e-Mobility Laboratories
E-mobility laboratories are dedicated spaces designed to support the growing field of electric vehicles (EVs) through skilling and training initiatives for industry professionals and students. These labs focus on various aspects of e-mobility and provide hands-on training in the design and operation of electric vehicle systems
E-mobility laboratories are dedicated spaces designed to support the growing field of electric vehicles (EVs) through skilling and training initiatives for industry professionals and students. These labs focus on various aspects of e-mobility and provide hands-on training in the design and operation of electric vehicle systems
Motors and Controllers Laboratory
The Motors and Controllers laboratory aims to provide hands-on experience in understanding E-mobility motor drives and their operational features. Through a series of laboratory experiments, participants will explore motor configurations, types, parameters, instrumentation, and dynamic characteristics, all within a collaborative team environment. This laboratory is invaluable for engineers working in the E-Mobility sector or those looking to advance their careers in this field. Additionally, the state-of-the-art laboratory setup offers significant benefits to industry professionals, entrepreneurs, and technocrats.
Power Electronics Laboratory
The Power Electronics Lab provides hands-on experience with devices, circuits, and systems essential for the conversion and control of electrical power. As a critical area of modern technology, power electronics enables efficient energy management in various applications, particularly electric transportation. Our lab focuses on equipping students and professionals with the skills necessary to innovate in the field of electric vehicles (EVs) and renewable energy systems.
Participants gain practical experience in key areas, such as power semiconductor devices and control strategies like Pulse Width Modulation (PWM), which are vital for optimizing the efficiency, performance, and reliability of EV propulsion and charging systems. This facility supports in-depth learning on the conversion and management of electrical power between EV batteries, motors, and subsystems, preparing individuals to contribute to the development of sustainable, zero-emission mobility solutions. The Power Electronics Lab plays a pivotal role in shaping the future of electric transportation through advanced skilling and practical training.
Electric Vehicle Simulation Laboratory
Electric Vehicle Simulation Laboratory, powered by Altair specializes in the comprehensive simulation and analysis of electric vehicle systems, utilizing Altair’s advanced software tools. The aim is to focus on optimizing vehicle performance, energy efficiency, and overall design through rigorous modeling and simulation techniques. By exploring various aspects, including aerodynamics, thermal management, and powertrain dynamics, the laboratory aims to accelerate the development of innovative EV technologies. Through the power of simulation, the laboratory is dedicated to shaping the future of electric mobility.
Battery Engineering Laboratory
The Battery Engineering Lab offers comprehensive analysis and optimization of battery systems. It focuses on studying Battery Management Systems (BMS), as well as the electrical and thermal characteristics of battery cells, including their performance under various operating conditions. The lab employs electrochemical analysis using Electrochemical Impedance Spectroscopy (EIS) to assess the behaviour of batteries through equivalent circuit modeling of battery cells, with simulation exercises helping to correlate experimental data and predict battery performance.
EV Charging Technology Laboratory
The EV Charging Technology Lab provides hands-on and simulation-based training in power electronics systems essential for electric vehicle charging. Key exercises include designing and analysing diode bridge rectifiers, boost PFC circuits for power quality improvement, and off-board charger topologies like isolated DC-DC converters. Students use simulation tools PSIM/Altair flux to model and optimize charger components, bridging theoretical knowledge with practical application. This lab prepares participants to develop efficient, reliable, and compliant EV charging systems.
E-Vehicle Engineering Laboratory
The E-Vehicle Engineering Lab is equipped with working models of electric 3-wheelers and 4-wheelers, designed for hands-on component analysis and performance testing. The lab provides a comprehensive setup for evaluating key electric vehicle (EV) components such as motors, batteries, and controllers. Additionally, it features electric two-wheelers and three-wheelers integrated with a CAN data logger for onboard diagnostics, allowing real-time monitoring and analysis of vehicle performance, energy usage, and system health
Contacts
Dr. Esther Blesso Vidhya Y
Lead - eMobility Laboratories
Mr. Karthik K
Project Associate - eMobility Laboratories
Address
ED 304, Department of Engineering Design,
IIT Madras
Phone
+91-44-2257-5617
lead.emobility@coezet.iitm.ac.in
pa.emobility@coezet.iitm.ac.in