For hosts
Your facility already does the hard part.
Interconnection, footprint, and year round thermal demand. We bring the compute, return the heat, and you share in the value.
Interconnection, footprint, and year round thermal demand. We bring the compute, return the heat, and you share in the value.
Recovered heat feeds your hot water, digesters, or district loop and directly displaces purchased gas.
The site earns and you participate, on transparent cost plus terms for the life of the deployment.
Your team runs your plant, not ours. No capital outlay, no operating load, no new headcount.
Dry coolers on the always open reject path are sized for the full load, so your offtake never constrains the compute and the compute never waits on your demand.
Liquid cooling recovers heat at 40°C to 65°C (104°F to 149°F) and delivers it into your useful systems.
Power secured below grid retail by sitting behind the meter, avoiding transmission, distribution, and capacity charges.
A long term facility lease anchors the deployment on your balance sheet terms, and you share in the value the site creates.
Compute lives in a dedicated envelope inside or beside your facility. Quiet, sealed, liquid cooled. No raised floors, no chiller farm.
Modular construction arrives finished and drops into place. One thermal interconnect, a single metered heat exchanger skid, ties our warm loop to your process. Your side of the wall stays your side of the wall.
We work within your existing interconnection and capacity headroom, metered and settled transparently, at no cost to your ratepayers. Our programs are designed specifically with our partners NVIDIA and Vertiv to align with your city and state public infrastructure.
Desktop review of your power, thermal demand profile, and footprint. Two weeks, no cost, no obligation.
Heat price, value share, and footprint agreed in a short form document before any engineering spend.
We carry the engineering and approvals. Your operations team reviews every interface drawing.
Modular construction off your critical path. First heat delivered at energisation.