Electrification of bus fleets in most cities is expected to rise due to its significant
environmental benefits. However, electric buses have limited driving range and long …

The expansion on the use of Electric Vehicles demands new mechanisms to ease the
charging process, making it autonomous and with a reduced user intervention. This paper …

This research proposes a mixed integer-linear mathematical model for location and capacity
decisions of electric bus charging stations in order to ensure the connectivity of the road …

Electric buses can bring significant environmental and social benefits in the future public
transportation systems. However, the large-scale adoption of electric buses faces major …

Electric buses (EB) are widely promoted as a clean alternative to conventional fleets to
mitigate greenhouse gas emissions from ground transportation. En-route charging that takes …

This study presents a novel bus charging station planning problem considering integrated
photovoltaic (PV) and energy storage systems (PESS) to smooth the carbon‐neutral …

Transit agencies are increasingly embracing electric buses (EB) as an energy-efficient and
emission-free alternative to the conventional bus fleets. They are rapidly replacing …

Electric vehicles (EVs) endow great potentials for future transportation systems, while
efficient charge scheduling strategies are crucial for improving profits and mass adoption of …

This paper provides a comprehensive overview of the state-of-the-art related to the
implementation of battery electric buses (BEBs) in cities. In recent years, bus operators have …

Electric vehicles (EVs) has tiny environmental impact and will constitute a major mean of
urban transportation in the future. Shared EV is quickly becoming a new business model …