At our Annual General meeting, we outlined a clear pathway toward commercialisation across industrial heat, hydrogen, and battery-materials markets.
Executive Chair Dr Kevin Moriarty emphasised that the core technologies – SiBrick®, SiBox®, SiPHyR® and SiNTL™ – now operate as an integrated platform designed to extract maximum value from silicon. This unified approach enables multiple clean-energy applications, including long-duration thermal storage, renewable industrial heat, methane pyrolysis for low-emission hydrogen, and next-generation silicon-enhanced anode materials.
Also highlighted was the progress in our SiNTL battery-materials program, developed under licence from George Washington University. Hundreds of anode cells are being prepared for cycling, targeting improved silicon loading and long-term performance improvements over the next 12 months.
Dr Moriarty noted that capital discipline and governance remain central to our strategy, with investment focused on initiatives with clear commercial pathways and strong alignment to global decarbonisation markets.
An update on the Aurora Energy Precinct was provided noting that transmission-access discussions remain constructive, and the site continues to support our longer-term commercial opportunities.
The AGM reiterated that 1414 Degrees’ primary near-term focus remains the commercialisation of its silicon-based technologies, particularly SiBox-driven HaaS projects.