Raw data center shell on Day 1 — exposed rebar, concrete slab, temporary lighting strung from ceiling joists
Day 1 — Slab Pour Complete
Completed white-space data hall on Day 187 — raised floor tiles, hot/cold aisle containment, cabinet rows glowing with activity LEDs
Day 187 — Energization Complete

Same building.

187 days.

Concrete slab → live rack power

Construction site at dawn showing grading equipment and rebar preparation on a concrete slab
01
/ Phase 01

We start where most GCs won't — before the first shovel.

Site assessment, geotechnical investigation, utility coordination, grading, drainage, and pad preparation. Every civil decision downstream depends on getting this phase right. We self-perform or hold the single-point contract.

Typical Duration4–8 weeks
Week 0Week 26

Scope of Work

  • //Geotechnical report and bearing capacity confirmation
  • //Utility service entrance coordination — power, fiber, water
  • //Site grading to ±1/4" tolerance for raised floor prep
  • //Storm drainage and retention per local AHJ
  • //Temporary power and site facilities for construction
  • //Environmental permits and AHJ pre-submittal meetings
Excavation equipment on site
Foundation rebar layout
Slab pour in progress
/ Phase 02

Steel up in days, not weeks. We track every weld.

Structural steel erection, metal deck, concrete topping, building envelope (roof, walls, doors, loading docks), and all penetrations for future MEP rough-in. We coordinate structural and MEP in BIM before steel is ordered.

Typical Duration8–14 weeks
Week 0Week 26

Scope of Work

  • //Pre-engineered metal building or structural steel per structural EOR
  • //Metal deck and 4" concrete topping slab, wire-mesh reinforced
  • //Standing-seam insulated roof system, R-30 minimum
  • //Insulated metal panel wall system, 26-gauge min
  • //Dock-height loading bays for generator and UPS delivery
  • //All roof and wall penetrations core-drilled and sleeved pre-pour
  • //BIM coordination model delivered at 75% CD
Steel columns being erected
Metal deck installation
Building envelope panels
Steel skeleton of a data center building under construction with ironworkers visible on upper structure
02
Electrical switchgear installation in a data center with cable trays and conduit runs visible
03
/ Phase 03

2N or N+1 — we size it, pull it, and test it.

Medium-voltage switchgear, transformers, UPS systems, PDUs, generator plant, and all associated cabling. We hold the electrical subcontract and manage it directly — no GC markup on a sub's sub.

Typical Duration12–18 weeks
Week 0Week 26

Scope of Work

  • //15kV–35kV medium-voltage service entrance, utility coordination
  • //N+1 or 2N UPS topology per client spec, 500kW–4MW modules
  • //Generator plant: 2MW per module, 72-hr fuel storage standard
  • //Automatic transfer switching, static and rotary options
  • //Overhead cable ladder and raised floor cable management
  • //All conductors labeled per ANSI/TIA-606-C
  • //Full load bank testing at 100% design capacity before handover
UPS installation in progress
Switchgear lineup
Generator installation
/ Phase 04

N+1 chiller plant. Every BTU accounted for.

Chilled water plant, CRAC/CRAH units, hot/cold aisle containment, humidification, and pre-action fire suppression. We design to PUE targets, not just cooling tons.

Typical Duration14–20 weeks
Week 0Week 26

Scope of Work

  • //N+1 chiller plant, 2MW cooling per module, variable speed drives
  • //CRAH units, overhead or underfloor delivery per layout
  • //Hot-aisle/cold-aisle containment curtains, floor-to-ceiling
  • //Free-cooling economizer integration where climate allows
  • //Building automation system (BAS) with DCIM integration points
  • //Pre-action double-interlock suppression, clean agent optional
  • //Full systems commissioning: TAB, BAS sequences, alarm verification
Chiller plant exterior
CRAH unit installation
Aisle containment system
Data center cooling infrastructure showing CRAH units and overhead cable management in a white-space environment
04
Completed data center white space with rows of server cabinets, LED activity lights, and hot/cold aisle containment
05
/ Phase 05

We hand you the keys when the last LED is green.

Raised floor installation, cabinet rows, structured cabling, patch panel labeling, DCIM sensor deployment, and full integrated systems testing. We don't leave until every circuit is verified under load.

Typical Duration3–6 weeks
Week 0Week 26

Scope of Work

  • //Raised access floor, 24" tile, 2,000 lb concentrated load rating
  • //Cabinet rows per approved floor plan, grounded and bonded
  • //Structured cabling: Cat6A copper and OS2 single-mode fiber
  • //All patch panels labeled per ANSI/TIA-606-C, as-built delivered
  • //DCIM sensor deployment: temperature, humidity, power at PDU level
  • //Integrated systems test (IST) at 100% design load
  • //Owner training, O&M manuals, and 1-year warranty on all systems
Cabinet rows installed
Structured cabling complete
DCIM monitoring dashboard

Your timeline starts with
one conversation.

Tell us your MW target, shell status, and energization deadline. We'll return a preliminary schedule and budget range within 48 hours.

Numbers from the field,
not the pitch deck.

Every figure is drawn from completed project closeout reports. No estimates, no projections.

0

Projects Delivered

Since 2009

0.0GW

Total Capacity Built

Across all sites

0d

Fastest Completion

4MW greenfield

0.0%

On-Time Delivery

Last 5 years

0

States Active

Current pipeline

Download our
completed project portfolio.

43 pages of completed build documentation — floor plans, commissioning reports, timeline actuals vs. estimates, and full-system single-line diagrams from six hyperscale and colocation projects across four states.

  • //6 completed projects, 2MW–48MW range
  • //Timeline actuals vs. original estimates
  • //Full commissioning test reports
  • //Reference contacts available on request

Completed Project Portfolio

43 pages · PDF · Updated Feb 2026

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