Sustainable infrastructure isn’t a press release — it’s PUE, WUE, and carbon intensity you can measure. We engineer for all three from the first line on the drawing.
We design to a target PUE of 1.2 or lower — pushing total facility energy as close to IT load as the climate allows, with high supply-air temperatures held within ASHRAE guidance and free cooling extended wherever the site permits.
Closed-loop cooling takes a one-time fill and then draws effectively no water from the public supply in normal operation — engineered for water-stressed and hard geographies alike.
We decarbonize by leading with the lowest-carbon energy the site can deliver on schedule — renewables and storage first, cleaner pathways next, and the cleanest form of gas generation when the project calls for it.
Every watt and every liter, accounted for before the first rack energizes.
Our closed-loop systems circulate the same fluid in a sealed circuit. After a single fill at commissioning, steady-state operation draws effectively no water from the public supply — so water usage effectiveness lands near zero, even in extreme or arid climates.
Free cooling carries the load whenever ambient conditions allow; adiabatic pre-cooling extends those hours and trims energy without trading it for water. Supply-air temperatures to critical IT stay within ASHRAE thermal guidelines throughout.
We prioritize renewable energy assets with the lowest carbon footprint a site can support: solar, wind, and storage lead; cleaner thermal and fuel-cell pathways close the gap. We also work with gas — often as a bridge, and where the schedule and reliability demand it, as a primary source — always selecting the cleanest form of gas generation available. The energy decision is made source by source, against the schedule the compute actually needs — precise, not green-washed.
See the power preference ladder