Through exciting applications of electrochemical processing, we are developing a battery that can power the future transition to renewables with lower costs and higher performance than other alternatives on the market.

Through unique applications of electrochemical processing for the fabrication of cathodes, we can achieve uncharacteristically high-surface areas. These allow easy engineering of precise compositions, morphologies, microstructures, and particle sizes with great precision to optimise battery technology.

Current market alternative sodium ion batteries

Outstanding performance

High energy and power densities

Lithium-ion batteries emerge as the leading energy storage solution in a future characterised by renewable energy and EVs. However, the extraction methods for lithium is extremely energy intensive and leads to air and water pollution, groundwater contamination, and land degradation. Comparatively, sodium metal represents a much lower impact source material that can be recycled and contribute to a circular economy.

Our sodium ion battery is projected to be unique amongst the market for its low cost and outstanding performance. Here is how our coin cell prototypes scale against current market competitors.

COST COMPARISON OF BATTERY MATERIAL ($USD/KWh)