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THE ENERGY CONSTRAINT
AI REQUIRES POWER
INFRASTRUCTURE THAT CAN
PERFORM ON COMPUTE TIME.
Solis engineers generation, long-duration storage, power conversion, campus load and grid interconnection as one coordinated physical system.
01
ASC Solar Generation
04
AI Compute Campus
02
Long-Duration Thermal Storage
05
Grid Interconnection
03
Dispatchable Power Conversion
RENEWABLE THAT DOESN'T STOP AT SUNSET
Solis combines concentrated solar thermal generation with long-duration thermal energy storage to support high-load digital infrastructure beyond daylight production hours.
DISPATCHABLE GENERATION
LONG-DURATION THERMAL STORAGE
GRID-INTERACTIVE INFRASTRUCTURE
MODULAR SOLAR
THERMAL GENERATIN
01
Solar concentration
ASC collects and concentrates direct solar energy.
02
High-temperature heat
Thermal energy is delivered to the receiver and working-fluid system.
03
Thermal storage
Energy can be stored rather than immediately converted to electricity.
04
Power on demand
Stored thermal energy feeds the selected power-conversion architecture according to campus demand.
This is much more credible than simply saying “24/7 solar.”
ALBUQUERQUE, NEW MEXICO 200 MW AI ENERGY CAMPUS
POWER PLATFORM
200 MW
AI LOAD
Up to 175 MW
ARCHITECTURE
ASC + TES + power conversion
INFRASTRUCTURE
Dedicated generation + AI campus + grid interconnection
BRING YOUR OWN POWER
A modular AI campus architecture integrating dedicated generation, thermal storage, compute load, utility interconnection and resiliency infrastructure.
25
MW
Edge / specialized AI campus
50
MW
Regional AI infrastructure
100
MW
Hyperscale campus
200
MW
Utility-scale AI energy campus
AI INFRASTRUCTURE BEYOND THE SOUTHWEST
Hybrid power architectures for regions where solar, waste-derived energy, storage and the grid can operate as complementary resources.
SOLIS AI ENERGY CAMPUS
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