My research interests lie in the field of power electronics, with a particular focus on electric vehicle (EV) technologies and power conversion systems. As evidenced by my publications, I have a strong track record of conducting innovative research and disseminating findings through prestigious journals and conferences.
Electric Vehicle Battery Charging:
A significant portion of my research addresses the challenge of efficient EV battery charging. My publications in IEEE Transactions on Industry Applications (2020) and IET Power Electronics (2019) propose novel inductive power transfer (IPT) topologies specifically designed for EV battery charging. These topologies achieve high efficiency and address critical issues like zero-voltage switching across varying load conditions. Additionally, a conference paper accepted for the 2024 IEEE ICPEICES explores the application of Synchronous Reluctance Motor Drives in electric two-wheelers, a promising avenue for sustainable transportation.
Power Converter Design and Control:
My research extends beyond EV charging. I have investigated various power converter design and control techniques to improve overall system efficiency. A publication in the International Journal of Power Electronics (2019) showcases my expertise in implementing digital signal processors (DSP) for scalar control of induction motor drives. Furthermore, a conference paper accepted for the 2024 IEEE ICPEICES delves into a soft-switched voltage source inverter topology, contributing to advancements in power conversion efficiency.
Conference Presentations:
I actively participate in disseminating research through presentations at esteemed conferences. My recent and upcoming presentations at the IEEE Power India International Conference (PIICON) (2020) and the IEEE India International Conference on Power Electronics (IICPE) (2018, multiple papers) demonstrate my commitment to sharing knowledge and engaging with the wider research community. Additionally, presentations at the IEEE PES Asia-Pacific Power and Energy Engineering Conference (APPEEC) (2017) and other conferences highlight the breadth of my research interests.
Overall, my publications and presentations showcase a strong foundation in power electronics, with a specific focus on EV technologies and efficient power conversion systems. I am confident that my research aligns with the university's goals and that I can contribute significantly to its academic excellence.
