IREN shares rise 4% on 800MW Australian AI data center campus

Editorial illustration for: IREN shares rise 4% as company unveils 800MW Australian AI data center campus

In brief

  • IREN shares rose 4% following announcement of 800MW Australian data center campus
  • Grid connection secured without major network upgrades; energization targeted for 2028
  • Site offers submarine fiber connectivity to Singapore, Indonesia, South Korea, Japan
  • Project expected to create 500+ construction jobs and 200+ permanent positions

Grid Connection and Timeline

IREN shares rose more than 4% in pre-market trading on Wednesday following the announcement. The agreement secures a high-voltage grid connection capable of supporting up to 800MW of power for the campus without requiring major network upgrades. The company said the project remains on track for initial energization beginning in 2028, subject to regulatory approvals and other conditions.

The South Australian location offers distinct infrastructure advantages. The site will benefit from submarine fiber connectivity linking it to key Asia-Pacific markets, including Singapore, Indonesia, South Korea and Japan. South Australia's push toward 100% net renewable energy by 2027 was cited as a key competitive advantage for the development.

Strategic Positioning and Regional Demand

"The project combines access to abundant renewable energy, international connectivity and a supportive policy environment." — Daniel Roberts, Co-Founder and Co-CEO of IREN

Co-Founder and Co-CEO Daniel Roberts outlined the company's broader infrastructure thesis. The company's long-term AI strategy is built on owning power, land and data centers. Management highlighted strong regional demand for AI infrastructure, noting a widening gap between projected computing needs and available capacity across Asia-Pacific.

The campus is expected to create more than 500 construction jobs and over 200 permanent skilled positions once operational. The project positions IREN to capture demand from AI workloads seeking reliable power, geographic redundancy, and low-latency connectivity to major regional markets.