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Author(s):

K. Kalaimaamani | A. Mohamed Riyas | M. Santhosh | T T. Shahul Hameed | K. Vignesh
Keywords:

Electric Vehicle (EV), LabVIEW, Arduino, Control System, Monitoring System, Real-time, Data Logging, Diagnostics.
Abstract:
The Progress In Electric Vehicle (EV) Technology Offers A Considerable Opportunity For Environmentally Friendly Transportation Solutions. This Research Focuses On Creating An Integrated Electric Vehicle Control And Monitoring System Using LabVIEW And Arduino. The Aim Is To Improve The Functionality, Efficiency, And Safety Of Electric Vehicles By Enabling Real-time Monitoring, Control, And Data Logging Capabilities. This Involves Combining LabVIEW, A Robust Graphical Programming Environment, With Arduino Microcontrollers For Hardware Interfacing And A Database For Data Storage And Analysis. The System's Key Features Include Real-time Monitoring Of Battery Status And Motor Performance, Alongside Active Management Of Motor Speed. Additionally, The System Features Advanced Diagnostic Algorithms To Identify And Address Faults In The EV Subsystems, Thereby Ensuring Both Reliability And Safety. Moreover, It Supports Data Logging And Analysis Through Database Integration. Through Comprehensive Testing And Validation, This Project Showcases The Effectiveness Of The Integrated Electric Vehicle Control And Monitoring System In Optimizing EV Performance, Improving User Experiences, And Facilitating The Shift Toward Sustainable Transportation.

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