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Consumer valuation of changes in driving range: A meta-analysis

机译:消费者对行驶里程变化的评估:一项荟萃分析

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We perform a meta-analysis of studies investigating consumer preferences for electric and other alternative fuel vehicles (AFVs) to provide insights into the way driving range is traded off for capital costs. We find that consumers are willing to pay, on average, between 66 and 75 US$ for a 1-mile increase in driving range. Ceteris paribus, 1000-mile-range cars have to be priced about 60% less than their conventional counterparts to become competitive. In line with intuition, but in contrast to most specifications employed in primary studies, we find that consumers' marginal willingness to pay (WTP) decreases at a diminishing rate with increases in driving range. The variation in the WTP and compensating variation estimates among examined studies can be attributed to differences in the levels of driving range considered, in other elements of the study design and in the country of study. Our findings support stated preference literature's conclusion that short driving range has been a major limitation to the large-scale adoption of battery electric vehicles (BEVs) and other AFVs, and that technological developments permitting longer driving ranges will, to some extent, facilitate their market penetration. We further propose that consumer valuation of driving range should not be examined in isolation from other attributes related to refuelling activities, such as refuelling duration and the coverage of refuelling infrastructure.
机译:我们对研究消费者的电动汽车和其他替代燃料汽车(AFV)的偏好进行了荟萃分析,以深入了解如何以续驶里程为代价来交换资本成本。我们发现,消费者愿意为行驶里程每增加1英里平均支付66至75美元。 Ceteris paribus,1000英里范围的汽车必须比传统的价格低60%的价格才能具有竞争力。与直觉相符,但与初级研究中使用的大多数规范相反,我们发现,消费者的边际支付意愿(WTP)随着行驶里程的增加而降低。在所检查的研究中,WTP的变化和补偿性变化的估计值可归因于所考虑的行驶里程水平,研究设计的其他要素以及研究国家/地区的差异。我们的研究结果支持优先文献的结论,即短程行驶一直是大规模采用电池电动汽车(BEV)和其他AFV的主要限制,而允许长程行驶的技术发展将在一定程度上促进其市场发展渗透。我们进一步建议,不应将驾车里程的消费者评估与与加油活动相关的其他属性(例如,加油时间和加油基础设施的覆盖范围)隔离开来进行检查。

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