The Carbon Nanotubes Super Battery.
CNSB fuses carbon nanotube electrodes, graphene composites and supercapacitor physics into one cell. Charge is stored at molecular surfaces — enabling near-instant charging, virtually unlimited cycle life, and complete elimination of thermal runaway.
Core material stack
Five engineered materials, one cell.
How it works
Surface charge storage. Zero combustion chemistry.
- 1
Charge is stored at electrode surfaces — enabling ultra-fast charge and discharge with no chemical degradation.
- 2
80% of stored power is delivered to the end use; 20% recycles internally to sustain the generation loop.
- 3
Onboard BMS equalization keeps every cell balanced across 20,000+ cycles and 10–15+ years of service.
- 4
A non-flammable ionic liquid electrolyte eliminates the thermal runaway pathway entirely.
CNSB vs Lithium-Ion
A generational leap on every metric.