Our silicon-carbon batteries deliver superior capacity, higher energy density, and long-lasting reliability for high-demand applications.
20–40% higher gravimetric energy density compared to lithium-ion. Even greater gains in volumetric energy density
Our low-expansion silicon-carbon technology maximizes energy storage within compact device designs, ideal for wearables and medical devices.
Maintains consistent performance over hundreds of charge-discharge cycles, matching or exceeding the reliability of conventional lithium-ion batteries.
Supports higher charging rates without compromising safety or lifespan, reducing downtime for high-demand applications.
A leading wireless power bank manufacturer upgraded from a conventional lithium battery to our silicon-carbon battery solution, achieving an energy density of 778 Wh/L. This enabled a significant capacity increase within the same form factor, while maintaining fast wireless charging and improved thermal stability—resulting in a slimmer, lighter, and longer-lasting wireless power bank designed for all-day portable charging.
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Battery performance is never one-size-fits-all. Standard options fail when precision and reliability are critical.
We engineer every cell and pack with the expertise to remove uncertainty from your power design.
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We use in-house low-expansion silicon-carbon technology to stabilize volume change and maintain structural integrity during repeated charge-discharge cycles.
Yes. Our silicon-carbon batteries are manufacturing-ready, with stable quality ensured by in-house R&D and controlled production processes.
Yes. Charge-discharge curves, cycle life data, and performance reports can be provided upon request.
Yes, we provide prototype samples for qualified projects to help you validate performance before full production.
