Time is capacity. Schedule it.
Hyperscale campuses, liquid-cooled AI halls and edge programs. The tenant contract names a megawatt figure and a ready-for-service date. Our founder came up through data center and infrastructure construction, and this is the market we read most sharply.
- Projects shown
- 3
- Their capital value
- $3.13B
- Services, one team
- 16
What goes late in a data hall.
Three places the date is usually lost, long before anyone admits it.
Power arrives on the utility’s calendar
Substation work, transmission upgrades and permanent power are set by the utility, not the GC. A hall without permanent power is a very expensive empty room, so the energization path is tracked weekly.
Gear ships on the factory’s calendar
Switchgear, transformers, generators, UPS and chillers carry long leads and factory witness tests. Each release, test and ship date is a logic-tied activity, not a line on a procurement log.
Commissioning gets squeezed last
When upstream work slips, schedules quietly compress Level 4 functional tests and Level 5 integrated systems testing. That is where ready-for-service dates actually die.
The data center work we control.
- 01
Hyperscale campuses
Multi-hall campuses with phased energization, shared central plants and each hall handed to a tenant on a contract date.
- 02
AI and liquid-cooled halls
High-density halls with coolant distribution units, direct-to-chip piping and rack densities that change after design is done.
- 03
Edge and modular programs
Many small sites on a repeat design, released, tracked and reported in one program schedule.
- 04
Expansions on live campuses
New halls beside operating ones, with every tie-in planned so live tenants and their SLAs never notice.
The numbers we watch here.
Every update, these four tell you whether the date is holding or quietly slipping.
Days to permanent power
Forecast energization against the date each hall needs it, with utility milestones tied into the network, not tracked in email.
Long-lead float by hall
Float between each piece of electrical and mechanical gear’s delivery and its need date, reported per hall every update.
L1 to L5 test burn-down
Commissioning scripts complete versus plan by level and system, so a late IST shows up before the tenant walkthrough.
EAC per megawatt
Estimate at completion per hall and per megawatt delivered, with escalation and contingency drawdown shown hall by hall.
The services that carry the weight.
Four of our 16 services do most of the work in this market.
Utility, shell, electrical, mechanical, commissioning and fit-out in one schedule, from site award to ready for service.
A P80 ready-for-service date for each hall, with long-lead and utility risk modeled, so tenant commitments match reality.
Schedulers and cost engineers on your campus and in your systems, working your update cycle week after week.
Monthly forecasts that track equipment escalation, change orders and contingency drawdown hall by hall.
Projects we have controlled.
Owners stay confidential. Each project shows its region, capital value and status.
Questions owners ask us.
How do you schedule commissioning from Level 1 to Level 5?
Each level is a set of activities tied to the equipment and systems it tests: factory tests, installation checks, startup, functional tests and integrated systems testing. Durations come from the scripts, so nobody can compress them on paper.
Our GC already has a scheduler. Why add you?
The GC schedules construction. We hold the owner view from utility energization to ready for service, read the native file every update and tell you what changed and why.
We build the same hall design on several campuses. How is that priced?
That is what Program Rates are for. Later halls reuse the logic library, WBS, commissioning templates and reports at a highly discounted Program Rate.
Show us the date that matters.
Send us the data centers project, the current schedule and the date you are protecting. A senior project controls lead replies within one business day.