Abstract:

E-mobility is a key element in future energy systems. The capabilities of electric vehicles (EVs) are many and vary since they can provide valuable system flexibility services, including the management of congestion in transmission grids. According to the literature, leaving the charging process uncontrolled could hinder some of the present challenges in the power system. The development of a suitable charging management system is required to address different stakeholders’ needs in the electro-mobility value chain. This paper focuses on the design of such a system, the TwinEV module, that offers high-value services to EV users. This module is based on a Smart Charging Tool (SCT), aiming to deliver a more user-central and cooperative approach to the EV charging processes. The methodology of the SCT tool, as well as the supportive optimization algorithm, are explained thoroughly. The architecture and the web applications of the TwinEV module are analyzed. Finally, the deployment and testing results are presented.