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One free scan finds every outdated or missing driver and matches the right update for your exact hardware.Free scan · exact hardware matchA data center campus is a contiguous site planned for one or more data center buildings plus the infrastructure that makes them usable: grid connections, substations, transformers, backup power, cooling, water and wastewater services, drainage, communications, roads and security. Developers build a campus in phases so design, customer demand, permits and power-connection dates can line up. A completed building shell is not automatically live capacity; critical systems must be installed, tested together, approved for operation and connected to at least one equipped computer room.
There is no universal size threshold or fixed timetable for a campus. Local planning rules, the site’s utility constraints and the developer’s commercial plan determine what counts as a phase and when it can enter service.
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What “data center campus” means
The term describes a geographically contiguous development rather than a single server building. A campus may contain several buildings delivered at different times, with shared or associated infrastructure sized for the whole site. The California Energy Commission defines a data center as a building designed and equipped for high-density computing equipment, including server racks used for data storage and processing. Its overview also identifies dedicated uninterruptible power and cooling as typical facility systems. California Energy Commission: Data Centers
The definition depends on the jurisdiction. DeKalb County, Georgia, uses “campus” in a local planning FAQ for a geographically contiguous development of one or more buildings, across one or more phases, totaling at least 500,000 square feet. That threshold applies to the county’s text-amendment discussion; it is not an industry-wide rule or a minimum that every project must meet. DeKalb County data-center FAQ
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Large proposals show why the site-wide concept matters. The Western Downs Digital Park referral lists data center buildings alongside substations, switching stations, transformers, transmission links, battery-backed power conditioning, roads, water, wastewater, drainage, stormwater systems, communications, security and construction compounds. Those elements are documented for that Australian project, not a universal bill of materials. Western Downs Digital Park project referral
Keep three measurements separate when reading a proposal:
- IT capacity: the computing load that server equipment is designed to run, often expressed in megawatts (MW).
- Facility or utility capacity: electrical infrastructure available to the buildings, which can differ from the IT load.
- Regional demand: the effect on a grid or balancing area, reported separately by an energy agency.
Confusing those labels can make a proposal appear larger or smaller than it is.
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Why developers divide construction into phases
Phasing is a delivery choice, not a mandatory industry sequence. An operator filing dated 29 April 2024 says the company usually builds a facility in one phase but sometimes uses several distinct phases for “optimal design, sales plan, and timing of activation of power supply.” HKEX filing, 29 April 2024
In practice, a phase boundary can be set by a building, a block of computer rooms, an electrical yard or a utility connection. The useful question is not simply how many buildings are planned, but what capacity and systems become usable at each boundary.
| Phasing driver | What it changes | Question to ask about a proposal |
|---|---|---|
| Power availability | Construction or energization may wait for a substation, transmission connection or utility approval. | When is firm power available to each phase, and is the date contractual or indicative? |
| Customer demand | Fit-out can follow signed commitments instead of equipping every planned room at once. | Is the stated capacity built, fitted out or merely reserved for future customers? |
| Design optimization | Lessons from an early building can influence later layouts and plant sizing. | Which systems are shared, and can later phases be changed without disrupting live rooms? |
| Permits and environmental work | Land disturbance, generation equipment or water systems may require separate approvals. | Are approvals issued for the entire campus or only the current stage? |
Phasing can reduce the amount of idle equipment, but it also creates interfaces: temporary roads, construction traffic beside operating buildings, staged utility tie-ins and repeated testing. No source establishes a generally applicable construction duration, phase size or number of years, so a schedule should be treated as project-specific.
How a campus is built: a representative sequence
The following order explains the work involved. Actual projects may overlap activities or reorder them because of site conditions, permits and utility dates.
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The developer secures land or another form of site control, studies geotechnical and flood conditions, maps access, and estimates the electrical, cooling, water, wastewater and communications requirements. The design team then decides which buildings, yards and utilities belong in the first phase and which are reserved for later work. This is also when the team identifies the authorities responsible for land use, environmental review, building permits, utility interconnection and any generation equipment.
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2. Establish the site and perform enabling work
Construction compounds, workforce facilities, temporary services and secure access are established before major structures rise. A staged project referral lists vegetation clearing, earthworks, grading, excavation and trenching among its activities. These operations create building pads, underground utility corridors, stormwater controls and routes for heavy equipment. External road upgrades may be needed in addition to internal campus roads.
