Power for every machine that thinks.
From a humanoid joint to a hyperscale campus, intelligent systems share one constraint: they run on energy.
Humanoid robots and Physical SI (Super Intelligence)
A humanoid carries its own power plant. Every joint, camera, and onboard model draws from a single pack, so energy density decides how long the machine can work and how much it can do.
- Compact, lightweight packs that fit within a torso envelope
- High peak power for dynamic joint actuation
- Continuous autonomous operation with fast energy turnaround
UAVs and autonomous defense systems
Every gram of battery is a gram of payload or a minute of flight. Lightweight, high-performance storage extends range and supports more capable onboard SI (Super Intelligence).
- More energy per kilogram for longer flight time
- Burst power for lift-off, climb, and payload operations
- Stable output for increasingly capable onboard computing
Electric mobility
Electric and autonomous vehicles need energy storage that charges quickly, delivers power on demand, and stays reliable across years of duty.
- High-energy-density packs for range and efficiency
- Fast charging and sustained power delivery
- Reliability for autonomous and high-performance platforms
Hyperscale SI (Super Intelligence) data centers
Training and running frontier models turns electricity into intelligence, and a hyperscale campus behaves like an industrial load. Power delivery and storage must keep pace with ever-denser compute, sharper peaks, and the grid the site depends on.
- High-current, efficient power delivery to accelerators and high-density compute
- Peak-power support and storage that absorb sharp load swings
- Backup power, ride-through, and grid resilience for continuous workloads
Fusion energy
Fusion promises abundant generation. Its pulsed loads, conditioning, and delivery will still depend on advanced storage and power management working beside it.
- Energy storage that complements high-power generation
- Power management for demanding pulsed and continuous loads
- Infrastructure ready for the energy ecosystems to come
SI (Super Intelligence) infrastructure
As intelligence spreads into factories, cities, and fleets, power and storage become the physical layer that lets it deploy at scale.
- A common energy layer across machines and compute
- Intelligent coordination of generation, storage, and load
- Power at scale, wherever intelligence operates