Sustainability & Infrastructure

The New Geography of AI

Faultlines AI Leadership Council

For most of the past two decades, data centres were sited close to customers and fibre. Latency was the constraint, so the map followed population and network density: Northern Virginia, Dublin, Frankfurt, Singapore. That map is being redrawn. The binding constraint on where AI infrastructure gets built is no longer proximity to users. It is proximity to power, and increasingly to a grid connection at all.

The question a site-selection team asks first has changed. It used to be: how close is this to our customers? It is now: how close is this to a substation with spare capacity, or to gas that nobody else wants?

Power Chooses the Site Now

Grid interconnection queues in the largest US markets now routinely run three to seven years. For an AI programme measured in quarters, that timeline is not a delay. It is disqualifying. Developers have responded by moving off the public grid entirely, building generation on site and connecting to customers directly rather than waiting in line behind everyone else.

Texas has become the centre of gravity for this approach, with an estimated 38 gigawatts of behind-the-meter data centre capacity in development, more than any other state. Pennsylvania follows at roughly 10 gigawatts, with smaller but fast-growing pipelines in Wyoming, Utah, Virginia and New Mexico. The common thread is gas: developers are contracting directly with gas generators, or building their own, to skip the interconnection queue rather than solve it.

Some of that gas would otherwise be wasted. Crusoe Energy built its business on this idea, capturing gas that would have been flared at the wellhead and running modular data centres on the power it generates. The company reports mitigating 2.7 million tons of greenhouse gas emissions and keeping approximately 22 billion cubic feet of gas out of the flare stack by turning stranded energy into contracted compute revenue instead.

The Sites That Follow the Power

Two projects illustrate how far this shift has gone. In Evanston, Wyoming, Prometheus Hyperscale and Engie are developing a 1.2 gigawatt data centre campus built around on-site natural gas generation, which the companies describe as low-carbon and low-water-intensity, backed by verified carbon offsets to reach net carbon neutrality. In Texas, the AI coding company Poolside and neocloud provider CoreWeave are building Project Horizon, a 2 gigawatt facility with direct access to local gas supply and to a power plant originally built by Occidental Petroleum.

Neither project chose its state for tax incentives or fibre routes, the traditional site-selection logic. Both chose a state where gas was available, permitting was fast and a generator could be built or contracted for on the same timeline as the data centre itself.

That is the new geography: capacity follows the fuel, and the fuel increasingly follows wherever regulation moves fastest.

Compute That Moves With the Grid

The other half of the shift runs in the opposite direction: instead of moving generation to the data centre, some operators are learning to move the workload to match the grid. Google's carbon-intelligent computing platform, running since 2020, shifts flexible compute tasks to the times and locations where carbon-free power is available, rather than running every workload continuously regardless of what the grid looks like at that moment.

By early 2026, Google had built roughly 1 gigawatt of demand-response capacity into long-term US utility agreements, using its ability to pause or shift a portion of machine learning workloads to reduce data centre power draw during periods of grid stress. In its 2026 Environmental Report, the company acknowledged that its AI buildout is currently accelerating faster than the grid is decarbonising, which is precisely why flexible load has become a design requirement rather than a public relations feature.

Sovereign compute is siting logic applied at the level of a nation instead of a company.

A Lighter Version of the Same Pressure

The same power and capacity constraints are now shaping government AI strategy, not just corporate site selection. Saudi Arabia's HUMAIN initiative has committed roughly 100 billion dollars to eleven data centres totalling 2.2 gigawatts. The UAE's Stargate project targets 1 gigawatt of capacity, with the first 200 megawatts due online in 2026, built under a US-UAE partnership framework agreed in 2025. France has paired domestic investment in AI champions such as Mistral with a separate 1 gigawatt data centre agreement with the UAE valued between 30 and 50 billion dollars, and India announced an 8-exaflop national AI supercomputer at its AI Impact Summit in 2026.

Each of these is, at root, the same problem the corporate examples above are solving, but with a jurisdictional question layered on top: which nation controls the power, the chips and the data behind a capability that governments now treat as critical infrastructure. That question, and what it means for an institution dependent on AI infrastructure it does not itself control, is the subject of its own fault line and its own article in this series.

Here, it is worth flagging only as the next logical extension of the same map: power decided where the last generation of AI infrastructure was built, and increasingly it is deciding which government gets to build the next one at all.

The Sustainability & Infrastructure Fault Line

This is the same fault line explored in the rest of this series, viewed from the site-selection table rather than the boardroom. An AI Leadership Review tests whether an institution's AI infrastructure strategy, wherever it is physically located or contracted, has been tested against the power, water and grid reality behind it, and whether leadership understands who actually controls that infrastructure before they depend on it.

If you want to stress-test where your AI capacity actually sits, and what that dependency means for resilience as much as for sustainability, we will walk you through it directly. Email confidential@faultlines.group.

Sources

  • Latitude Media, DatacenterDynamics and Utility Dive reporting on behind-the-meter data centre generation and state-by-state gigawatt pipelines, 2025 to 2026.
  • Crusoe Energy, Digital Flare Mitigation programme figures on flared gas capture and emissions, as reported by the American Bar Association, 2025.
  • Reporting on Prometheus Hyperscale and Engie's Evanston, Wyoming campus, and Poolside and CoreWeave's Project Horizon in Texas, 2025 to 2026.
  • Google, Carbon-Intelligent Computing Platform and 2026 Environmental Report; Google Cloud Blog on demand response.
  • Reporting on sovereign AI compute programmes, including Saudi Arabia's HUMAIN, Stargate UAE, France's AI and data centre partnerships, and India's national AI supercomputer, 2025 to 2026.
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