Comparative Assessment of Constant V and Q controlled Renewable Rich Grid Connected Electric Vehicle Charging Station

This paper presents a proposed solution for a Constant V and Q controlled Renewable Rich Grid Connected Electric Vehicle Charging Station. The proposed solution aims to address the challenges of electric vehicle charging infrastructure, which is currently facing issues of limited renewable energy sources, grid instability, and high capital and operational costs. The proposed solution offers a smart and sustainable electric vehicle charging station that integrates renewable energy sources with a Constant V and Q control system to ensure grid stability and efficient use of energy. The system incorporates solar photovoltaic panels, wind turbines, and energy storage units to generate and store renewable energy. The charging station is equipped with a bi-directional charger that allows the station to provide power to the grid during peak demand hours and draw power during off-peak hours. The proposed solution also incorporates a user-friendly mobile application that allows users to reserve charging slots and monitor their charging status. The Constant V and Q control system provides a stable voltage and frequency to ensure efficient power transfer between the grid and the charging station. The proposed solution offers a scalable and cost-effective model for EV charging infrastructure that can be replicated in other regions facing similar challenges.