Meta’s $13-Billion Alberta Bet Includes a Dedicated Gas Plant

Meta said on Wednesday it will spend more than CAD $13 billion on its first artificial intelligence data centre in Canada, a one-gigawatt campus in Sturgeon County, Alberta, that the company calls the 33rd in its global fleet. The dollar figure and the gigawatt headline travelled across every wire that followed, from AP to CBC to Bloomberg. The data centre will support roughly 3,000 construction jobs at peak and more than 300 operational roles once running, Meta said in its announcement. Inside Alberta’s industrial-hub pitch to hyperscalers, the figure that matters more is the one nobody framed as news.

Meta’s campus is paired with a private 932-megawatt natural gas plant being built for one customer: the Greenlight Electricity Centre, a project owned by Pembina Pipeline, Morgan Stanley Infrastructure Partners, and Kineticor Asset Management that goes into service in the second half of 2030. The reason that arrangement exists is that the Alberta Electric System Operator has determined, independently, that only about 1,200 megawatts of new data-centre load can connect to the provincial grid without compromising reliability. Meta is paying to bypass that ceiling by funding its own generation, a template the province has now codified in legislation. That private-power template, not the headline investment, is what will shape the next wave of AI siting in Alberta. It is also the line that divides the projects Alberta will accept from the ones it will not.

Meta Plants a $13-Billion Anchor in Sturgeon County

The campus sits inside Alberta’s Industrial Heartland, a designated industrial zone north of Edmonton that Sturgeon County says is not used for farming, residential housing, or food production. Meta described the project in the company’s announcement of its first Canadian data centre as a one-gigawatt site optimised for AI workloads that will help run its core products, from Facebook and Instagram feeds to its wearables line. The data centre will draw no operational water for cooling, relying instead on a closed-loop, liquid-cooled system with dry cooling, with on-site use limited to domestic, fire-protection, and equipment-maintenance needs. Meta has committed to matching the facility’s electricity use with what it calls 100% clean and renewable energy, the same standard the company applies to its global fleet.

Locally, the project pairs the data centre with roughly CAD $60 million in direct infrastructure investment from Meta, directed at roads and water systems in the surrounding region. Inside the broader Meta AI portfolio, the move sits next to recent leadership steps such as the company’s appointment of its first chief data officer for AI analytics. Pembina, Morgan Stanley Infrastructure Partners, and Kineticor first proposed a larger 1,800-megawatt gas-fired facility in February, in 450-megawatt phases, before announcing the 932 MW Greenlight configuration on July 2, with Meta identified as the customer a week later. The Sturgeon County release frames the deal as generating about $250 million annually for Alberta through royalties, taxes, levies, and fees, a figure the county attributes to provincial estimates. The same release says the dedicated generation will cut transmission costs on Alberta ratepayer bills by up to 6%, the kind of number that helps sell a bring-your-own-power rule to the public.

A 932-Megawatt Gas Plant Built for One Customer

The Greenlight Electricity Centre is not a public-utility expansion. It is a single-customer, behind-the-meter facility owned by Pembina Pipeline at 47.5%, Morgan Stanley Infrastructure Partners at 47.5%, and Kineticor Asset Management at 5%, with a long-term Electrical Energy Supply Agreement that dedicates all 932 MW to Meta’s Sturgeon campus. Pembina describes the structure as a tolling arrangement providing revenues in the form of capacity payments and usage-based payments, the same fee-based model the company uses for its pipeline business. The arrangement was confirmed in Pembina’s GLEC final investment decision release on July 2.

The commercial structure mimics a pipeline toll, not a power purchase agreement: Greenlight collects capacity payments from Meta regardless of whether the turbines run, plus usage-based pass-throughs for fuel and operations. Pembina and Kineticor will lead construction management, Aecon Group and Técnicas Reunidas hold the lump-sum EPC contract, and approximately 85% of the project’s cost is locked under fixed-price agreements with Siemens Energy and the EPC consortium. The site sits inside the same Sturgeon County industrial zone as Meta’s data centre, with gas supply secured through long-term contracts on Pembina’s Alliance Heartland Expansion and TC Energy’s Nova Gas Transmission system. Land sold to Meta brought Pembina $190 million, dropping its net spend on the project to roughly $2.1 billion.

Once operational, Greenlight is expected to generate CAD $310 million in annual run-rate adjusted EBITDA, net to Pembina, a figure that helped the company set its 5-7% fee-based adjusted EBITDA-per-share growth target through 2030. The site holds permits for up to 1,864 MW of generation, leaving room for a second phase if Meta expands or a second data-centre customer signs on.

This is a tremendously exciting development within Pembina’s growing and increasingly diversified business. Together with Kineticor, we have leveraged our advantaged position within the Canadian midstream energy industry and are proud to be the first mover in responding to the power requirements of Alberta-based data centres, all within Pembina’s proven midstream model.

