Campus Integration
Integrating a burner into a data-center campus means tying it into the electrical, cooling, control, and safety systems as one coordinated plant, not a bolt-on generator.
One plant, not two
A co-located burner is not a separate power station that happens to be nearby; it is a subsystem of the campus. Its electrical output ties into the medium-voltage bus, its controls coordinate with the load and the storage, its residual heat interacts with the campus cooling, and its safety envelope overlaps the site.
Electrically, integration means synchronizing the burner, grid feed, and battery so transfers between them are invisible to the compute bus. Control integration means the plant knows the load's state — a starting training run, a checkpoint, a maintenance window — and schedules its own maintenance around it. This coordination is what turns a raw 0.86-0.995 source into a campus that feels firm.
Thermal integration is unusually clean here. Because direct energy conversion avoids a steam cycle, the plant rejects far less heat and needs far less water, so it does not compete with the compute cooling for a scarce cold sink. Safety integration bounds the shielding and exclusion needs so the generation can sit close to occupied compute halls.
Well integrated, the campus behaves as a single firm, low-water system with the burner as its base and the flexible layers as its guarantee.
- Burner is a campus subsystem, not a bolt-on
- Electrical, control, thermal, and safety interfaces
- Control coordination schedules maintenance around the load
- DEC keeps thermal integration clean and low-water