WIT Press

Targeting The Introduction Of E-bikes Based On Behaviour Change Potential And User Perception


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M. Collado, A. H. H. Yu & S. Pettersson


Conventional bike-sharing schemes have been introduced in cities as an urban mobility option, reducing car usage and alleviating public transport; however, cycling shares in Göteborg is one of the lowest in Europe. Göteborg has been dedicated to increase the share of sustainable transport in the city. The Electric bicycle (E-bike), which offers a greater form of service than the conventional bicycle, then appears to be rather interesting to policy makers. This study is carried out with the goal to open the door for E-bikes in Göteborg by identifying potential for change from car users to E-bike users. First, the current situation of Swedish perception on cycling and policy were analysed with a literature review. Second, we explore whether E-bikes can remove barriers or provide the same benefit of the alternative modes for people in Göteborg. At the third phase, the geographical potential of E-bikes in Göteborg was identified on three bases: the ratio of cyclist using cars for commuting purposes, travel distance, and the barriers removed. The result suggested that E-bikes theoretically remove the barriers expressed by 53% of people in Göteborg when comparing to regular bicycles. A public E-bike pool is a good solution for overcoming the first two phases of behavioural change, by demonstrating the technology and creating a public supply of E-bikes. Hisingen is the area with the greatest potential to adopt E-biking habits, setting up an E-bike pool in Hisingen can hypothetically substitute around 5% of commuting trips done by the car users who have the capacity to cycle. For the entire Göteborg area, up to 4% of the trips less than 10 km could be replaced by E-bikes. Together with the proper policy strategy, a change towards sustainable transport mode could be realized supported by wide acceptance among the general public.


E-bikes, E-bike pool, barriers for cycling, electromobility.