- Lab Room No: A306
- Lab In charge: Mr. Ashutosh
- Lab Attendant: Mr. Prem Singh
- Lab Subjects: e Mobility Lab (EEE‐421P)
About Lab:
The E-Mobility Lab aims to foster innovation, skill development, and practical learning in electric vehicle technology. Equipped with advanced facilities like battery testing setups, a two-wheeler simulator, and a MIDC (Motor Integrated Drive Controller) system, the lab supports students and researchers in exploring key areas of electric mobility.
The lab’s primary objectives include:
- Battery Testing and Analysis: To enable performance evaluation, lifecycle analysis, and safety testing of different battery chemistries, enhancing the understanding of energy storage systems.
- Two-Wheeler Simulator: To simulate real-world driving conditions, allowing students to study vehicle dynamics, power consumption, and regenerative braking behavior in electric two-wheelers.
- MIDC Controller Study: To provide hands-on experience with motor control strategies, efficiency optimization, and integration of motor and drive systems, aligning with industry standards.
- Skill Development: To empower students with practical knowledge and technical expertise, preparing them for careers in the electric vehicle sector.
- Research and Innovation: To facilitate academic projects, prototype development, and research in battery management systems (BMS), motor control, and sustainable transportation technologies
Hardware Details: 2 Computer (I-9 processor, RAM-16 GB,1 Printer)
Software Details: MATLAB 2022 (2 users)
List of Experiments:
| S. No. | TITLE OF LAB EXPERIMENTS | CO |
| 1 | To study of Buck converter closed loop voltage control using MATLAB | CO1 |
| 2 | To study of commonly used pulse width techniques using MATLAB | CO1 |
| 3 | To study of Electric Motor Control Techniques using MATLAB | CO2 |
| 4 | To design and simulation of charge controller using MATLAB. | CO2 |
| 5 | To study PMSM control using MIDC. | CO3 |
| 6 | To study Battery Management System (BMS) Operation and State‐of‐Charge Estimation. | CO3 |
| 7 | To study battery design and testing. | CO1 |
| 8 | To study of electric Vehicle Performance Analysis using vehicle simulator | CO4 |
| Additional Experiments | ||
| 9 | To study of energy storage system comparison. | CO4 |
| 10 | Perform V/f control method of induction motor using MATLAB. | CO2 |