Engineered from the cell to the compute rack.
Advanced power generation, power delivery, and energy storage, coordinated by intelligent management, for greater energy density, efficiency, reliability, performance, and scalability.
Dense, fast, and scalable.
Advanced battery and storage systems pack more usable energy into compact, lightweight architectures, then scale the same principles from a single robot to an entire facility.
- High energy density for mobile and airborne machines
- Fast charging and high energy availability
- Scalable modules for data center and grid storage
Clean power where it is needed.
Efficient conversion and high-current delivery move energy from storage to actuators and accelerators with minimal loss.
- High power delivery at peak demand
- Efficiency across every conversion stage
- Compact packaging for tight envelopes
Energy that thinks ahead.
Monitoring and predictive control balance cells, anticipate load, and protect assets, for a single machine or an entire fleet.
- State-of-charge and state-of-health awareness
- Load prediction for continuous operation
- Reliability and resilience built into the control layer
Illustrative simulation. The controller forecasts demand, pre-charges storage ahead of a peak, discharges through it, and keeps cells balanced.
Eleven themes that guide every design.
High energy density
More usable energy in less volume and weight: the first limit on every mobile intelligent machine.
High power delivery
Clean, stable power at the peaks that actuators and accelerators demand.
Fast charging and energy availability
Short turnaround, so machines and infrastructure spend their time working, not waiting.
Efficiency
Less energy lost in conversion, storage, and delivery, from the cell to the chip.
Reliability and resilience
Systems that keep operating through faults, heat, and grid disturbance.
Scalable energy storage
Architectures that grow from a single robot pack to a data-center-scale installation.
Continuous operation
Energy planned around uninterrupted autonomous work, day and night.
Compact and lightweight architectures
Packaging that respects the tight envelopes of humanoids, drones, and vehicles.
Intelligent power management
Software and electronics that predict load, balance cells, and protect assets.
Grid and infrastructure support
Storage that steadies peaks, provides backup, and supports the wider grid.
Power for SI (Super Intelligence) at scale
Energy systems built for the compounding demand of advanced computing.
Need a custom power architecture?
Tell us about the machine, rack, or facility you are powering.
Talk to our team