High energy density

This technology is capable of extremely high discharge rates, allowing for rapid release of energy.

Capable of ultra high discharge rates
High internal temperature makes it possible to release energy quickly
Designed to power each phase of electric aircraft flight

High power density

This technology boasts an impressive energy density, approximately four times greater than the best lithium iron phosphate batteries currently available.

Roughly 4x more energy dense than the best lithium iron phosphate batteries
Each cell has much more active material than standard rechargeable cells
The first high temperature rechargeable battery built with lightweight structural materials

Long life cycle

Every component in our batteries has been meticulously chosen for its capability to operate reliably even at extremely high temperatures. This design approach contributes to the longevity and robust performance of the batteries.

Extremely resistant to overheating
Standard cell natively operates at up to 240°C
Special variant capable of remaining functional up to 450°C

Improving Aviation and Marine Vehicles

These batteries are tailored to address the demands of applications requiring superior energy density beyond the capabilities of conventional Lithium-ion batteries.
Our endeavors have resulted in the development of a pioneering battery cell design initially intended for electric aircraft propulsion, with versatile applications extending to sectors such as heavy-duty transportation, mining machinery, and advanced defense systems.
These batteries offer the potential to significantly augment the operational range of Electric Vertical Takeoff and Landing (eVTOL) aircraft, thereby enhancing the cost-effectiveness and viability of aerial taxi services.

Our Battery Saves the Environment

Our batteries are poised to quadruple the operational range of unmanned aircraft, heralding a significant advancement in their capabilities.
Our efforts pave the way for the realization of expansive zero-emission passenger aircraft, marking a pivotal milestone in sustainable aviation development.
Leveraging these batteries in semi-trucks and maritime vessels holds the potential to substantially mitigate greenhouse gas emissions and diesel particle pollution, fostering a greener and more environmentally conscious transportation ecosystem.