3. Construct buildings and major infrastructure
Structural work proceeds with the electrical and utility systems that make the buildings viable. Depending on the project, this can include substations, switchgear or switching stations, transformers, transmission connections, batteries, backup generators, cooling plant, water and wastewater lines, drainage, communications pathways and security systems. Shared infrastructure may be built ahead of several buildings, while a phase-specific yard can be installed only when its building is ready.
4. Fit out critical systems and computer rooms
A weather-tight shell still lacks the equipment needed for computing. Teams install power-conditioning equipment, uninterruptible power systems, cooling distribution, controls, fire and life-safety systems, monitoring, network pathways and the racks or other customer equipment assigned to the room. The California Energy Commission identifies server racks, dedicated power systems and cooling as characteristic data-center requirements, but cooling technology and water use vary by project. California Energy Commission facility overview
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Commissioning verifies individual components and then tests them as an integrated system under expected operating and failure conditions. The operator filing used for the status definitions below requires completed construction, installed critical systems, integrated systems testing, government approvals to operate and at least one equipped computer room before calling a facility “in service.” Those criteria belong to that operator’s reporting framework, but they illustrate why practical capacity arrives after construction.
6. Operate completed capacity while later work continues
When design and approvals allow, customers can use an accepted phase while civil work, fit-out or commissioning proceeds in another part of the campus. Separation of construction zones, utility tie-ins and access routes becomes a safety and reliability concern. The sources support phased development but do not establish that every jurisdiction permits concurrent construction and operation under identical conditions.
Infrastructure that determines whether a phase can run
Power and grid connection
Electrical work often controls the critical path. A campus may need a new utility connection, substation, transformers, switchgear, transmission work, battery-backed conditioning and backup generation. The California Energy Commission says most data centers in its state overview use the grid as primary supply and typically rely on on-site generators for backup; it does not imply that all campus power is generated on site. In early 2026, the commission’s Planning Forecast put California data-center demand at about 1,000 MW, or 2% of California Independent System Operator peak demand. The same forecast projects about 4,500 MW, or 9%, by 2040. These are California regional estimates, not a rating for an individual campus. California Energy Commission forecast and permitting overview
Cooling, water and wastewater
Cooling removes heat from servers and electrical equipment and must be designed with the local climate, reliability goals and available utilities in mind. A project may require potable or recycled water, process-water treatment, wastewater discharge, stormwater detention and drainage channels. The Western Downs referral includes water, wastewater, drainage and stormwater works, but it does not establish a universal water demand or a single cooling method for all campuses. Western Downs Digital Park referral
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Land, roads and secure access
Earthworks must leave room for buildings, electrical yards, cooling equipment, fuel storage where applicable, drainage and future expansion. Internal roads carry cranes and transformers during construction and support emergency and maintenance access later. Fencing, gates, surveillance and controlled loading areas protect both the operating rooms and the construction zone.
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Communications and control systems
Fiber routes, diverse entry paths, network rooms, building-management controls and utility monitoring are part of the physical plan. A campus can have excellent electrical capacity yet remain unusable for customers if communications pathways or control systems are incomplete.
When is a phase actually “in service”?
One operator’s filing separates development into three reporting categories. These labels are useful for reading disclosures, but they are not a universal legal standard.
| Status in the filing | Required condition described by the operator | What it does not prove by itself |
|---|---|---|
| Held for future development | Area controlled for later work but not yet classified as under construction or in service. | It does not prove that permits, power or customer contracts are secured. |
| Under construction | Site control, necessary construction and other permits, an established design, and building or engineering work in progress. | It does not prove that systems are energized, tested or ready for customers. |
| In service | Construction complete; critical systems installed; integrated systems testing complete; government approvals obtained; at least one computer room equipped and ready for customer use. | It does not state that every planned room or later phase is fitted out. |
When comparing announcements, ask whether a number refers to a shell, installed electrical capacity, fitted-out IT load or customer-ready rooms. Those milestones can occur months or years apart without contradicting one another.
