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Author(s):

Joseph S | Abraar Ahamed Hr | Gobika R | Tamilarasan S | Karpagam M
Keywords:

Electric Vehicles, IoT, Battery Management System, Fault Detection, NodeMCU, ATmega328P, Sensors, Remote Monitoring, Safety.
Abstract:
Electric Vehicles Require Intelligent Monitoring To Ensure Safety, Efficiency, And Longevity. This Study Proposes An IoT-enabled Battery Monitoring And Fault Detection System Targeting Risks Like Overheating, Voltage Imbalance, And Fire Hazards. The Framework Integrates Voltage, Temperature, And Flame Sensors To Capture Real-time Battery Data. An ATmega328P Microcontroller Processes Inputs Against Predefined Thresholds To Detect Anomalies. NodeMCU Enables Wireless Transmission To An IoT Cloud For Remote Visualization And Diagnostics. Upon Fault Detection, The System Triggers LCD Alerts And Relay Isolation To Safeguard The Battery Circuit. This Proactive Design Facilitates Early Intervention, Minimizes Downtime, And Boosts Reliability. Remote Access Empowers Users And Technicians For Informed Maintenance Decisions. Cost-effective And Scalable, The Solution Adapts To Diverse EV Applications. By Merging Embedded Systems With IoT, It Advances Battery Management, Extends Lifespan, And Reduces Fire Risks. Future Enhancements Include Predictive Analytics, Mobile Integration, And Data Logging For Sustainable Energy Utilization.