Commercial · Mission critical
Data Centers
Downtime has a price per second. We install and maintain the CRACs, CRAHs, in-row units, and chiller plants that keep colocation, enterprise IT, and edge sites within band — with a level of change control that satisfies your uptime auditor.
Practice lead
Mission critical
1.28
avg PUE delivered
612 MW
cooling under contract
100%
MOP compliance rate
Where facilities like yours get stuck
Four problems we hear on the first walk.
01
Rack density outrunning cooling
10 kW/rack yesterday, 30 kW/rack today, 60 kW/rack in the AI build-out. Legacy perimeter cooling can't follow the load.
02
PUE targets and utility scrutiny
New builds locked into 1.3 PUE contracts. Existing sites trying to claw back from 1.8+ without a full plant replacement.
03
Change control on a live floor
Every valve turn, every damper stroke, every controls change has to be MOP'd, peer-reviewed, and executed inside a maintenance window.
04
Redundancy that actually works when tested
N+1 on paper. Concurrent maintainability at 2 AM. Fault tolerance during an actual power event. The three don't always match.
How we deliver
The playbook, on the record.
- Hot-aisle / cold-aisle containment engineered to your rack layout
- In-row + rear-door heat exchangers for high-density pods
- Free cooling + waterside economizer sequences tuned to your climate zone
- MOP-driven change control with peer review before every field action
- Concurrent maintainability audits with full failover testing
- 24/7 site presence contracts for Tier III and Tier IV facilities
Typical scope
Equipment we install and service.
Standards + codes
What we design and document to.
- Uptime Institute Tier standards (I–IV)
- TIA-942 (data center infrastructure)
- ASHRAE TC 9.9 thermal guidelines
- NFPA 75 + 76 (IT equipment)
- SOC 2 change control alignment
- Utility PUE reporting programs
Capabilities we deploy on data centers
Related capabilities
FAQ
Questions from mission critical teams.
Ready when you are