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Modal Shifting Effects and Climate Impacts through Electric Bicycle Use in Germany

机译:在德国,通过电动自行车使用的模式变化效应和气候影响

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Salesrates of electric bicycles (e-bikes) have grown rapidly over the last tenyears, not only in Germany but all over Europe. Thus, the strongest movementtowards electric mobility on German roads is yet dominantly pushed by e-bikes,whereas electric cars need to catch up. So far, there are hardly any reliableinvestigations about everyday use patterns, modal shift effects and potentialsto reduce climate impact. An assessment of the significance of e-bikes forachieving climate and energy policy guidelines from the "German FederalGovernment’s National Energy Concept" from 2010 has not been possible sofar. The project "Pedelection" analysed these questions by conductinga field test focused on people who purchased their e-bike only recently. Themain finding from the field test is that e-bikes have the potential tosubstitute a considerable amount of car mileage. Since the climate balance ofdistance travelled by e-bikes is by factor 10 better, additional inducedtraffic or shifting from bicycle/walking is negligible to a certain degree.Bicycles – with or without electric assistance – are serious means of transportand a genuine alternative to passenger cars on short and medium distances up to15 km.
机译:在过去十年中,电动自行车(电动自行车)的销售量迅速增长,不仅在德国,而且在整个欧洲。因此,电动自行车在德国道路上向电动汽车发展的最强劲运动仍然占主导地位,而电动汽车则需要赶上。到目前为止,几乎没有关于日常使用模式,模式转变效应和减少气候影响的潜力的可靠调查。从2010年起“德国联邦政府的国家能源概念”对电动自行车对实现气候和能源政策指导方针的重要性进行评估是不可能的。 “ Pedelection”项目通过进行针对仅是最近购买电动自行车的人的现场测试来分析了这些问题。现场测试的主要发现是,电动自行车有潜力替代相当多的汽车行驶里程。由于电动自行车行驶的距离与气候之间的平衡要好10倍,因此在一定程度上可以忽略额外的感应交通或自行车/步行带来的交通。带或不带电动辅助的自行车是严肃的交通工具,是乘用车的真正替代品在短至15公里的中短距离上。

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