The Power Plant Comes Standard

In the span of three months, Meta announced three enormous data centers in three radically different places. Sturgeon County, Alberta, where winter temperatures drop to minus-40. Holly Ridge, Louisiana, in the subtropical Deep South. Tulsa, Oklahoma, on the southern plains. The price tags range from $1 billion to $27 billion. The architecture is the same every time: on-site or co-located power generation that does not touch the grid. The Alberta project, announced Tuesday at C$13 billion, will draw electricity from Pembina Pipeline's Greenlight gas plant — a facility designed explicitly so the data center has, in Pembina's words, "limited to no impact on the grid." ^[1]

It’s been designed to have limited to no impact on the grid. — Pembina Pipeline

Alberta premier Danielle Smith's government built a 2024 roadmap targeting $100 billion in data center investment by 2030, and the behind-the-meter model is the centerpiece of the pitch: come here, build your own power, skip the interconnection queue. ^[2] Louisiana got there first, and from the opposite direction. In April, Governor Jeff Landry's "Lightning Initiative" fast-tracked seven gas-fired plants for Meta's $27 billion Hyperion project in Richland Parish, allowing Entergy to bypass standard competitive bidding and regulatory review. The state did not offer behind-the-meter generation as an amenity; it cleared the path for it as a condition of getting the deal done. Tulsa, the smallest of the three at $1 billion, follows the same logic with a different fuel: 1.5 gigawatts of on-site clean energy generation. ^[3] The technology differs — gas in Alberta and Louisiana, renewables in Oklahoma — but the structure does not. In all three cases, Meta is not plugging into the local grid and drawing whatever mix the utility provides. It is bringing its own power plant. This is not about energy price or cold air. Alberta officials did cite the province's cold climate and affordable natural gas as draws. ^[2]

This is the first of its kind, the first of its size, the first of its scale, but it won't be the last. — Nate Glubish

But cold air cannot explain why the same company is simultaneously building the same behind-the-meter model in subtropical Louisiana and on the Oklahoma plains. What the three projects share is not a climate zone. It is a political permission: each jurisdiction said yes to a data center with its own power plant attached. The US is now converging on this model from the opposite direction. In June, the Federal Energy Regulatory Commission ordered six grid operators to reform how they handle large loads, requiring data centers to pay the full cost of any grid upgrades their projects trigger and opening co-location agreements to new scrutiny. The order does not ban grid connection, but it makes it slower and more expensive — which makes behind-the-meter self-generation comparatively cheaper and faster by default. Pennsylvania is going further. A bill pending in the state legislature, HB 2372, would legally mandate that data center developers build their own power generation — nuclear, solar, wind, or gas — and cover the full cost of any utility infrastructure their projects require. This is not a nudge. It would be a mandate. The same behind-the-meter architecture that Alberta offers as a selling point — "limited to no impact on the grid" — Pennsylvania is preparing to impose as a condition of operation. The inversion is striking. Canada's federal government has built a framework designed to say yes to AI infrastructure, and Alberta's behind-the-meter model is the incentive that closed the Meta deal. The US has no equivalent federal siting policy. What it has instead is a patchwork: FERC raising grid-connection costs, states like Pennsylvania drafting self-generation mandates, and local governments blocking or delaying more than $130 billion in data center projects during the first quarter of this year alone. The result is that the model Canada pitches as a perk is becoming the model the US imposes as a rule. The destination is the same. The route is not. This does not mean Meta is fleeing the US. The Louisiana and Tulsa projects make that clear — together they represent $28 billion in American investment. Nor does it mean behind-the-meter self-generation guarantees a project will succeed; Amazon's scrapped Auckland data center, which cost the company a $44.9 million impairment, shows that even build-your-own projects can collapse when conditions shift. ^[4] But the direction of travel is hard to miss. The jurisdictions where a hyperscaler can build a data center are narrowing, and the ones that remain open tend to be the ones willing to let a developer build its own power plant alongside the server racks.