Scott Burrows, Pembina’s President and Chief Executive Officer, used the July 2 release to position the project as a new line of business for the midstream company. Kineticor led the project’s origination and will continue to develop expansion opportunities, while Pembina leads construction and a third-party operator runs the plant under a long-term services agreement once it is live. Two SGT6-8000H gas turbines and two SST6-5000 KN steam turbines from Siemens Energy will drive the combined-cycle configuration. The plant’s gas demand is sized at roughly 150 million cubic feet per day, equivalent to the daily consumption of a mid-sized Canadian city. The first electrons are scheduled to flow in the second half of 2030, with Greenlight’s commercial life tied directly to Meta’s data-centre demand from that point forward.

Why Alberta Is Demanding That Big Loads Bring Their Own Power

Alberta’s pitch is simple: the public grid can only carry so much new load, and hyperscalers have to fund the rest themselves. The Alberta Electric System Operator has stated that, in the near term, the grid can reliably absorb about 1,200 megawatts of large new data-centre demand without additional generation or system upgrades. That ceiling is the binding constraint behind Meta’s $4.6 billion gas plant, and behind every other major project now sitting in the province’s approval pipeline. The province’s response was two bills, passed in December 2025, that together create the legal scaffolding for this bring-your-own-power rule.

Bill 12, the Financial Statutes Amendment Act, introduces a new data-centre levy effective December 31, 2026, applicable to facilities with an electricity capacity of 75 megawatts or more. Bill 8, the Utilities Statutes Amendment Act, reshapes grid access by encouraging large data centres to bring new generation through direct contracts with generators, prioritising those projects in the connection process, and assigning the costs of required transmission upgrades to data-centre proponents rather than only Alberta ratepayers. The framework behind the two statutes is detailed in the legal analysis of Bill 12 and Bill 8 data centre rules. The two bills operate in tandem: as a facility shifts toward self-generation, its reliance on the grid falls, and the applicable levy rate drops with it.

For Meta, the practical effect is that paying for Greenlight is not optional under the new regime, it is the price of admission. Pembina announced on July 2 that AESO had allocated 907 megawatts of grid capacity to the Greenlight joint venture on behalf of its then-unnamed customer, taking up the majority of the 1,200-megawatt pool the province set aside for AI projects over the next three years. Other developers have run into the same wall: Capital Power told The Logic that the interim allocation was too low to support a data-centre partnership at its Genesee generating station. The province’s framing, in the words of Technology and Innovation Minister Nate Glubish, is that the framework was “built” deliberately: “For two years we promoted Alberta to the biggest players in the world, built a clear, competitive and fair regulatory framework, and put a concierge team to work helping proponents like Meta move fast.” The bet is that more projects like Meta’s will follow, and that the levy plus the bring-your-own-power rule keep both grid reliability and ratepayer bills intact while they do.

The Other 19,000 Megawatts Still Looking for a Plug

Meta’s project is one entry in a queue that is now straining Alberta’s grid plan in ways that have no analogue in Canadian history. Alberta’s grid limits and the AI data centre queue, as reported by The Logic in late June, captured the scale of the mismatch. Companies had proposed 33 data-centre projects in the province that, taken together, would consume over 20,000 megawatts of power, roughly equal to the capacity of Alberta’s entire electricity system. That request sits on top of the 12,000-megawatt peak the province already draws, and the 1,200-megawatt cap AESO has set for new data-centre load before new generation or upgrades are required.

Most of the proposals assume grid power, not self-generation. The Logic’s reporting, drawn from AESO filings, said developers had lined up only about 4,000 megawatts of their own generation against 20,000 megawatts of total requested capacity, a 5-to-1 ratio that would leave the grid carrying the rest. Kari Hyde, an electrical systems expert at the Pembina Institute, a Calgary-based clean-energy think tank, told The Logic that fast-tracking bring-your-own-power projects “doesn’t solve the problem” because hyperscalers will still need grid connectivity as a fallback when their own supply is offline. The Pembina Institute estimated in a separate report that Alberta could save CAD $1 billion per year by incentivising building retrofits or otherwise managing power demand, the kind of flexibility that could absorb part of the queued load without new supply.

• 33 data centre projects proposed in Alberta
• ~20,000 MW total requested capacity
• ~12,000 MW current peak demand on Alberta’s grid
• 1,200 MW near-term grid allocation cap for data centres
• ~4,000 MW of self-generation proposed by developers

The same report flags a quiet but consequential risk: if demand is mismanaged, residential and business ratepayers carry it. Hyde put the warning in plain language: “If we don’t get the balance right, I can tell you right now electricity in the next 10 years will be impossible for most people to afford without subsidies.” The province’s bill framework is built on the same premise, that grid strain must be funded by the projects creating it, not by the rest of the rate base. The Meta announcement is the largest test case of that principle to date.

