Relation between flow battery and Zinc
- Zinc has a high energy density.
- Zinc is an inexpensive material.
- Power density can be increase using a supercapacitor.
- Higher safety (In the event of short, oxygen flow automatically stops)
- Recycle capability.
Relation between flow battery and Proposed Technology
- Kw/h cost is almost similar as the flow battery.
- This technology needs less maintenance and fewer parts compare with the flow battery.
- This technology can convert to 100% Zinc flow battery.
- Liquid KOH using for this technology and ZnO convert back into Zn.
- I have the technology to produce high conductive Nanofluids.
High conductive Nanofluids

Advantages of Nanofluids for this Technology
- Increase the conductivity of the anode and cathode.
- Two different colors can use for anode and cathode.
- Using this mechanism we can maintain the internal resistance of each cell.
- This helps to reduce individual cell damage.


Test Module

Recent Comments