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Technical efficiency of automobiles - A nonparametric approach incorporating carbon dioxide emissions

机译:汽车的技术效率-包含二氧化碳排放量的非参数方法

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摘要

We conduct an empirical analysis of the technical efficiency of cars sold 2010 in Germany. The analysis is performed using traditional data envelopment analysis (DEA) as well as directional distance functions (DDF). The approach of DDF allows incorporating the reduction of carbon dioxide emissions as an environmental goal in the efficiency analysis. A frontier separation approach is used to gain deeper insight for diesel and gasoline cars. Natural gas driven cars and sport utility vehicles are also treated as different groups. The results show that the efficiency measurement is statistically yet not economically significantly influenced by the incorporation of carbon dioxide emissions. Moreover, we find that natural gas driven cars are highly inefficient even if the reduction of emissions is accounted for in the analysis.
机译:我们对2010年在德国销售的汽车的技术效率进行了实证分析。使用传统数据包络分析(DEA)以及方向距离函数(DDF)进行分析。 DDF的方法允许将二氧化碳排放量的减少作为环境目标纳入效率分析中。前沿分离方法用于深入了解柴油和汽油汽车。天然气驱动的汽车和越野车也被视为不同的群体。结果表明,二氧化碳排放的并入对效率的测量在统计上并没有经济上显着影响。此外,我们发现,即使在分析中考虑了排放的减少,天然气驱动的汽车的效率也很低。

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