Capabilities

What it takes to bring capacity online.

Six capabilities that move a project from an identified site to delivered data centre capacity.

  1. 01

    Site Origination & Feasibility

    Identifying land and existing industrial property, and testing each against zoning, connectivity, utilities, ground conditions and development timelines.

  2. 02

    Power Planning & Expansion

    Assessing grid capacity, coordinating with utilities on connection and expansion pathways, and planning phased power aligned with demand.

  3. 03

    Greenfield & Brownfield Development

    Developing new purpose-built facilities, or converting suitable industrial buildings where structure, power and location support data centre use.

  4. 04

    Engineering & EPC Coordination

    Defining the technical brief, appointing and coordinating design and EPC partners, and managing interfaces between electrical, mechanical and civil scopes.

  5. 05

    High-Density & Liquid-Cooling Planning

    Planning for high rack densities with air cooling, direct-to-chip liquid cooling or hybrid approaches, based on each customer’s workload and hardware.

  6. 06

    Phased Construction & Delivery

    Structuring delivery in phases so capacity can come online in step with power availability and customer ramp-up.

Project pathway

How a project moves forward.

  1. 01

    Site Assessment

    Location, land, structure and utilities reviewed.

  2. 02

    Feasibility & Power Planning

    Power pathway, capacity and phasing tested.

  3. 03

    Design & Approvals

    Technical design developed; permits pursued.

  4. 04

    Construction

    EPC delivery, coordinated by phase.

  5. 05

    Commissioning & Handover

    Systems tested and capacity handed over.

Each project’s actual scope and current stage differ. Inclusion of a stage in this pathway does not imply that any specific project has obtained approvals, secured a power commitment or reached completion.

Technical focus

Power, cooling and conversion.

Illustrative single-line power path from grid to data hall GRID TRANSFORMER HALL A HALL B FUTURE

Power pathways

Connection and expansion planned in phases, sized to customer demand.

Illustrative liquid-cooling loop: racks, coolant distribution unit and heat rejection HIGH-DENSITY RACKS CDU HEAT REJECTION

Liquid-cooling readiness

Air, direct-to-chip and hybrid cooling options evaluated per project.

Illustrative conversion of an industrial building into a data hall EXISTING FACILITY CONVERTED DATA HALL

Brownfield conversion

Existing buildings assessed for structure, floor loading and power upgrade.

Illustrative concept — not a completed project

Engineering targets such as rack density, cooling approach, redundancy and availability are design objectives to be discussed. They depend on project design and are confirmed only in final agreements.