The Wireless Enabled Intelligent Battery Health And Performance Monitoring System

• Author(s):

  Shinde H. Rajendra

• Keywords:

  Battery Health Monitoring, Wireless Communication, Wireless, State Of Charge (SOC), State Of Health (SOH), Microcontroller, Predictive Maintenance, Smart Energy System

• Abstract:

  This Paper Presents The Use Of Wireless Technology To Monitor Various Parameters Of An Electric Vehicle’s Battery. Since Electric Vehicles Rely Entirely On Battery Power, Ensuring The Battery's Health And Performance Is Crucial. The Proposed System Aims To Simplify The Process Of Monitoring Battery Performance Through Wireless-based Solutions, Allowing For Real- Time And Remote Tracking. The Primary Goal Is To Support Green Energy Initiatives And Enhance The Intelligence Of Electric Vehicles By Keeping Track Of Battery Metrics Such As Voltage, Temperature, Current, And Available Charge. These Parameters Are Uploaded To The Cloud, Incorporating The Principles Of The Internet Of Things (Wireless). The Wireless-based Battery Monitoring System Is Composed Of Two Main Components: (i) A Monitoring Device And (ii) A User Interface. Experimental Results Demonstrate That The System Effectively Tracks And Reports Battery Performance. The Increasing Adoption Of Electric Vehicles (EVs) Necessitates Efficient And Reliable Battery Management Systems To Ensure Optimal Performance, Safety, And Longevity. This Project Focuses On The Design And Development Of An Wireless-based Efficient Battery Monitoring System (BMS) For EVs. The BMS Is Comprised Of A Network Of Battery Sensors, Microcontrollers, Wireless Communication Modules, And Cloud-based Analytics. These Components Work Together To Provide Accurate And Real-time Insights Into The Battery’s Health And Performance, Ultimately Enhancing EV Reliability And User Experience. This Innovative Approach Not Only Improves Battery Management But Also Contributes To The Overall Sustainability Of Electric Transportation By Extending Battery Life And Reducing Downtime. In Recent Years, The Demand For Reliable, Efficient, And Intelligent Energy Storage Systems Has Grown Rapidly With The Widespread Use Of Electric Vehicles, Renewable Energy Systems, And Portable Electronics. This Project Wireless Enabled Intelligent Battery Health And Performance Monitoring Presents A Smart System Designed To Monitor Critical Battery Parameters Such As Voltage, Current, Temperature, And State Of Charge In Real Time. The System Employs Embedded Sensors And A Microcontroller-based Data Acquisition Unit That Continuously Gathers Battery Performance Data. Using Wireless Communication Technologies Such As Wi-Fi Or Bluetooth, The Collected Information Is Transmitted To A Central Monitoring Platform Or A Mobile Application, Allowing Users To Remotely Access And Analyze Battery Status.

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Other Details

• Paper id:

  IJSARTV11I11104370

• Published in:

  Volume: 11 Issue: 11 November 2025

• Publication Date:

  2025-11-27

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