SiNTL exceeds 550 mAh/g across test configurations
1414 Degrees reported SiNTL cells above 550 mAh/g across all tested configurations, with two variants exceeding 600 mAh/g on initial cycles.
Evidence notes
- Two variants stabilized above 550 mAh/g at higher charge and discharge rates after initial results above 600 mAh/g.
- A lower-silicon formulation reached nearly 600 mAh/g initially and stabilized above 500 mAh/g at higher rates.
- Carbon-enhanced formulations entered evaluation to sustain 600 mAh/g performance across a wider operating range.
Company context
1414 Degrees is an Australian clean-energy technology company developing silicon-based thermal energy storage and SiNTL silicon-anode battery materials for high-temperature industrial heat and UAV battery applications.