Dr. S Hemavathi

Design of electrochemical-thermal battery modeling and packs for Energy Storage and EV applications.
Design and Development of Battery Management System (BMS) - (AI-BMS, Master-Slave BMS) for Li-ion and Advanced Battery Chemistry Batteries and Redox flow batteries – Specialization in hardware and algorithms for battery state estimation.
Design and Development of Battery Thermal Management System (BTMS) for Li-ion Batteries– Specialization in immersion cooling using dielectric fluids, PCM, and CFD studies.
Battery pack testing with standards
PV connected (Li-Ion battery) BESS and Microgrid short circuit studies.
Electric Vehicle, Hybrid Energy Generation and Storage System

Smart Battery Management System (BMS) for Light-Duty Electric Two-Wheeler Applications (TRL 4–5) (2020–2022)
Master Slave Battery Management System (BMS) with 25 kWh Modular Lithium-ion Battery Pack for Multi-Utility 35HP Electric Tractor Agriculture Application (TRL 4-5)
250 W Bidirectional Charge–Discharge Controller for Redox flow Battery (RFB) Energy Storage Systems
Unified Artificial Intelligence-Based Battery Management System (AI-BMS) for Lithium-ion and Advanced Battery Technologies (TRL 4-5)
Steady-state and Forced Flow Immersion Cooling Technology Using Natural Ester Fluids for Lithium-ion Battery Thermal Management and Thermal Runaway Mitigation
Estimation of Battery State-of-Health (SOH) using Physics-Informed Machine Learning Algorithms