Battery cells from 20 to 608 cm² were compared using EIS, load curves, and simulated cycling.
Pinflow Energy Storage develops and delivers electrochemical flow battery systems engineered for scalable performance.
Our work is supported by long-term academic research in the field of redox flow batteries, electrochemical energy storage, and flow cell engineering.
Using multichannel EIS, our stack was analyzed to reveal system-level effects such as contact resistance, flow imbalance, and shunt currents under realistic conditions.