Objective The rapid proliferation of electric vehicles (EVs) and the large-scale deployment of
charging facilities have considerably increased the electrification of transportation road …

As the penetration of electric vehicles (EVs) in electrified road networks (ERNs) continues to
increase, the importance of fast charging stations (FCSs) to support this development and …

The increasing electrification of urban transportation, ie, subways and electric vehicles (EV),
brings more interactions between the power system and the transportation system and …

The proliferation of electric vehicles and commercialization of public charging facilities have
inspired the emerging trend of transportation electrification, which creates an urgent demand …

Electric vehicles (EVs) can be viewed as both electric loads and a type of mobile storage
resource. Effective management and utilization of EVs can yield significant benefits for …

With electric vehicles (EVs) pouring into infrastructure systems, coupled traffic and energy
transportation networks (CTETNs) can be applied to capture the interactions between the …

The number of electric vehicles (EVs) and charging facilities is expected to increase
significantly in the near future, further coupling the existing transportation system with the …

With the increasing deployment of electric vehicles, transportation networks have been more
closely coupled with power networks via charging stations. The functionality of the coupled …

Existing traffic control systems are mostly deployed in private wired networks. With the
development of wireless technology, vehicles and infrastructure devices will be connected …

Electric vehicle charging networks (EVCNs) are vulnerable to power outages. The resilience
of critical charging infrastructures is vital for providing uninterrupted service. When a …