Power
Connection strategy, network engagement, redundancy planning, substation scope and behind-the-meter generation packaging.
Power engagement is treated as the first commercial workstream, not a late technical dependency.Australian hyperscale infrastructure
Hyperscale infrastructure for Australia. Sourced, structured and held as institutional capacity.
Continode originates powered land, structures the capital and holds Australian hyperscale data centre capacity as institutional infrastructure. End to end, from site identification to operating partnership.
525 MWin progressAustralia-wide5states in developmentGLOBALcapital corridor live
The constraint
Australia has the land, grid assets and capital base to host the next wave of AI infrastructure.
Hyperscale growth is no longer limited by tenant demand. It is constrained by grid connection, land control, cooling, fibre and the capital structure required to convert those inputs into an operating asset.
Continode assembles those inputs before the market prices them as finished assets. We work the grid, the land and the capital stack as one origination problem, not three workstreams.
Headquartered in Australia. Active across Queensland, New South Wales, Victoria, South Australia and Western Australia. International capital is engaged directly through the senior team’s existing network.
Source framework: AEMO publications, network operator connection processes, CBRE, JLL, Cushman & Wakefield, Synergy Research Group and public market material. Figures are cited as the underlying source records are released.
Power market reality
Numbers that explain why deliverable capacity matters.
Indicative model for launch review. Each figure reveals source methodology, with quarterly refresh after the research pack is verified.
0MWNEM demand snapshot
AEMO public market data. Phase one uses representative launch values pending live feed integration.
0.0GWAnnounced hyperscale capacity
Public operator filings, market reports and infrastructure news sources under verification.
0.0GWEnergised hyperscale capacity
Public operator disclosures and facility commissioning records under verification.
0.0GWIndicative large load headroom
AEMO ISP and network operator planning reports. First verified release Q3 2026.
0monthsLarge load connection lead time
Transmission and distribution connection process publications and public case timing.
0monthsHV plant lead time
Supplier lead time notes and network procurement observations under verification.
Sources: AEMO ISP, network operator transmission annual planning reports, public operator filings, ASX disclosures, DCD, Bisnow Australia and company announcements. First full source pack scheduled for Q3 2026.
The four inputs
Every viable hyperscale site starts with power, water, fibre and land.
Water
Potable and process water review, cooling pathway analysis, permitted use history and operating resilience assessment.
Cooling resilience is assessed with water access, energy intensity and permitting in one view.Fibre
Carrier route potential, path diversity, MOFN structure, subsea adjacency and terrestrial latency constraints.
Fibre strategy prioritises diversity, carrier optionality and subsea adjacency where relevant.Land
Brownfield origination, tenure review, easements, planning constraints, expansion area and industrial compatibility.
Land is only considered viable when tenure, easements, planning and expansion logic support hyperscale use.Develop
Originate powered land, assess industrial sites, manage utility connection strategy, coordinate planning and control the early delivery path.
Brownfield powered land to controlled development parcel.Hold
Structure long term ownership, lease exposure, capital recycling and asset management so capacity can be held as infrastructure.
Ownership structures built for institutional capital.Operate
Support wholesale colocation and neocloud models, with distinct risk allocation for facility operation and AI compute exposure.
Wholesale colocation and neocloud operating paths.Connect
Integrate power, fibre and subsea adjacency into one connection plan, with route diversity and equipment lead time risk treated from day one.
Power, fibre and redundancy in one delivery plan.Decarbonise
Align renewable PPA strategy, clean energy matching, carbon attestation and reporting pathways with tenant and capital requirements.
Energy and carbon pathways for tenant diligence.For landowners
Site criteria for stranded grid capacity.
- 15+ hectares preferred, with expansion logic.
- Within 5km of transmission infrastructure where possible.
- Potable and process water access or clear path to supply.
- Fibre proximity, carrier route potential and path diversity.
- Industrial or compatible zoning with easements understood.
- Clear ownership structure and willingness to explore long term value creation.
Grid headroom
Australian power grid headroom map for large load origination.
Data sources: AEMO ISP 2024 to 2026 publications, network operator transmission annual planning reports. Figures indicative. Data being verified for first release Q3 2026.
Source discipline
Indicative headroom, lead times and constraints are staged for quarterly refresh from AEMO ISP material, network operator transmission annual planning reports, connection process publications and public regulatory sources.
No capacity figure is presented as final until source notes and date stamps are published.
Connection process
The Australian connection journey, shown as a working sequence.
01Early Engagement
Typical duration: 2 to 6 weeks
Network context, load range and early site constraints are tested before formal lodgement.
02Connection Enquiry
Typical duration: 4 to 8 weeks
Initial options are requested with load, timing and technical envelope defined.
03Options Report
Typical duration: 8 to 16 weeks
Powerlink and distribution options are compared for timing, cost, easements and resilience.
04Connection Application
Typical duration: 12 to 24 weeks
Detailed technical studies, design basis, system impact and commercial assumptions are assembled.
