Data Center
MW-scale, every kilowatt audited.
Data center bids run on MW capacity, PUE targets, and supply-chain lead times. OmniTakeoff handles UPS, generator, cooling, and structured-cabling scope as first-class trades, not afterthoughts.
1 MW – 100 MW
Capacity range
CRAC / RDHX / Immersion
Cooling architectures
Uptime I-IV aware
Tier rating
What you'll bid
Project shapes we see in data center construction.
- Hyperscale and colocation greenfield builds
- Brownfield data hall expansions
- Edge data centers and modular pods
- Crypto-mining and AI training facilities
- Federal mission-critical facilities
Why OmniTakeoff
Where the platform shows its work for data center construction.
- MW-scale UPS, switchgear, and generator scope as separate lines
- Cooling architecture (CRAC, RDHX, immersion, evaporative) priced per-unit
- Structured cabling (cat 6A, OS2 fiber, OSP) by drop and by run
- Raised-floor SF priced separately from slab finish
- Lead-time-sensitive equipment surfaced for procurement early
- Tier-rating compliance scope (redundancy, isolation) flagged at validation
Data Center Construction features
The mechanics behind the headline.
MW-scale electrical
UPS, transformers, ATS, and PDUs priced per MW capacity with redundancy class flagged.
Cooling architecture
Air-cooled CRAC, rear-door heat-exchangers, single-phase or two-phase immersion — each system priced by its own takeoff template.
Structured cabling
Cat 6A horizontal, OS2 fiber, and outside-plant entry priced by the foot, not the drop.
Procurement timing
Long-lead equipment (gensets, switchgear, chillers) surfaced early so PO timing aligns with construction milestones.
Frequently asked
Questions we hear from data center construction estimators.
- Do you support liquid cooling for AI workloads?
- Yes — single-phase and two-phase immersion cooling, rear-door heat exchangers, and direct-to-chip systems each carry their own takeoff template.