Centre of Excellence – Electric Vehicle Laboratory
Electric Vehicle (EV) Laboratory, established as a Centre of Excellence (CoE) in our department. This advanced facility serves as a hub for research, innovation, and skill development in the field of electric mobility. It provides state-of-the-art infrastructure for students, researchers, and industry collaborators to explore next-generation EV technologies.
Vision
To become a premier centre for electric vehicle research, training, and innovation, driving sustainable and intelligent mobility solutions for the future.
Mission
- Develop advanced research and training facilities in EV technology.
- Provide hands-on learning opportunities for students and industry professionals.
- Collaborate with industry, academia, and government agencies.
- Encourage entrepreneurship, start-ups, and innovation in e-mobility.
Key Facilities
Our EV Lab is equipped with world-class infrastructure to support battery research, powertrain testing, and smart vehicle technologies:
- Cell Testing (5V, 12A Scheduler) – High-precision evaluation of cell performance.
- Battery Testing Setup (50 Cells)– Multi-cell analysis for performance and safety.
- Cell Testing Fixtures– Modular support for large-scale testing.
- Environmental Chamber (-20°C to +80°C) – Thermal and stress evaluation.
- Single Cell BMS Units (10 Nos.)– Battery management system study and testing.
- BMS Algorithm Development Unit – Design and validation of BMS software.
- High Voltage Battery Pack Testing (up to 99V, 20A)– For EV module and pack validation.
- Battery Pack Manufacturing & Testing Setup – End-to-end assembly and evaluation.
- EV Powertrain Demonstration Bench– Practical study of propulsion systems.
- Traction Motor Test Bench (Basic)– Performance analysis of traction motors.
- Advanced DAQ for Test Vehicles– Data acquisition and diagnostics for EVs.
- Automotive CAN Communication Training Kit– In-vehicle communication and networking.
- 2-Wheeler Chassis Dynamometer (Eddy Current)– Real-time performance evaluation.
Research & Focus Areas
- Battery Technology– Testing, manufacturing, BMS design.
- Electric Powertrain – Motor drives, efficiency, and control systems.
- Charging Infrastructure– Smart and fast-charging technologies.
- Smart Mobility– CAN communication, DAQ, diagnostics, and automation.
- Skill Development– Student training, workshops, and certification programs.
Opportunities & Outcomes
- Hands-on exposure for students in cutting-edge EV technologies.
- Research leading to publications, patents, and prototypes.
- Consultancy and industry collaboration projects.
- Specialized training for workforce development in EV domain.
Name of the Equipment
- Li-ion Cell testing lab 5V 12A 8ch
- 50 cells for testing
- Fixture for Cell testing
- Environmental chamber (220° to +80 Cel)
- Single Call BMS 10 Units
- BMS Algorithm Development - 1 Unit
- Li-ion park testing 9V to 99V 20A changing 40
- Li-ion battery packs for testing and jigs, wiring fixture for testing
- EV powertrain technology demonstrain bench
- Traction Motor Test Bench Basic
- Electric Testing Vehicle - Advanced DAQ
- Automotive CAN Communication Training
- 2W Chassis Dynamometer with eddy Current Load
- Battery Back Manufacturing Kit
