Our Commitments

We're building some of the most energy-efficient AI factories in the world. But efficiency alone isn't enough. At this scale, how you interact with the grid, how you support Australia's clean energy transition, and how you show up in regional communities matters just as much. Getting that right takes more than good technology. Infrastructure at this scale has to earn its place.

That's why we welcomed the Commonwealth Government's Expectations of AI and Data Centre Developers. They set a clear national bar on energy, water, workforce and community, and our model was built around the same things. The energy and water commitments that follow start there, and go further where we can.

These seven commitments and principles are where we start.
Our Australian Energy Policy

We build efficiently.

Our AI factories are designed to minimise the electricity used to keep our compute cool. This matters because wasted energy results in unnecessary demand on the grid.

We switch off when prices spike.

When electricity prices hit high levels — a sign the grid is under stress — we are designed to reduce our demand. So the system gets relief, and households don't pay the price for our load.

We invest to strengthen the grid.

For every megawatt of demand we add to the grid, we require our energy suppliers to build new storage capacity to help bring more renewable generation online.

We back and build more renewables than we use.

Every megawatt-hour we consume is matched with a renewable energy certificate from day one. And our agreements require more new renewable generation capacity to be built than we contract for our own load — for every one megawatt, we’re building two. Supporting new supply into the system, not just drawing from existing supply.

We pay fair market price for energy.

We buy electricity on commercial terms — no government subsidies, no special deals. We do not expect Australian households or small businesses to carry our energy costs.

We pay to upgrade the transmission network.

We fund the transmission and network infrastructure needed to connect our AI Factories to the energy grid. We do not expect Australian households or small businesses to contribute toward our connection costs.

We’re here to support the coal transition.

Where it makes commercial sense, we're prepared to use our scale to help replace coal power stations with new renewable energy and storage.

We build efficiently.

Our AI factories are designed to minimise the electricity used to keep our compute cool. This matters because wasted energy results in unnecessary demand on the grid.

We switch off when prices spike.

When electricity prices hit high levels — a sign the grid is under stress — we are designed to reduce our demand. So the system gets relief, and households don't pay the price for our load.

We invest to strengthen the grid.

For every megawatt of demand we add to the grid, we require our energy suppliers to build new storage capacity to help bring more renewable generation online.

We back and build more renewables than we use.

Every megawatt-hour we consume is matched with a renewable energy certificate from day one. And our agreements require more new renewable generation capacity to be built than we contract for our own load — for every one megawatt, we’re building two. Supporting new supply into the system, not just drawing from existing supply.

We pay fair market price for energy.

We buy electricity on commercial terms — no government subsidies, no special deals. We do not expect Australian households or small businesses to carry our energy costs.

We pay to upgrade the transmission network.

We fund the transmission and network infrastructure needed to connect our AI Factories to the energy grid. We do not expect Australian households or small businesses to contribute toward our connection costs.

We’re here to support the coal transition.

Where it makes commercial sense, we're prepared to use our scale to help replace coal power stations with new renewable energy and storage.

Policy in Action: South Australia Energy Agreement

In June 2026, we entered into a 12-year electricity supply agreement for our first South Australian AI Factories — 600 MW of load, structured to deliver on the commitments in our energy policy.

12 Years

This is a long-term energy supply agreement, commercially negotiated at arm's length. There are no subsidies, no special deals or government intervention. For a contract this size - a radically different approach - and one that we're exceptionally proud of.

220 Hours

We've made a hard, contractual commitment to step off the South Australian grid entirely whenever spot prices hit a defined threshold, for a minimum of 2.5% of hours per year. In doing so, we have the ability to make a direct positive impact on the resiliency of the grid.

1.5 GWh

A commitment to underwrite 1.5 GWh of new energy firming capacity in South Australia. More firming assets - large-scale batteries - allows excess renewable energy to be used during periods of low generation. In total, materially improving the resiliency of the State's energy grid.

1.2 GW

We're investing to bring online double the capacity of new renewable than we contract. By 2032, our 600MW power agreement will be responsible for the delivery of 1,200MW (1.2GW) of new renewable generation projects in South Australia.

What about water? We barely use any.

Most traditional data centres use water constantly, every day, as a fundamental part of how they cool their equipment. We've taken a different approach: low water use, by design.

Our water efficiency is the result of three deliberate design decisions: closed-loop liquid cooling technology that removes heat at the processor rather than cooling the surrounding air; a modern facility built without legacy infrastructure constraining the design; and sites chosen across Australia in part because their climatic conditions can support the system.

For example, our Launceston AI Factory in northern Tasmania that is designed to run without using any water for cooling on most days of the year. Water only comes into play when outside temperatures rise above 26°C - which in Launceston happens for about 10 days, per year on average.

Total annual cooling water consumption in Launceston is estimated at around 20 Tasmanian households — up to 99% less than a conventional data centre methods of equivalent scale.