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E-Mobility

Our mission is driven by a passionate commitment to harness the energy and enthusiasm of today’s aspiring students, who are eager to learn and embrace the ever-evolving world of E-mobility technology. With a vision to create a vibrant platform for academia and industry to collaborate and co-create, our primary objective is to drive innovation and development of groundbreaking technologies for the Electric Vehicle (EV) industry, with a distinct focus on products made in India. In essence, we seek to bridge the gap between academia and industry in the realm of E-mobility. We recognize the immense potential for cross-pollination of ideas, knowledge, and expertise that can be unlocked when these two worlds come together. Our platform serves as a catalyst for this synergy, enabling them to interact, innovate, and cocreate new technologies that will revolutionize the EV industry in India. At the core of our mission is a commitment to fostering innovation and providing impactful solutions that have a strong societal resonance. By synergizing theoretical and experimental research, we aim to tackle the multifaceted challenges within the field of E-Mobility. This approach allows us to develop and deliver innovative solutions that address not only technical intricacies but also the broader societal implications of our work. Our aspiration is to establish a Center of Excellence in E-Mobility within a span of 5 years. This center will serve as a hub for cutting-edge research, development, and education, contributing to the advancement of E-mobility technologies and practices. We align our mission with the “Make In India” concept, which is a testament to our dedication to promote local manufacturing and innovation in the E-Mobility sector.

Keywords

  • Charging Infrastructure and technologies
  • Battery Management System
  • Power Quality issues in Electric Vehicles Grid integration
  • On Board/OFF board Chargers
  • Wireless Power Transmission
  • Battery Swapping Technologies
  • Electric Vehicles Drives Electric drive trains
  • Special Electric Machines for EV
  • Regenerative Energy Recovery
  • Energy Storage Systems and Technologies
  • Fuel Cell/ Ultra/Supercapacitor/Flywheels
  •  Green Hydrogen
  • Renewable Energy Technologies
  • Integration of RES for EV charging
  • V2X
  • X2V Energy transfer Technologies (X- Vehicle, charging station, Grid, Home)
  • Smart grid and Microgrid integration to EV
  • Optimisation Techniques
  • Renewable energy-based charging infrastructure
  • Tariff
  • Hybrid cars
  • Solar electric car
  • Electric bike

Team

Dr. K. Deepa

Dr. K. Deepa

Team Lead

Dr. Manitha P. V.

Dr. Manitha P. V.

Assistant Professor (Selection Grade)

V. Sailaja

V. Sailaja

Assistant Professor (Senior Grade)

K. Sireesha

K. Sireesha

Assistant Professor (Senior Grade)

Admissions Apply Now