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Published project figures illustrate the range of proposals but should not be treated as benchmarks.
| Project | Published description | Qualification |
|---|---|---|
| Western Downs Digital Park, Australia | Four data center buildings, approximately 1.44 GW of combined information-technology capacity, planned in four stages. | Proposal figures from an Australian Government environmental referral; they describe this project, not a typical campus. |
| Mamre Road Data Centre Campus, New South Wales | Six four-storey buildings and 1 GW of proposed power capacity. | The planning portal lists the project at “Response to Submissions”; figures may change during assessment. |
| DeKalb County, Georgia | At least 500,000 square feet across one or more phases in the county’s campus definition. | Local planning language, not a universal industry threshold. |
The Mamre Road proposal’s current status and description are available on the New South Wales planning portal. The Western Downs figures and stage count come from its environmental referral.
How to compare two campus proposals
No standardized delivery models in the cited sources support declaring one campus approach universally better. Use the same questions for each site:
- Power: Compare the source and amount of firm power, the substation or transmission work required and the date each phase can be energized.
- Phase boundaries: Identify which buildings, rooms and utility yards belong to each stage and how much capacity is actually brought online.
- Approvals: Check land-use, environmental, building, utility and generation approvals separately; one permit rarely covers the entire program.
- Cooling and water: Look for the proposed cooling system, water source, wastewater route, stormwater controls and drought or discharge constraints.
- Commissioning: Confirm whether the published milestone means structural completion, installed systems, integrated testing or an equipped room ready for customers.
- Expansion risk: Examine whether later phases depend on land, roads, fiber or electrical capacity that has not yet been approved or funded.
Permits and jurisdiction-specific constraints
There is no single “data center permit.” Responsibilities can be split among local planning and building authorities, environmental agencies, utility regulators and energy agencies. California is a clear example of that division: the California Energy Commission says it does not permit data centers as such, while it oversees certain associated electricity-generation projects. Local land-use, building, air-quality, water and environmental approvals still depend on the particular site and equipment. California Energy Commission permitting explanation
Before committing to a phase, a developer should map:
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- land-use designation, development consent and building permits;
- environmental review, vegetation or habitat requirements and stormwater controls;
- utility interconnection studies, easements and energization approvals;
- water abstraction, treatment, discharge and wastewater permissions;
- air permits or other approvals for backup or on-site generation, where required;
- fire, life-safety, occupancy and operational approvals; and
- traffic, road-opening, construction-hours and security requirements.
Because approval pathways differ, a phase plan that works in one country or state cannot be copied unchanged into another.
Common mistakes when reading a campus announcement
Treating a local definition as an industry standard
The 500,000-square-foot figure belongs to DeKalb County’s planning language. It should not be used to reject a smaller contiguous development elsewhere or to label every larger site a campus automatically.
Calling a finished shell operational capacity
Usable capacity requires installed critical systems, integrated testing, operating approvals and an equipped computer room under the operator’s stated criteria. A shell, an energized building and a customer-ready room are different milestones.
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Mixing IT MW with facility MW or grid demand
Always preserve the label attached to a number. The Western Downs proposal’s approximately 1.44 GW is identified as combined information-technology capacity; Mamre Road’s 1 GW is described as proposed power capacity; California’s 1,000 MW and 4,500 MW figures are regional demand forecasts.
Assuming every project follows the same schedule
Power activation, sales commitments, design changes and approvals can all move a phase boundary. The available sources provide no universal construction duration.
Assuming all electricity is produced on site
The California overview describes grid supply as primary for most data centers and on-site generation as typical backup. A proposal must be read for its actual interconnection and generation plan.
A practical checklist for evaluating the next phase
- Is the land controlled, and is the phase boundary shown on an approved site plan?
- Does the phase have a defined power source, interconnection path and activation date?
- Are substations, transformers, cooling, water, wastewater, drainage, roads and communications included or merely planned?
- Which permits are issued, which are pending and which belong to later stages?
- Is the published capacity IT load, facility power, fitted-out room capacity or a regional forecast?
- Have integrated tests, operational approvals and customer-room fit-out been completed?
- Can construction traffic and later utility work be separated safely from operating areas?
A data center campus succeeds when each phase delivers a complete, approved and testable operating slice while preserving the utilities and access needed for expansion. The buildings are visible, but power, cooling, water, communications, roads, security and commissioning determine whether those buildings can actually serve customers.
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