Fire suppression
A dielectric material wraps each cell and helps stop heat from becoming a cascade.
Battery technology · Taipei
Heat,
mastered.
Developer of battery technologies designed to accelerate the adoption of clean energy. Fire-suppression thermal management. Longer life. Lower cost of operation.
We build products that use thermal management technology to keep high-power batteries cool, suppress fire, and last long enough to change the economics of electrification.
Designed for high-power work—not passenger theater.
What changes
Safer packs.
Longer life.
Lower TCO.
Extended lifetime
Even, low temperatures slow degradation—engineered for up to 3× longer pack life.
Operating cost
Fewer replacements, faster charge, and higher uptime reduce total cost of operation.
3×
Designed lifetime increase versus unmanaged high-power packs
16×
Faster charging potential when heat is no longer the limiter
4k
Cycle life target for most industrial duty cycles
−40°
to 140°F operating window for real outdoor fleets
Technology
A material that swallows heat.
Proprietary phase-change material plus compact liquid cooling. Poured around the cells, not threaded between them.
- Pour Dielectric PCM flows into the pack and envelops every cell.
- Hold It solidifies, stores heat, and keeps temperatures even.
- Move A liquid circuit around the pack carries heat away at high power.
Where it works
Built for work that cannot wait.
Industrial vehicles
Construction and off-highway machines that run hot, heavy, and all day.
Material handling
Forklifts and warehouse fleets that need fast charge without thermal risk.
Commercial fleets
Duty-cycle electrification where downtime is the most expensive kilowatt.
Energy storage
Stationary packs that must stay safe, dense, and in service for years.
Next
Let’s lower the heat on electrification.
Licensing, modules, or a custom pack. Tell us the duty cycle.