Innovative solutions for shared E-taxi services in a green and efficient urban transport system
Last modified: 2022-06-08
Abstract
"The aim of this article is to map the existing and potential solutions to achieve more innovative solutions for shared e-taxi services.
As the role of mobility continues to grow, innovative means of transport need to be developed in order to reduce the number of private cars, while maximising safety. The authors collected the relevant national and European Union policies, incentives, strategies, and trends for shared electromobility. Such alternative solutions are going to be used through highly automated transport devices. Firstly, the currently available (e-) car-sharing systems and electric taxi services were compared based on different characteristics and features (efficiency, sustainability, costs etc.). One of the included examples was the TX electric taxi vehicle produced by the London Electric Vehicle Company (LEVC). Interviews with experts were conducted to determine initial experiences and to forecast the possible market share of e-taxis. The operational costs and CO2 emission savings as a comparison of traditional and electric taxis were calculated as part of this article.
Beyond the present solutions, it is important to examine the options for the coming decades, as humanity will need to make a much greater effort than it has done so far to achieve transport-related plans and climate protection goals. In this context, the authors are looking at connected electric self-driving and the first stages of it. It can be assumed that with the spread of advanced self-driving technology the transport sector as well as other areas of life will change radically, and humanity needs to prepare for this global transformation. This change will bring new opportunities; the future of transportation will be about autonomous vehicles. The authors compile a systematic overview of such innovative technologies with complex effects to explore their opportunities and threats.
Finally, the authors aim to provide a summary about the conditions for the use of innovative technologies in autonomous vehicles."
As the role of mobility continues to grow, innovative means of transport need to be developed in order to reduce the number of private cars, while maximising safety. The authors collected the relevant national and European Union policies, incentives, strategies, and trends for shared electromobility. Such alternative solutions are going to be used through highly automated transport devices. Firstly, the currently available (e-) car-sharing systems and electric taxi services were compared based on different characteristics and features (efficiency, sustainability, costs etc.). One of the included examples was the TX electric taxi vehicle produced by the London Electric Vehicle Company (LEVC). Interviews with experts were conducted to determine initial experiences and to forecast the possible market share of e-taxis. The operational costs and CO2 emission savings as a comparison of traditional and electric taxis were calculated as part of this article.
Beyond the present solutions, it is important to examine the options for the coming decades, as humanity will need to make a much greater effort than it has done so far to achieve transport-related plans and climate protection goals. In this context, the authors are looking at connected electric self-driving and the first stages of it. It can be assumed that with the spread of advanced self-driving technology the transport sector as well as other areas of life will change radically, and humanity needs to prepare for this global transformation. This change will bring new opportunities; the future of transportation will be about autonomous vehicles. The authors compile a systematic overview of such innovative technologies with complex effects to explore their opportunities and threats.
Finally, the authors aim to provide a summary about the conditions for the use of innovative technologies in autonomous vehicles."
Keywords
autonomous vehicles; electromobility; shared e-taxis