The adoption of battery electric buses (BEBs) has gained significant momentum in the public
transportation sector due to their environmental and energy-saving merits. Nonetheless …

Implementing battery electric buses (BEB) in transit operation is a promising avenue for
reducing greenhouse gas (GHG) emissions. However, challenges are associated with the …

Battery electric bus's (BEB) limited operating range and lengthy charging duration are a
cause of concern to BEB operators. Fast-charging technology can decrease charging time …

This paper investigates the electric bus charging facility planning (EB-CFP) problem for a
bus transit company operating a heterogeneous electric bus (EB) fleet to provide public …

The recent advancements toward fast charging technology enable electric buses to be re-
charged at bus stops during passengers' boarding and alighting times. The costs of en-route …

Dynamic wireless power transfer (DWPT) technology offers the promise of eliminating the
limited driving range of electric buses (EBs), providing greater convenience and safety …

As the driving range of electric vehicles (EVs) increases, home-based charging has been
becoming the dominant strategy for EV users to replenish electricity in urban e-mobility …

The innovations in battery technologies facilitate worldwide bus electrification, which can
conserve energy and reduce emissions. This paper studies the long-term bus electrification …

This paper developed a data-driven micro-simulation optimization model to deploy charging
infrastructure for a large-scale electric bus network, considering both traditional charging …

In light of growing global concern regarding environmental pollution, greenhouse gas
emission and fast-depleting petroleum resources, electric buses are being considered as an …