Aerial rendering of an illustrative phased campus at dusk: two energised data halls, one hall under steel, a graded pad and an on-site high-voltage substation.

03 AI Factory Development

Campuses that grow with the power to match.

Grid capacity is the scarcest input in AI infrastructure. We plan the substation, the duct banks and the halls together, so each phase energises on a schedule the grid can support.

Illustrative 3D rendering — not a real site.

What we deliver

From land and interconnection to a commissioned campus.

We work for landowners, investors and operators — from early feasibility through the first energised hall and every phase after it.

  • Feasibility

    Powered-land evaluation

    Grid headroom, fibre, water, flood exposure, zoning and land control assessed with every finding traced to its source.

  • Power

    Utility coordination & interconnection

    Utility engagement, load-study support and substation planning, filed early and phased realistically.

  • Planning

    Master plan & phasing

    Halls, substations, cooling plant and roads laid out so later phases build without disturbing live load.

  • Design

    Electrical & cooling architecture

    Medium-voltage distribution, UPS strategy and liquid-cooling plant coordinated with structural and civil design, against the density you will actually deploy.

  • Procurement

    Modular infrastructure & long-lead equipment

    Prefabricated power and cooling modules where they shorten the schedule; transformers, switchgear and plant ordered against the phasing plan.

  • Delivery

    Construction & commissioning

    Owner's-side oversight through integrated systems testing at full load, before any customer equipment arrives.

How capacity scales

An illustrative phased campus concept.

Master plan

96 MW
Critical IT
2
Data halls
2
HV transformers · 160 MVA, N+1

Illustrative campus — figures show how capacity, transformers and halls scale together, not commitments for a specific site.

Power path · simplified one-line

Simplified for explanation: protection, metering, grounding and auxiliary systems are omitted. Topology (2N, N+1, distributed redundant) is selected per project.

  1. Screen & secure

    Site screening, land control and an interconnection application filed early.

  2. Interconnect & permit

    Utility studies, substation design, environmental and zoning approvals.

  3. Design & procure

    Long-lead equipment ordered against the phasing plan.

  4. Build & commission

    Integrated systems testing at full load before customer equipment arrives.

  5. Operate & expand

    The next phase energises while the first runs — without disturbing live load.

Rendering of a data hall steel frame under construction with a tower crane, beside a completed hall.
Illustrative renderingPhase 2 steel beside an energised Phase 1 hall

Start a conversation

Tell us what you are planning.

Load, timeline, location, constraints — whatever you know so far. An engineer will reply.

Diagram