Researching and developing materials for redox flow batteries, such as research on the characteristics, stability, high efficiency and corrosion resistance of battery materials.

Developing and optimizing electrolyte formulas for vanadium redox flow batteries.

In addition, researching formulas for other flow battery systems based on electrochemical properties.

Also, having research themes about Zinc Iodine, Brominated and Organic Redox Flow Batteries and Vanadium Air systems.

Covering all stages of battery production, from building prototypes for battery stacks to developing mass production processes. In our lab, we perform all tests to certify batteries from the stack to the entire battery system.

Using fluid simulations of fluid, thermal and electrochemical models of redox flow batteries to gain a better understanding of the battery's behavior during operation.

Optimal design for energy storage devices can be derived through various technologies at the system level, such as microgrid system simulation, and technical and economic insights from the grid side.