单地评估交通运输的可持续性水平。借助当今的发动机技术,机动车辆的碳排放量是燃料消耗的函数,它用于为车辆提供动力,并在等待时间内(例如在交通拥堵时)以“车辆-公里行驶”(VKT)或怠速行驶来衡量。因此,旨在有效减少二氧化碳排放量的可持续交通政策将需要解决VKT(尤其是私家车)和交通拥堵问题

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