Commissioning Services
Proving Performance Before a Single Compute Workload Goes Live
500
MW Commissioned
99.99
Uptime Validated
Level I–V
Full Cx Scope
800
MW In Production
WHY COMMISSIONING IS NON-NEGOTIABLE
A mechanical system that passes visual inspection can still fail under load. Commissioning is the discipline that proves—with documented, repeatable evidence—that every component, every sequence, and every redundancy path performs exactly as designed before your facility accepts its first workload.
Data Airflow delivers Level I through Level V commissioning for liquid-cooled AI and HPC infrastructure. In an environment where every system is DTC liquid-cooled and rack densities reach 100–250kW—with 1MW on the horizon—there is no margin for untested assumptions.
Our protocols are recognized by tier-1 hyperscale operators and satisfy the most demanding investor and tenant
requirements.
COMMISSIONING SCOPE
Level I–V Testing
- Component-level verification & calibration
- System integration & sequence validation
- Redundancy failover & recovery testing
- Full load performance at design capacity
- Integrated systems testing under real conditions
Documentation & Handover
- Commissioning plans & detailed test scripts
- Performance verification reports
- Punch list tracking & resolution
- Operations & maintenance manuals
- Staff training & knowledge transfer
OUR COMMISSIONING METHODOLOGY
We ensure commissioning is done to the highest standard. Our involvement from engineering through procurement
means we arrive at commissioning with complete knowledge of design intent, equipment specifications, and
performance benchmarks—dramatically reducing discovery issues and rework.
Redundancy Validated
Every liquid cooling loop, every backup system, every failover path is tested under load—backups on backups, verified and documented to ensure 99.9999% uptime.
Investor-Grade Documentation
Every test result is documented to standards that satisfy lender requirements, tenant SLAs, and insurance underwriting.
Continuous Commissioning
Post-handover monitoring identifies performance drift before it impacts operations, extending equipment life and maintaining efficiency targets.