The paper introduces the problem of reducing impact of freight service trips in urban areas and presents the main design objectives, requirements, and steps of a new fully electric vehicle able to autonomously load and unload palletized or boxed freights. The subject is described under a multidisciplinary point of view integrating the mechatronic design, the efficient power supply system, the intelligent mobility control modules, the strategy forfreight delivery planning, through a fleet of these vehicles, based on economic and behavioral modeling.
An Electro-Mobility System for Freight Service in Urban Areas
Matteo Zoppi;Elvezia Cepolina;
2015-01-01
Abstract
The paper introduces the problem of reducing impact of freight service trips in urban areas and presents the main design objectives, requirements, and steps of a new fully electric vehicle able to autonomously load and unload palletized or boxed freights. The subject is described under a multidisciplinary point of view integrating the mechatronic design, the efficient power supply system, the intelligent mobility control modules, the strategy forfreight delivery planning, through a fleet of these vehicles, based on economic and behavioral modeling.
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