One core.
Every machine.
When a machine waits to charge, it isn't inconvenient. It's lost output.
Automotive
Seven global OEM validations. Five factories. Licensing revenue. The world's first 10-minute EV charge with silicon-dominant cells, demonstrated live on a Polestar 5.
Automotive
A robot that charges in 5 minutes works three shifts
Humanoid and industrial robots lose two to four hours a day to charging. StoreDot's small-format XFC cells reach full charge in about five minutes — turning downtime into duty cycle and changing fleet economics.
- — Compact pouch and cylindrical formats
- — 2,000+ fast-charge cycles for continuous operation
- — High power density for actuation peaks
We charged a drone in 5 minutes in 2020. The fleets caught up.
Delivery, inspection, agriculture, defense — every drone operation is bounded by turnaround. Minutes at the pad instead of an hour means more sorties per aircraft, fewer aircraft per route, and lighter cells per airframe.
AI compute is power-bound. Fast storage unbinds it.
GPU clusters draw in violent peaks. Cells that discharge and recharge in minutes provide peak-power support and backup at lower cost than today's solutions — enabling denser compute per rack and per megawatt.
Any form factor.
Any duty cycle.
Power tools, e-mobility, material handling, stationary storage. Because the chemistry is compatible with every cell format and every existing production line, licensees bring XFC to their category without waiting for a new supply chain.
Bring XFC to your category
Licensing conversations start with a technical brief and a sample program.
Talk to us