Smart Charging Strategies for EVs: Insights from Simulation Modeling on Italian Highways

This extensive study explores the complex dynamics of electric vehicle charging infrastructure management along the Milan-Rome highway in Italy. By employing a simulation-based methodology, the research thoroughly assesses the performance and effectiveness of charging networks under various scenarios, with particular attention to the integration of a "Smart Charge" functionality. The findings highlight the crucial role of real-time communication between electric vehicles and charging stations in optimizing resource allocation and reducing charging wait times. Through detailed analysis, the study reveals the significant impact that dynamic, real-time interaction within charging ecosystems can have on the overall efficiency and reliability of electric mobility networks. The research underscores the transformative potential of advanced communication technologies in enhancing the operational capabilities of EV charging systems, offering valuable insights for the future development of more robust and efficient electric mobility infrastructures. Ultimately, this study contributes to the growing body of knowledge necessary for improving the sustainability and user experience of electric vehicle travel.