Where the Water and Affordability Questions Go

Meta’s own materials describe a closed-loop, liquid-cooled system with dry cooling that uses no operational water for the cooling loop itself, a design that, if it holds, addresses one of the loudest critiques of hyperscale campuses in dry regions. Water use on the site is limited to domestic needs, fire protection, and equipment maintenance, all subject to Alberta’s Water Act approvals. The data centre sits inside Alberta’s Industrial Heartland, a designated industrial zone that the Sturgeon County release notes is not used for farming, residential housing, or food production, which insulates the project from the most common agricultural-conflict narrative. That placement lets Meta avoid the political fight that has stalled proposed data centres elsewhere in Alberta, where groundwater and irrigation concerns have driven local opposition.

The electricity question is harder to ring-fence. Meta says its electricity use will be matched with 100% clean and renewable energy, a claim the company repeats across its global fleet, but the partner delivering the bulk of that power through Greenlight is a gas-fired combined-cycle plant. The Pembina release does not describe a renewable contract for Greenlight’s 932 MW; the tolling agreement is for dispatchable gas-fired generation. The mismatch between Meta’s renewable claim and its primary power source is the kind of detail that has tripped other hyperscalers’ sustainability disclosures in regulatory filings.

Alberta has held the Clean Electricity Regulations of the federal government in abeyance since the fall of 2025, an arrangement Pembina’s release credits for moving Greenlight to a positive final investment decision. That accommodation is what lets a gas plant of this size clear provincial and federal policy reviews without the carbon-capture overlay that Ontario and Quebec require for new gas. Premier Danielle Smith used the Pembina announcement to frame the deal as proof that Alberta natural gas is powering the digital economy forward, language that doubles as a sales pitch to the next hyperscaler in the queue. How long the abeyance holds through the next federal-provincial review cycle is a question that rests with Ottawa and Queen’s Park, not with the Greenlight project itself.

Who Benefits, Who Pays

The deal concentrates value in a tight circle of counterparties. Pembina gains a long-term, fee-based cash-flow stream on top of its existing pipeline business, plus a captive offtake for Alberta natural gas that the company says will benefit its gas-processing and transportation segments. Meta secures a controlled power supply for a campus it plans to fill with AI compute, and a 33rd global data centre that the company says will support core products from Facebook and Instagram to its wearables line.

• Pembina Pipeline Corporation: 47.5% owner, construction lead, integrator of gas supply
• Morgan Stanley Infrastructure Partners: 47.5% owner, equity partner
• Kineticor Asset Management: 5% owner, project originator, future expansion lead
• Meta Platforms: single customer, 33rd global data centre, AI compute anchor

Alberta ratepayers, the side most often glossed in this kind of deal, are presented with two offsetting effects: lower transmission costs (the Sturgeon County release claims up to a 6% reduction on the transmission portion of bills) and a higher cap on the kind of large-load demand that could push prices up if mismanaged. Kari Hyde’s warning is the cautionary counterweight to the 6% figure: subsidy-free affordability is not a given if the 1,200-megawatt cap gives way under the 20,000-megawatt queue. The province’s position, embedded in Bill 8’s connection-priority rules and Bill 12’s levy, is that the developers pay first and the grid absorbs the surplus only when new supply is built. Meta’s investment is the first large-scale test of whether that sequence can hold while the queue behind it keeps growing. Other hyperscalers are pursuing parallel bets outside Canada: Google’s $15 billion AI hub in Visakhapatnam is now being pushed to manufacture its own AI servers and GPUs locally, a different model but the same logic of self-supplied infrastructure.

Frequently Asked Questions

What is Meta building in Sturgeon County, Alberta?

Meta is breaking ground on a one-gigawatt AI-optimised data centre, its first in Canada and the 33rd in its global fleet, on a site in Alberta’s Industrial Heartland. The company has framed the campus as the largest private AI data centre investment in Canadian history at more than CAD $13 billion.

Why does the project need its own gas power plant?

The Alberta Electric System Operator has stated the provincial grid can reliably absorb only about 1,200 megawatts of new data-centre load without additional generation or upgrades. Meta’s Greenlight Electricity Centre supplies 932 megawatts behind the meter, freeing the campus from that ceiling in exchange for funding its own generation.

How much is Meta investing, and when does it open?

Meta has announced an investment of more than CAD $13 billion (approximately $9.1 billion USD at the time of release). The Greenlight power plant is scheduled to enter service in the second half of 2030; Meta has not yet published a separate in-service date for the data centre campus itself.

Will the data centre strain Alberta’s electricity grid or prices?

Meta’s on-site generation takes the largest load off the public grid, and the Sturgeon County release projects an up-to-6% reduction in transmission costs on Alberta ratepayer bills. Independent voices, including the Pembina Institute, have warned that the wider 20,000-megawatt data-centre queue could still push prices up if demand flexibility and new supply do not keep pace.

How much water will the Meta Alberta data centre use?

Meta’s design uses a closed-loop, liquid-cooled system with dry cooling, meaning no operational water is drawn for the cooling loop itself. On-site water use is limited to domestic needs, fire protection, and equipment maintenance, all subject to Alberta’s Water Act approvals.