Australia's government released Expectations of data centres and AI infrastructure developers on 23 March 2026 as a key commitment under its National AI Plan. The framework represents a fundamental shift in policy: data centre operators must underwrite new renewable power supply, pay their full share of new grid connectivity so costs are not passed to consumers or businesses, and support Australia's energy transition through demand flexibility mechanisms.
The government expects data centres and AI infrastructure operators to underwrite new renewable power supply, pay their full share of new grid connectivity so costs are not passed to consumers or businesses. This shift places the financial burden of expansion squarely on the industry rather than spreading it across the electricity system. The rationale is clear: if operators want Australia's abundant renewable energy and stable grid, they should fund the infrastructure to support it.
The move comes as data centers are expected to account for around 2.2 percent of total electricity demand in 2025, with their share of consumption jumping to at least 8 percent by 2030. For context, Australia has the second-largest pipeline of data centre construction in the world, after the US, with investment booming globally to accommodate the computing needs of artificial intelligence. Without clear expectations, this expansion could strain Australia's energy transition efforts.
The expectations make clear that data centre developments must put the needs of the Australian people first, ensuring our communities benefit directly through jobs, investment in skills and innovation, while strongly supporting Australia's clean energy transition and safeguarding long-term water security. Water sustainability is a serious concern; operators must use recycled or non-potable water where possible to protect local drinking supplies.
Unlike regulation, these expectations carry no legal force. While the framework isn't law, the government set out exactly how it will approach major data centre proposals, and those which don't closely align "will not be prioritised by Commonwealth regulatory assessments". This distinction matters for investors: aligned projects move faster through federal approval processes.
The push for operator-funded infrastructure aligns with global practice. In March 2026, major technology companies in the United States signed a "Ratepayer Protection Pledge", committing to fund the additional electricity generation and infrastructure required for new AI data centres so that costs are not passed on to household consumers, with companies agreeing to build or procure additional power generation and fund associated grid upgrades needed to support their facilities.
There is a legitimate counterargument. The federal opposition has been critical of the government's response to the AI infrastructure boom, saying Australia risks losing investment to competitors without faster planning processes and ready access to affordable and reliable energy, with opposition industry spokesman Andrew Hastie favouring using Australia's abundant fossil fuels and uranium to power data centres and high-tech manufacturing. The tension is real: stricter expectations may slow some projects, but abandoning requirements entirely could saddle taxpayers and general consumers with infrastructure costs while hyperscalers pocket the economic benefits.
The government also expects hyperscalers to make compute available to Australian start-ups seeking to create Australian AI, and partner with our innovation ecosystem. This localisation requirement aims to ensure Australia builds sovereign AI capability rather than simply hosting foreign computation.
Implementation will test whether expectations can drive behaviour without legal compulsion. Through regulatory processes, the Australian Government will prioritise proposals most closely aligned with these expectations, and the overarching national expectations will work alongside existing laws and help guide local decisions in each state and territory. States and territories will need to align their own planning decisions with federal signals.
For West Australian prospects, the framework matters significantly. Canadian consulting firm Structure Research identified Perth in Western Australia as one of the world's top AI infrastructure locations, with Australia's renewable resources, low costs, global subsea links, and supportive government making it ideal for green AI data centres. GreenSquareDC's flagship A$1 billion data centre, WAi1, is a 96 MW hyperscale facility purpose-built for resource-intensive AI computing, powered by clean energy, using considerably less water, and built using sustainable materials with far less embodied carbon. Projects that meet federal expectations will navigate approval faster.
The core question remains whether expectations alone will suffice. Australia faces a genuine tension between attracting capital-intensive investment and protecting its energy infrastructure during a critical period of grid transition. Operators willing to fund their own renewable energy and grid infrastructure gain regulatory certainty and faster approvals. Those unwilling to meet expectations will face delays and lower priority. It is a pragmatic attempt to align private profit with public interest, though only time will reveal whether the incentive works as designed.