Cooling is the bottleneck.Nuwatts is the fix.
AI in space is limited by heat, not power. Nuwatts reduces radiator burden by preserving temperature in transport and recovering part of waste heat into useful energy.
Cooling, Not Power, Limits Space Compute
In space, heat cannot be removed through convection. Every watt must be transported to a radiator and radiated away. That single constraint drives radiator area, deployables, pointing requirements, and reliability.
A New Thermal Architecture
Nuwatts treats heat as a resource, not just a burden. By combining efficient heat transport with energy recovery, we reduce the amount of heat that must ultimately be radiated away.
Move Heat Efficiently
Preserve temperature through transport so the radiator can operate hotter and reject more heat per square meter.
Recover Energy
Turn a portion of waste heat back into useful electrical value instead of forcing every watt to the radiator.
Reduce Radiator Burden
Less heat to reject means less radiator area, lower mass, simpler integration, and more room for compute.
Every Degree Matters
Radiator performance scales with temperature to the fourth power. Small losses in thermal transport can dramatically increase required radiator area.
Built for the Next Generation of Compute
The near-term wedge is terrestrial data centers. The long-term upside is space compute, where thermal constraints define the hardware envelope.
Space Compute
Orbital data centers, satellite payloads, edge compute in orbit, and future high-density spacecraft platforms.
Data Centers
A near-term proving ground with measurable cooling pain, clearer ROI, and a practical path to first deployment.
Not a Component. A System Layer.
This is the clearest competitive framing: others optimize components. Nuwatts optimizes the thermal system.
Incumbent Cooling Vendors
Move heat, then reject it. Complexity scales with power and radiator burden remains.
Commodity Thermoelectrics
Convert heat, but do not solve transport or system-level thermal bottlenecks.
Nuwatts
Move heat, recover energy, and reduce radiator area in one integrated thermal architecture.
Seeking pilot partners in data centers and space systems.
We are building the thermal infrastructure layer for next-generation compute. If you are exploring space compute, advanced thermal architectures, or high-density cooling constraints, this is the right time to talk.