AI Data Centers
High-density compute makes electrical delivery, liquid-ready thermal paths, water interfaces, rack design, and operational handling central to the early brief.
- Planning focus
- Rack density
- Interface
- Power and thermal
P27 / DEPLOYMENT ENVIRONMENTS
INFRASTRUCTURE FOR EVERY OPERATING MODEL.
The physical stack changes with density, tenancy, location, resilience, cooling method, and deployment strategy.
01 / EIGHT ENVIRONMENTS
Start with operating conditions, not labels.
Each environment below highlights planning priorities. Final systems remain project specific.
Hyperscale
Large, phased environments depend on repeatable infrastructure blocks, coordinated utility interfaces, maintainable distribution, and expansion planning.
- Planning focus
- Repeatability
- Interface
- Campus and hall
HPC
High-performance computing can concentrate thermal and power demand. The physical scope must follow workload density and the selected cooling architecture.
- Planning focus
- Concentrated load
- Interface
- Rack and plant
Colocation
Shared facilities balance tenant flexibility with consistent power, cooling, monitoring, containment, cabling, access, and operating procedures.
- Planning focus
- Tenant flexibility
- Interface
- Facility and suite
Sovereign AI
Location, control, operational boundaries, and local requirements shape the infrastructure brief alongside density, resilience, and delivery schedule.
- Planning focus
- Location context
- Interface
- Site and operations
Enterprise
Enterprise deployments often integrate new AI loads with existing facilities, requiring careful review of available power, cooling, space, and monitoring.
- Planning focus
- Integration
- Interface
- Existing facility
Edge
Distributed sites place emphasis on compact footprints, service access, monitoring, physical protection, and infrastructure suited to local conditions.
- Planning focus
- Compact operation
- Interface
- Remote site
Modular Data Centers
Modular delivery depends on clearly defined interfaces between repeatable units, site utilities, heat rejection, controls, and commissioning sequences.
- Planning focus
- Defined interfaces
- Interface
- Module and site
02 / SELECTION LOGIC
Seven inputs shape the first scope.
Capacity alone is not enough. The facility and operating context determine how systems connect.
01CAPACITY
02FACILITY
03DENSITY
04COOLING
05RESILIENCE
06LOCATION
07SCHEDULE
03 / PROJECT QUESTIONS
Common infrastructure questions.
Short answers grounded in the scope described across this site.
Does every AI data center use the same infrastructure stack?
No. The required physical systems change with rack density, facility type, location, resilience target, tenancy, cooling architecture, and commissioning plan.
Does P27 supply the compute equipment?
P27 focuses on physical infrastructure around compute, including power, cooling, water and piping, racks, cabling, robotics, monitoring, and supported safety categories. Compute chips, models, and applications are outside the stated scope.
How is an infrastructure scope defined?
The process starts with the operating brief, including capacity, rack density, cooling architecture, resilience, location, facility type, and target commissioning. Final specifications require engineering review.
Translate the operating model into a physical scope.
Use the configurator to organize the first seven inputs, or send an existing project brief directly.
Build a project