01
High energy density
More usable energy in less volume and weight: the first limit on every mobile intelligent machine.
The thesis
Physical SI (Super Intelligence) is leaving the screen. It brings its power bill with it.
As Physical SI (Super Intelligence) moves beyond software and data centers into the physical world, demand for compact, reliable, high-performance, and scalable power rises sharply.
Advanced energy is the foundation of Physical SI (Super Intelligence). It lets machines move, compute, sense, communicate, and operate continuously, and it powers the infrastructure behind them.
Explore humanoid robot batteries, UAV and defense power systems, data center energy storage, and our battery and power management technology.
Markets
Explore all marketsOne energy foundation across the intelligent economy.
Humanoid robots
Compact, high-power storage for mobility, compute, sensing, and actuation.
UAVs and autonomous defense systems
Lightweight, rugged storage for longer endurance and heavier mission payloads.
Electric mobility
Fast-charging, high-density storage for electric and autonomous vehicles.
Hyperscale data centers
Power delivery, peak support, and backup for continuous compute.
Fusion energy
Storage and power management alongside next-generation sources.
SI (Super Intelligence) infrastructure
A common energy layer for machines and compute.
What we engineer
Four layers that turn energy into sustained intelligence.
Power generation
Compatibility with advanced and emerging sources, from on-site generation to fusion-class systems.
Energy storage
High-energy-density, scalable storage, from a single robot pack to a facility-scale installation.
Power delivery
Efficient, high-current conversion and distribution, from cell to actuator to accelerator.
Intelligent management
Predictive control that balances load, protects assets, and keeps systems online.
Design principles
What advanced energy has to deliver.
Six of the eleven themes behind every system we design.
02
High power delivery
Clean, stable power at the peaks that actuators and accelerators demand.
03
Fast charging and energy availability
Short turnaround, so machines and infrastructure spend their time working, not waiting.
04
Efficiency
Less energy lost in conversion, storage, and delivery, from the cell to the chip.
05
Reliability and resilience
Systems that keep operating through faults, heat, and grid disturbance.
06
Scalable energy storage
Architectures that grow from a single robot pack to a data-center-scale installation.
Beyond today’s grid
Ready for the generation that comes next.
Fusion and other high-power generation will need storage and power management beside them. GODI NOVA builds that complementary infrastructure for the energy ecosystems to come.