Battery electric vehicles (BEV) are essential in most countries' transition towards an efficient,
cleaner and low-carbon transport system. BEV technology has been making rapid progress …

In many countries, urbanization has seen a rapid increase in demand for mobility in cities.
Much of this demand is met by private vehicles, of which conventionally powered two …

Zero emission battery electric vehicles and plug-in hybrid electric vehicles have the ability to
reduce CO 2 emissions and hence mitigate climate change. Consequently, understanding …

With the inauguration of the world's largest green hydrogen facility, the Government of Japan
is steadily advancing towards its goal of transforming into a hydrogen-based society, but the …

The transport sector is particularly difficult to decarbonize. Use of electric vehicles (EV)—a
potentially transformative and sustainable transport technology—can reduce greenhouse …

Many communities have been marginalised in the ongoing policy and planning debates
surrounding transportation electrification, even though well allocated charging infrastructure …

Autonomous driving is expected to strongly influence the value of travel time savings (VTTS)
which is crucial for the assessment of the impact of automated vehicles (AVs). However, no …

Battery electric vehicles (BEVs) have been promoted by the government over the last
several years, driven by public concern over pollutant emissions from internal combustion …

The demand-oriented establishment of a charging infrastructure is crucial for the deep
market penetration of electric vehicles. In order to identify specific optimal locations for …

The adoption of electric vehicles (EVs) by consumers is regarded as a key strategic goal for
the reduction in transport-related air pollution levels. Although sales of EVs continue to rise …