Embedded IoT Enabled Moving Electric Vehicle Charging Infrastructure with Fault Prevention System

The growing adoption of electric vehicles (EVs) has underscored the urgent need for an efficient and dependable charging infrastructure. This paper presents an innovative IoT -enabled mobile EV charging system equipped with an advanced fault prevention mechanism. The primary goal of this system is to improve battery management, enhance power transfer efficiency, and enable real-time fault detection through intelligent IoT-based solutions. Unlike traditional EV charging systems that focus solely on energy transfer, the proposed model integrates proactive safety measures to prevent faults and extend battery life. Key features of this system include real-time monitoring of voltage and current, early fault detection through intelligent analytics, and an intuitive user interface for easy access to battery status updates. By incorporating AI-driven analytics and IoT connectivity, the system optimizes energy distribution, reduces downtime, and ensures predictive maintenance. The proposed solution holds significant potential to revolutionize EV charging infrastructure by making it more adaptable, intelligent, and resilient.