The increasing scale of electric vehicles (EVs) and their stochastic charging behavior have
resulted in a growing coupling between the transportation network and the grid …

Due to varying energy demands and supply levels in different regions, the distribution of
power load exhibits an imbalanced state. It contributes to increased power loss and poses a …

Rapid development of electric vehicles holds the promise to significantly mitigate
greenhouse gas emissions. However, the lack of pervasive en-route charging infrastructure …

The widespread use of electric vehicles (EVs) is becoming an imminent trend. Research has
been done on the scheduling of EVs from the perspective of the charging characteristic …

Electric vehicles (EVs) hold promise to improve the energy efficiency and environmental
impacts of transportation. However, widespread EV use can impose significant stress on …

The increasing electric vehicle (EV) adoption in the context of transportation electrification
and carbon neutrality pursuit brings both new challenges and opportunities for all the …

Future “smart electric vehicles,” expected to evolve from emerging electric and plug-in hybrid
electric vehicles (EV & PHEV) are becoming increasingly attractive. However, the current …

The massive integration of electric vehicles (EVs) will pose great challenges to the stability
and efficiency of both the conventional power networks and transportation systems. The …

The decisions of operators from both the transportation and the electrical systems are
coupled due to Electric Vehicles'(EVs) actions. Thus, decision-making requires a model of …

Electric Vehicle Integration in a Smart Microgrid Environment The growing demand for
energy in today's world, especially in the Middle East and Southeast Asia, has been met with …