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Author(s):

ELAMATHI G | JOTHILAKSHMI V Assistant Professor/ECE | SATHIYAVANI K Assistant Professor/ECE | Manju K Assistant Professor/ECE
Keywords:

Battery Management System, BMS, Electric Vehicles, EVs, IOT, Internet Of Things
Abstract:
Electric Vehicles (EVs) Require Efficient Battery Management To Ensure Safety, Reliability, And Longevity. This Project Proposes A Smart Battery Monitoring And Protection System That Continuously Tracks Critical Battery Parameters Such As Temperature, Voltage, Current, Humidity, And Fire Hazards Using Sensors Integrated With An Arduino Uno. If Any Parameter Exceeds Safe Thresholds, The System Triggers A Relay To Disconnect The EV Motor. The IoT Module Enables Real-time Monitoring And Alerts, Allowing Users To Track Battery Status Remotely Through An Online Platform. This System Enhances EV Safety By Preventing Hazardous Conditions, Improving Operational Efficiency, And Extending Battery Lifespan. By Incorporating Automated Protection Mechanisms And IoT-based Monitoring, This Solution Provides A Comprehensive And Smart Approach To Battery Management In Electric Vehicles. The Project Aims To Contribute To The Advancement Of EV Technology By Offering A Cost-effective, Scalable, And Reliable Battery Safety Solution.