05Negotiation
Typical duration: 3 to 9 months
Connection terms, scope allocation, security, milestones and project interfaces are resolved.
06Offer to Connect
Typical duration: Milestone based
Formal offer proceeds into execution documents and delivery governance.
07Construction
Typical duration: 18 to 36 months
Long lead plant, civil works, substations, fibre and facility works are coordinated.
08Energisation
Typical duration: Commissioning
Testing, handover and operational readiness gates are completed before tenant activation.
Methodology walkthrough
Assess
4 to 8 weeksWork: Review load potential, site constraints, network context, water, fibre, land tenure, cooling envelope and early planning issues.
Stakeholders: Landowner, network operator, planning advisor, water authority, fibre carrier and technical lead.
Outputs: Site viability memo, constraint register, connection pathway shortlist and board level recommendation.
Structure
6 to 12 weeksWork: Shape ownership, leasing, energy, PPA, carbon, planning and capital pathways before cost is locked in.
Stakeholders: Capital partner, legal counsel, network operator, energy advisor and tenant side technical representative.
Outputs: Commercial structure, risk allocation paper, consent path and investor ready transaction outline.
Originate
8 to 20 weeksWork: Secure site control, progress connection engagement, coordinate delivery partners, establish tenant dialogue and prepare diligence room.
Stakeholders: Landowner, construction partner, equipment suppliers, fibre carriers, government and prospective tenants.
Outputs: Controlled site, diligence pack, grid status paper, engagement record and phase one delivery budget.
Deliver
Project specificWork: Move from controlled site to powered shell, base build or operated capacity depending on tenant preference and capital mandate.
Stakeholders: Tenant, EPC contractor, operator, network operator, lender, insurer, regulator and owner representative.
Outputs: Delivery governance, reporting cadence, procurement tracker, risk register and operational readiness plan.
AI compute density
Rack density is the physical design problem behind AI infrastructure.
100kW
H100 dense AI
Full liquid plumbing
Source attribution before launch: NVIDIA published system guidance, Uptime Institute density classifications and ASHRAE TC9.9.Capability calculator
Indicative scope logic for tenants and capital partners.
Indicative output
Powered shell plus AI ready base build
- Cost band
- AUD $0.88B to $1.44B indicative build band
- Delivery
- 30 to 42 months
- Constraint
- Connection pathway and equipment reservation should be treated as the first workstream.
Capacity tracker
Continode pipeline: announced and in-progress capacity.
ContinodeINDICATIVE · Q3 2026 VERIFICATION PENDING
Indicative pipeline figures. SEQ-400 Stage 1 (80 MW) is assembled. QLD-200 and remaining pipeline are in origination. First full data release Q3 2026.
Standards and frameworks
Mapped to the regimes that matter for power, security, continuity, carbon and ownership.
National Electricity RulesAEMO connection proceduresUptime Institute Tier III and Tier IV classificationsASHRAE thermal guidelinesISO 27001 information securityISO 22301 business continuityVerra Verified Carbon StandardICVCM Core Carbon PrinciplesCSRD aligned reportingTCFD aligned disclosureQueensland planning frameworksFederal Critical Infrastructure Security ActFIRB clearance pathways
Insights
Market work staged with dates, source notes and clear versioning.
May 2026Published
UAE Capital Looking at AU Compute — What's Actually Behind the Trend
May 2026PublishedThe AI-Density Cliff — What 60kW Per Rack Actually Means for Site Selection
May 2026PublishedThe Hyperscaler Tenant Covenant — What Every Developer Underestimates
May 2026PublishedPPA Structures for Hyperscale: Behind-the-Meter vs Front-of-Meter, Plainly
May 2026PublishedSite Selection Beyond the M2 — What Newcastle and Geelong Are Quietly Winning At
May 2026PublishedWhy Australian Sovereign-Cloud Demand Is Colliding with Grid Capacity in 2026
Data tracker modules
Announced capacity versus delivered capacity, connection lead times by network operator, HV plant lead time notes and public regulatory updates.
Ecosystem
The categories Continode coordinates to turn powered land into operating capacity.
Utility and Network
Engaging with Australian transmission network operators, distribution networks, fibre carriers and energy market bodies serving Queensland, NSW, Victoria, South Australia and Western Australia.
Equipment and Construction
In dialogue with global HV equipment manufacturers, substation specialists, cooling suppliers and construction groups with complex industrial delivery experience.
Capital
Structured for conversations with super funds, infrastructure funds, sovereign investors, strategic capital partners and long duration family capital.
Carbon and Compliance
Aligned with affiliated CarbonBridge capability, renewable procurement, carbon attestation and reporting frameworks.
Standards Bodies
Mapped to Uptime Institute, ISO, ASHRAE, Australian critical infrastructure requirements and relevant planning regimes.
Utility and NetworkEquipment and ConstructionCapitalCarbon and ComplianceStandards Bodies
Enquire
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