The growing industrial concern about sustainability challenges has driven vehicle and auto
parts manufacturers to adopt service capabilities as a way to maintain competitiveness in …

In recent years, fully electric vehicles (EVs) have accounted for a higher proportion of urban
buses. On account of their relatively short cruising range, many technologies were used to …

Smart services are expected to solve the dilemma of development and emission reduction,
but there is still no conclusive evidence on whether and how they work. This article aims to …

Advanced visualization techniques can be useful for a better understanding of driving
behavior and vehicle emissions in real-time. This study used classic and sparse HJ-biplots …

To advance eco-driving skills in hybrid electric vehicle (HEV) drivers, and thus facilitate fuel
efficient driving behavior, a set of 15 ecodriving-tips was developed and tested. In part 1, car …

Electric vehicles (EVs) can contribute to sustainable individual road transport. That is, they
constitute one key element in the broader context of sustainable urban design, which also …

The design of effective energy interfaces for electric vehicles needs an integrated
perspective on the technical and psychological factors that together establish real-world …

Fundamental ecological, social, and economic transformations are influencing our health
and well-being and are changing the way we work worldwide. The overall issue at stake is …

This study examines the factors influencing electric vehicle (EV) consumer acceptance,
focusing on the gap between technology advances and consumer uptake. It examines how …

Hybrid electric vehicles (HEVs) can contribute to sustainable transport. Yet, their real-world
energy efficiency depends on HEV drivers' eco-driving behaviour. Eco-driving knowledge is …