Research Projects
AMRG’s current research centers on three pillars: battery recycle, redox flow batteries, and intelligent microgrid control.
Related work in lithium-based batteries, fuel cells, supercapacitors, and modeling continues as supporting or prior themes.
Battery Recycle
Material recovery
Recover valuable materials from spent Li-ion and NiMH batteries, and develop safer, lower-impact recycling routes.
Redox Flow Battery
Soluble Lead Battery
Extend cycle life of soluble lead and related flow batteries through electrode and electrolyte design for large-scale storage.
Intelligent Microgrid Control
Intelligent energy allocation
Optimize security and energy allocation in intelligent microgrids that integrate storage with distributed renewables.
Nickel-Metal Hydride Battery
Battery Re-use Study
Through electrochemical methods to identify the conditions the battery for battery management and repacking
Flash Sintering
Rapid densification
Use flash sintering to densify ceramics and electrode materials at lower furnace temperatures and shorter times for energy-device processing.
Machine Learning
Determination of SoH
State of Health (SoH) is one of the most relevant data of battery management. The amount of data accumulated is suitable to be studied by using machine learning