The paper addresses a new optimal charging station location problem for intercity highway networks with diverse electric vehicle driving ranges and multiple charging needs during long-haul trips.

The proposed system aims to regulate DC bus voltage and track the battery and supercapacitor with desired references under different load conditions.

The study investigates spatial-temporal factors affecting EV charging station utilization in Cary, North Carolina, using data from 2019-2022 from six charging locations.

This study offers a structured survey of the existing research studies, which assessed electric vehicle scheduling.

The present attempt is made to analyze the numerous factors associated with purchase of EVs.

This research investigates the temporal evolution of battery electric vehicle (BEV) ownership growth in Turkey, drawing insights from both historical and current trends.

This research presents a relatively complete radial distribution network development planning model in two scenarios.

This study explores existing charging technologies and AI applications for EVs' adaptability and smarter package.

This study presents a unique model that effectively addresses these uncertainties by utilizing a non-stationary Markov chain.

This study uses a multi-item questionnaire to analyze factors affecting the adoption of electric vehicles among young educated Indian students, utilizing market segmentation as a crucial tool.