Centre For Electric Mobility

About the Centre

The Centre for Electric Mobility (CEM) at SRM Institute of Science and Technology, established in 2019 with Rs. 14 Crores funding from the Department of Science and Technology, Ministry of Science and Technology, under the Promotion of University Research and Scientific Excellence (PURSE) grant, has emerged as a key player in advancing the electric vehicle (EV) industry in India. The team at CEM is dedicated to revolutionizing EV technology and integrating EV charging infrastructure into the Indian economy.

CEM’s research efforts are focused on various aspects of EV technology, including wireless charging EV infrastructure, power electronic converters, fast DC charging, battery and energy management systems, electric motor design, and EV charging smart grid power structures. This commitment aligns with the institution’s emphasis on sustainable transportation practices, evidenced by the transition to EVs for various campus purposes, leading to a significant reduction in CO2 emissions.

The DST PURSE funded project has enabled CEM to establish cutting-edge EV R&D facilities, facilitating research and development aimed at improving energy efficiency and supporting a robust transportation system. Collaborations with industry leaders further enhance CEM’s impact in advancing electric mobility technology through strategic partnerships.

The center comprises a team of 15 faculty members along with 8 research scholars, 2 completed Ph.D. candidates, 20 undergraduate, and 5 postgraduate intern students. This team has contributed to over 120 journal publications, including 57 SCI indexed publications. Additionally, more than 10 patents have been filed, with 3 granted and 6 published. Notably, one product has reached the commercialization stage, while four others are nearing completion.

CEM’s research areas encompass a wide spectrum, including power electronics converters, inductive and fast DC charging systems, battery and energy management, electric motor design, autonomous vehicles, novel power electronics development, and hybrid transmission development.

The center actively promotes EV research and development through various activities such as EV & Autonomous Vehicle Research Training, skill development for EV subsystems, incubation facilities for startups, internships, testing facilities, workshops, faculty development programs, and fabrication facilities.

In summary, CEM’s commitment to driving innovation in EV technology and sustainable transportation practices is evident through its active research, collaborations, and outreach efforts. The center’s contributions significantly advance the EV industry in India and beyond, fostering economic opportunity and environmental sustainability.

Dr. C. Bharatiraja

Head

Welcome message

Centre for Electric Mobility is a hub of innovation, research, and advancement in sustainable transportation solutions. Our center stands at the forefront of pioneering technologies and initiatives aimed at fostering a cleaner, greener future for our nation. We strive to propel electric mobility forward, driving positive change and shaping a more sustainable tomorrow for all.

FACILITY & IT’S FOCUS

FACILITIES

SRM IST, CEM has created state-of-the-art cutting-edge EV R&D facilities through the DST PURSE funded project, as follows:

  • PHIL OPAL-RT Microgrid Setup
  • Dyno 50kW EV Power train Motor Test Bench
  • 150kW Battery Pack Testing
  • 200A, Battery Cell testers
  • 30kW EVSE Test AD/DC Emulator
  • PHIL OPAL-RT to Advance EV Testing Through Hardware-in-the-Loop Simulation
  • dSPACE HIL for Autonomous Driving
  • Scienlab Charging Discovery System for EV charging & EVSE Test
  • 36kW Battery Emulator
  • Yokogawa WT5000, DL 950 Scope coder precision power analyze
  • 6 Series B MSO Mixed Signal Oscilloscope with IMD & Power Buddle
  • Fuel Cell Work Station
  • Battery Emulator
  • EMI Tester
  • EVSE Tester 
  • Motor Drive IMD, Power Analyzer   
  • Component and System Level Testing 

FOCUS

  • Power Electronics Converters of Electrical Vehicles.
  • Inductive Charging Systems.
  • Fast DC Charging System.
  • Battery Management and Energy Management Systems.
  • Development of Power Electronics Converters.
  • Electric Motor Design and Modelling
  • Autonomous Vehicle
  • Novel Power Electronics Converters and their control algorithm development.
  • Development of Fast EV Charging Infrastructure.
  • Development of a Highly Efficient Static and Dynamic wireless charging system.
  • Hybrid Transmission Development, including necessary Electric motors and Power electronics.
  • Development of Battery Management and Energy Management Systems.
No data was found

Testimonials

No data was found

Contact us

Centre For Electric Mobility

Dr. C. Bharatiraja
Professor & Head