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Tesseract DC develops and operates AI data centres across Australasia — powered by owned renewable generation and grid-scale storage, engineered for the rack densities that modern AI training and inference actually require.
Three forces decide where AI workloads can actually run in Australia — and therefore who can offer you capacity, how quickly, and at what price.
Training and inference are driving data centre power consumption to levels the grid was never designed to serve. Industry consensus puts AI-driven energy demand growth at roughly 700% by 2035 — and capacity is being contracted years ahead of use.
Australia's National Electricity Market is decarbonising fast. From 2027, regulators are expected to approve new AI data centres only where they are backed by renewable energy and storage — which decides whose capacity actually gets built.
Industrial land with a viable grid connection, generation available for acquisition, and grid-scale storage are all tightening at once. We have been securing these inputs ahead of demand so that our capacity is not gated on them.
From capacity you can rent today, through purpose-built facilities, to campuses where the generation and storage sit on the same site as the racks.
Provisioned accelerator capacity in established facilities, available by the hour or the month. The fastest route to production AI compute in Australia without waiting on a build — and the same team carries you into owned capacity as it comes online.
Facilities designed for AI density from the ground up rather than retrofitted from cloud-era assumptions — 50–100 MW of IT load per site, liquid-cooled, on industrial land we have already secured. Two Sydney projects are in development now.
Solar and wind generation, lithium-ion and vanadium flow storage, and the data centre all on one site. Your compute runs behind the meter on power we own — carbon-aligned by design, and insulated from wholesale price swings.
Development is under way in Sydney, with further projects in planning across the Australian Capital Territory, Queensland, South Australia and Western Australia.
A southern-Sydney AI data centre project, progressing through development and grid-connection workstreams as part of the first tranche of Tesseract DC's owned capacity.
A metropolitan high-density compute site in Sydney's inner west, positioned for low-latency workloads with established industrial power and connectivity infrastructure.
Further AI data centre projects in planning across four states and territories, selected on industrial zoning, grid connection proximity, available substation capacity and approval velocity.
From 2027, Australian planning authorities and grid operators are expected to effectively approve AI data centre developments only where they are backed by renewable energy and storage. Projects without credible renewable supply face protracted delays, connection refusals, or outright rejection.
Tesseract DC's pipeline is timed to reach approval and construction precisely as the threshold takes effect. A regulatory constraint for competitors becomes a structural advantage for a platform that was renewable-first from the outset.
Whether you need high-density AI compute, hold industrial land or generation assets, or want to partner on the build programme — we would like to hear from you.
