What does the DCA × DC Byte forecast cover?

The report is the first issue of a bi-annual Australian Data Centre Forecast Report, jointly produced by Data Centres Australia and DC Byte. It covers operational and pipeline capacity at the national level and for Sydney and Melbourne, segmented by DC Byte's four phases: Operational, Under Construction, Committed, and Early Stage.

How does the report relate to NSW Investment Delivery Authority decisions?

The NSW IDA has classified $51.9 billion of data centre projects for fast-track planning and $40.7 billion as premature or speculative. The classification maps closely to the distinction between Committed and Early Stage capacity in the DC Byte framework.

Does the forecast cover water, energy, or workforce impact?

No. The report focuses on capacity forecasting methodology and segmentation. Water, energy, workforce, and community impact are addressed in other forums, including the NSW Parliamentary Inquiry into Data Centres and the NSW Data Centre Consultation Paper.

1.4 GW Today, 3.2 GW by 2030: Inside the DCA × DC Byte Forecast

Data Centres Australia and DC Byte have published the first issue of the Australian Data Centre Forecast Report, drawing on DC Byte's coverage of more than 8,300 facilities across 135 countries. On the headline numbers, national operational capacity is projected to move from 1.4 GW in 2025 to 3.2 GW by 2030.

Australia now has a unified phase framework that distinguishes capacity at different stages of certainty.

How the phase framework works

DC Byte segments capacity into four phases, each with specific evidentiary thresholds:

Phase	What it measures
Operational	IT load of fitted-out data halls available for use
Under Construction	IT load of halls undergoing mechanical and electrical fitout
Committed	Projects with land, power, permits secured, or operators with reliable delivery track records
Early Stage	Projects that have not yet secured all elements required for development

Aggregated, the four phases produce a Pipeline Total. The framework's value is in the segmentation. Of Australia's 21.6 GW total pipeline, only 1.5 GW is operational today and 3.1 GW is committed with land, power, and permits secured. The remaining 16.8 GW is early-stage, meaning it may or may not be built.

What the report shows

National capacity pipeline by phase (GW)

Phase	National	Sydney	Melbourne
Operational	1.5	0.8	0.4
Under Construction	0.2	0.1	0.1
Committed	3.1	1.9	1.0
Early Stage	16.8	8.6	7.5
Pipeline Total	21.6	11.4	9.0

Operational capacity forecast (GW)

Year	National	Sydney	Melbourne
2025	1.4	0.8	0.4
2026	1.7	1.0	0.5
2027	1.9	1.2	0.6
2028	2.3	1.5	0.7
2029	2.7	1.7	0.9
2030	3.2	2.0	1.1

Australia is currently home to 162 operational data centres, with 60 sub-1 MW facilities, 99 between 1 and 99 MW, and 3 above 100 MW. The 90 pipeline projects show a structural shift toward larger scale, with 15 of 90 above 100 MW. This is the signature of hyperscale and AI-aligned demand, and it aligns with the recent capital programmes covered in Microsoft's $25 billion Australia AI investment and NEXTDC's $1.5 billion retail offer.

Why the framework matters for policy

The NSW Investment Delivery Authority's classification of $40.7 billion of proposals as premature or speculative, alongside $51.9 billion fast-tracked, maps closely to the distinction between Early Stage and Committed capacity. The Commonwealth's National Interest Framework, released 23 March 2026, sets approval prioritisation against demonstrated readiness on energy, water, and economic contribution. Both frameworks reward delivery confidence.

For the NSW Parliamentary Inquiry into Data Centres, which has received over 120 submissions, the phase framework offers a way to interpret the much-cited pipeline figures with greater precision. Aggregate pipeline numbers describe investment intent. Committed and Operational numbers describe what is actually delivering capacity to the grid and the market.

CertifiedStrategic's maps

The report's national and capital city totals provide a forecast benchmark. Site-level detail on where capacity sits and which corridors are growing is shown on the Sydney data centre infrastructure map and the Melbourne data centre infrastructure map.

The Sydney map tracks 58 facilities across approximately 1.3 GW operational and a further 5.2 GW announced pipeline across the Western Sydney corridor and Greater Sydney. The Melbourne map covers four corridors (Tullamarine, Western Melbourne, Port Melbourne, North Melbourne) totalling approximately 1.5 GW operational and a 4.7 GW pipeline.

Capacity figures on the maps reflect operational IT load as disclosed by operators on their official location pages, ASX filings, and recent corporate announcements. Where operators publish multiple figures (such as design capacity versus contracted capacity), the most recent operator disclosure is used. Pipeline figures draw on operator announcements, NSW and Victorian planning portal records, Investment Delivery Authority endorsements, and network operator connection data. Other published forecasts of the Australian market may use different scoping definitions and verification thresholds; the forecast and the maps are best read as complementary views.

What the framework enables next

A shared phase methodology is a maturity signal in its own right. Markets that distinguish committed capacity from early-stage proposals attract international capital because they reduce planning ambiguity. They also support better grid planning, because utilities can prioritise the 3.1 GW of nationally Committed capacity ahead of the 16.8 GW Early Stage tier. Recent moves like Amazon's 430 MW of battery-backed renewable PPAs and AirTrunk's Lumina CloudInfra acquisition are visible cases of capacity moving from Early Stage and Committed into delivery.

The forecast is described as bi-annual, which sets up an ongoing rhythm of revision against actual delivery. As Operational and Under Construction tiers grow over the next two years, the report becomes a tracking instrument rather than a one-off snapshot.

What to watch through 2026

· NSW Data Centre Consultation closing 8 May 2026. Sets the planning template most other states will follow.

· NSW Legislative Council Inquiry hearings opening 1 May 2026. First detailed public examination of the supply-and-demand reconciliation.

· Quarterly capacity announcements from listed operators. NEXTDC's S4 Sydney programme and Sharon AI's NEXTDC M3 deployment are early indicators of how Committed capacity converts to Operational delivery.

The DCA × DC Byte forecast gives Australia a baseline for those conversations. The next two years will show how the methodology performs when measured against actual delivery.