International Research Journal of Education and Technology

In the direction of a population of sustainable electric vehicles, the vehicle transportation system is expanding rapidly. Cloud-based monitoring and management of EV smart charger stations for security-driven IoT enabled direct current (DC) fast chargers is the topic of this chapter. The power grid is used to charge energy storage devices in hybrid and plug-in electric vehicles (xEVs). A dedicated interface for predicting and estimating the battery energy consumed at various locations and the bill payment procedure were discussed in the proposed methodology. The details about how long it takes for electric vehicle energy storage devices to charge are discussed in this chapter. Additionally, the technological aspects of conventional DC fast chargers and alternating current (AC) chargers are investigated. In order to analyze the vehicle& 39;s charging cost through the integration of IoT-operated devices, the retrieved data is shared with the original equipment manufacturers via the internet at each charging station. Additionally, DC fast charging stations facilitate the EV users' access to an ideal energy trading solution for all integrated units and associated parameters. The EV metering architecture collects real-time data at each charging location to give current information about how the energy distribution network works and behaves. As a result, the platform provides an optimal method by which the system can serve as an execution framework for EV users to supply energy demand solutions to all entities that are operated at a smart charger infrastructure facility charging station.

Keywords-IOT, Energy Monitoring, EV charging vehicle