Energy & Environment
Designed for the grid we wish we had.
Our sustainability model isn't a procurement contract — it's a physical system: closed-loop cooling, on-site renewables, and a power architecture that doesn't depend on the utility for uptime.
The Model
Behind-the-meter, by design.
We generate power where we consume it. Wind, fuel cells, and hydrogen-ready prime power are stacked behind the utility meter so our tenants get capacity that isn't bottlenecked by transmission queues — and a carbon profile that doesn't depend on the local grid mix.
Paired with closed-loop cooling, the result is a facility that uses dramatically less water than industry baseline.
Systems
Six commitments. One operating discipline.
Closed-loop water
Recirculating cooling loops reuse the same water continuously, slashing withdrawal and discharge to a fraction of conventional designs.
Environmental protection
Sealed thermal systems eliminate evaporative blowdown and contain chemistries on-site — protecting local watersheds.
Wind generation
Direct integration of on- and near-site wind capacity into the campus power stack.
Fuel cells & hydrogen
Stationary fuel cells and hydrogen-ready prime power deliver clean, dispatchable energy independent of the grid.
Behind-the-meter
Generation, storage, and conversion all live behind the utility meter — locking in price, capacity, and carbon profile.
N+1 with UPS
Every critical system — power, cooling, distribution — is concurrently maintainable with full UPS coverage on every load.
Proof Point
LEED Gold, in production today.
Our operating data center is LEED Gold certified — every system described on this page is running there now, validated under real load, and replicated into every site in our pipeline.