Skip to content
TASC

Inland Australia has a real cost advantage — for the workloads that can sit next to the power.

The Trans Australian Solar Corridor is a concept-stage proposal for a staged inland system: solar generation, storage, and co-located compute, processing, and water. It exists to test whether that cost advantage is large enough — and the workload fit narrow enough — to justify building.

Read the Case Explore the Map

The One Thing to Take Away

Compute workloads plotted on latency tolerance against power intensity. AI training, batch compute, sovereign cold storage and HPC research sit in the upper-right fit zone. Cloud regions, live inference, gaming and CDN edge sit lower-left and require coastal siting.
The corridor is built for the upper-right quadrant only. Cloud regions, inference, and live services stay coastal. Training, batch, sovereign hosting, HPC, and processing loads move if the delivered cost is right.

Three Supports

Cost. Inland solar LCOE sits at A$40–55/MWh. Firmed 24×7 to 99% availability on-site: A$80–120/MWh. Transmitted to coastal load: A$110–180/MWh — uneconomic. The corridor thesis rests on the middle number.

A$80–120per MWhDelivered firm, on-site, 24×7

Fit. The workloads that value cheap power more than low latency are a specific set: AI training, batch compute, sovereign cold storage, HPC, and energy-intensive processing. The site is explicit about what does not fit.

The corridor is staged: five gates, each with a threshold, each contingent on the previous clearing.

Sequence. Gate 0 is consent from Traditional Owners on whose Country the corridor would sit. Gate 1 is one node that clears its own economics. The site does not defend anything beyond Gate 2 as bankable.

What the Site Is

  • A concept proposal, not a project
  • Deliberately anonymous at concept stage
  • A working iteration — content will change
  • Not validated by any of the parties whose involvement it would require

See About.

Australia with existing transmission lines and data centres marked, over solar resource. Both cluster on the eastern seaboard and around Perth. The inland belt, where the solar resource is highest, carries almost no transmission and no data centres.
Existing data centres and transmission, over solar resource. Both cluster on the coast. The inland belt has the resource and none of the load — that empty middle is what the corridor would fill.