Iot Based Battery Management System In Electric Vehicle

• Author(s):

  Mrs. S.Francis Shamili | Mohamed Thoufik K | Nandhakishore O | Naveenkumar S | Nishanth S

• Keywords:

• Abstract:

  The Increasing Adoption Of Electric Vehicles (EVs) Underscores The Need For Efficient And Safe Battery Management Systems. This Paper Proposes An Internet Of Things (IoT)-based Battery Monitoring System Designed To Enhance The Safety, Efficiency, And Reliability Of EV Batteries. The Proposed System Integrates Multiple Sensors, Including Voltage, Temperature, And Flame Sensors, With An IoT-enabled Microcontroller (NodeMCU) To Provide Real-time Monitoring Of Battery Parameters. The System Detects Abnormal Conditions Such As Overvoltage, Overheating, And Fire Hazards, And Triggers Automated Corrective Actions, Including Triggering A Buzzer Alarm And Disconnecting The Battery Through A Relay Module. In Addition, The System Offers Remote Monitoring Capabilities, Allowing Users To Track Battery Health, Voltage Levels, And Temperature Trends Through A Web Or Mobile Interface. Historical Data Is Stored In The Cloud, Enabling Predictive Maintenance And Early Fault Detection. The Integration Of IoT Technology Not Only Ensures Immediate Response To Critical Situations But Also Improves The Long-term Performance And Lifespan Of The Battery. This Scalable And Adaptable System Provides A Comprehensive Solution For Battery Safety In EVs, Making It Applicable To A Variety Of Electric Vehicle Applications, From Personal Cars To Commercial Fleets. Keywords- IoT-based Battery Monitoring, Electric Vehicle (EV), Battery Safety, Real-time Data Monitoring, Temperature Sensor, Voltage Sensor, Flame Sensor, Predictive Maintenance, Relay Module, Cloud-based Monitoring, Automated Safety Protocols, Battery Health Management, Battery Performance Optimization, EV Battery Management System.

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Other Details

• Paper id:

  IJSARTV11I4103367

• Published in:

  Volume: 11 Issue: 4 April 2025

• Publication Date:

  2025-04-28

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