The following in a simplified diagram showing the key ISFB components. In practice there will be numerous bi-polar cell stacks.
The battery consists of a positive and negative liquid electrolyte stored in two independent tanks
When charging a chemical imbalance is created between the two electrolytes by forcing electrons to move from one tank to the other
This is done via a cell where the liquids are pushed very close to each other but do not touch or mix as they are seperated by a special membrane
On discharge, the system naturally wants to balance itself and the electrons flow back to their original cells providing useful energy
Our battery technology is suitable for large-scale commercial, industrial, and utility-scale applications.
We encourage potential industry partners or investors to contact us at the following email address: info@mobiuserg.com