Campus design / International opportunities

One campus.
A modular design.

ILLUSTRATIVE DESIGN

A proposed AI-ready campus, bringing data halls, energy, cooling and landscape into one coordinated masterplan.

Illustrative full build-out of the proposed data-centre campus at dusk — Campus concept · Full build-out illustrated · Not an existing facility

The campus design

Planned in stages.
Considered as a whole.

The concept brings together two groups of data-centre modules, a shared utility zone and separate visitor and service access. It provides a visual framework for assessing how a campus could develop over time.

DEVELOPMENT OUTLOOK: International opportunities
DEVELOPMENT TYPE: AI-ready data-centre campus
CAPACITY BASIS: Indicative IT load

Explore the campus

A connected
masterplan.

Select a zone to explore its intended role. The full campus shown is a spatial concept, not a surveyed or approved engineering design.

Illustrative masterplan: two groups of five data-hall modules, a northern utility zone, southern access and southeast water landscape — Concept visual · Not to scale

Indicative capacity pathway

Start deliberately.
Expand with evidence.

Three illustrative stages demonstrate a modular design approach. Capacities describe the design study, not a committed project or delivery programme.

01 / INITIAL BUILD

10MW

One initial module

10MW cumulative target

02 / PHASE 1 EXPANSION

+40MW

Four additional west modules

50MW cumulative target

03 / PHASE 2 EXPANSION

+50MW

Five east modules

100MW cumulative target

Each stage would require a separate basis for commitment, including technical feasibility, commercial requirements, utility availability, approvals and capital.

Infrastructure within the concept

The systems behind
the campus.

Illustrative arrangements for further technical evaluation. Equipment choices and supply agreements are not confirmed.

Concept of a central utility plant with cooling equipment and pipework — Concept visual · Illustrative only

01 / COOLING

A shared thermal backbone.

The central utility plant concept provides a starting point for evaluating liquid-cooling requirements, heat rejection and distribution.

Concept of a high-voltage substation, battery storage and enclosed generation — Concept visual · Illustrative only

02 / ENERGY

Plan for power and resilience.

A concept utility zone combines a possible grid interface, battery storage and generation. Grid connection, generation technology and fuel supply remain unconfirmed.

Illustrative liquid-cooled AI data hall with racks and overhead services — Concept visual · Illustrative only

03 / COMPUTE ENVIRONMENT

Workload-led design.

The data-hall concept explores dense equipment layouts and liquid-cooling distribution, subject to future customer and engineering requirements.

Illustrative retention pond and tropical planted buffer around the campus — Concept visual · Illustrative only

04 / LANDSCAPE

Make room for water and place.

Retention and planted-buffer concepts illustrate areas for drainage and landscape assessment. Environmental performance has not been established.

ABOUT THIS CONCEPT

The images are architectural visualisations of a possible full build-out. Building arrangement, footprints and equipment locations are illustrative assumptions. They do not establish secured land, planning consent, grid access, operating capacity, customer commitments or government endorsement.

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Strong foundations.
Aligned partners.

Discuss an investment, development or infrastructure partnership with Starlight.

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