Meta's $13 billion data center comes with its own $4.6 billion power plant. That's two separate contracts, not one.
Meta broke ground on a 1-gigawatt Alberta data center that needs a dedicated natural-gas plant to power it and a closed-loop dry-cooling system to avoid a water fight. Both are new categories of AI-boom construction work, and they run on different clocks.
Meta broke ground July 8 on a 1-gigawatt data center in Sturgeon County, Alberta — a CAD $13 billion project. It won't run on the local grid. It runs on a separate, dedicated natural-gas plant that's a CAD $4.6 billion construction project in its own right, being built by a different owner on a different schedule. If you build mechanical, electrical, or power infrastructure and you're watching the data center boom for work, the plant next door is the part worth reading closely.
What did Meta actually break ground on?
A 1-gigawatt AI-optimized campus, scalable to 1.8 gigawatts — Meta's single largest facility outside the U.S. Meta says peak construction will need roughly 3,000 workers on site, with more than 300 permanent jobs once it's running. That's a normal-sized hyperscale build by 2026 standards. What's not normal is what's happening across the fence line.
Why does a data center need to build its own power plant?
Because the regional grid doesn't have a gigawatt of spare capacity sitting around, and neither does most of the grid anywhere a hyperscaler wants to build right now. Meta's answer here: a purpose-built, dedicated natural-gas combined-cycle plant called the Greenlight Electricity Centre, developed by a consortium of Pembina Pipeline, Morgan Stanley Infrastructure Partners, and Kineticor Asset Management — not Meta, and not the utility. Price tag: CAD $4.6 billion. It's expected to supply 932 megawatts at first, with room to grow to 1.8 gigawatts, but it isn't expected to reach operational status until late 2030.
Meta describes the arrangement as "matching" the campus's electricity use with clean and renewable power purchased elsewhere. Physically, the electrons come from gas. Greenpeace Canada's Keith Stewart called the offset framing "an accounting game," and the Pembina Institute's David Pickup put it more bluntly: Alberta and Meta have "agreed to lock in gas today and build renewables later." Whatever your view of that arrangement, the construction implication is plain: this is a two-permit, two-owner, two-schedule project, and the second one needs EPC contractors, boilermakers, and pipefitters who've likely never bid a data center in their lives.
What does "zero operational water use" mean for the mechanical scope?
Meta says Sturgeon County will run a closed-loop, dry-cooled system — no evaporative cooling towers, no ongoing operational water draw. Meta's own comparison: less annual water use than a typical Alberta golf course. That's a direct answer to the fight that's already stalled other AI data center projects. We covered the moratorium wave that fight is producing earlier this week — counties from Maryland to Indiana pausing hyperscale permits over water and power concerns.
For a mechanical sub, that's a scope signal, not a footnote. Dry coolers cost more up front than cooling towers and carry different maintenance, piping, and footprint requirements. If community water objections keep stalling projects, expect more hyperscale RFPs to specify dry cooling from day one — which changes your equipment list and bid price before you've drawn a single line.
Should GCs and specialty subs treat the gas plant as separate work?
Yes, and here's why it matters on your bid list:
| Data center campus | Greenlight gas plant | |
|---|---|---|
| Owner | Meta | Pembina / Morgan Stanley Infrastructure / Kineticor |
| Cost | CAD $13B | CAD $4.6B |
| Capacity target | 1 GW (scalable to 1.8 GW) | 932 MW initial, scaling to 1.8 GW |
| Peak workforce | ~3,000 | Not disclosed |
| In-service target | Not disclosed | Late 2030 |
Two owners, two contracts, two procurement processes. A GC or specialty EPC firm chasing "AI data center work" that only tracks the hyperscaler's RFPs is missing the second contract on the same site — one that draws on a different contractor pool (combined-cycle power plant EPC, not building construction) and runs on its own timeline.
What's the actual timeline risk?
The gas plant's 2030 in-service date is the number to watch. If the campus energizes sections before Greenlight is generating power, Meta needs interim grid draw or temporary generation to bridge the gap — the same dynamic behind the emergency generator orders we covered on data center grids this month. Bridging a multi-year gap is itself a construction scope: temporary power, generator farms, and interconnection work that shows up on nobody's original bid list.
If your firm is chasing hyperscale work, don't just ask the GC what the data center needs. Ask who's building the power behind it, on what schedule, and whether there's a gap year in between — that gap is where the next round of AI-boom contracts comes from.
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- Why does Meta's Alberta data center need its own power plant?
- The regional grid can't supply a 1-gigawatt AI campus on its own, so Meta contracted a dedicated natural-gas plant, the Greenlight Electricity Centre, built by a separate consortium to power the facility directly rather than drawing down the existing grid.
- Is Meta's Alberta data center actually running on clean energy?
- Physically, no. The campus draws power from a new natural-gas combined-cycle plant. Meta says it will match the electricity use with renewable energy purchases elsewhere — an offset arrangement environmental groups have criticized as an accounting exercise rather than a direct clean-power supply.
- How much water will the data center's cooling system use?
- Meta says the facility will run a closed-loop, dry-cooled system with no ongoing operational water use, a design choice driven in part by community pushback over water consumption at other AI data center sites.
- How many construction workers does the project need?
- Meta says the data center alone will need roughly 3,000 workers on site at peak construction, separate from the workforce building the $4.6 billion CAD Greenlight gas plant next door.
- When will the data center and its power plant be finished?
- Meta hasn't published a data center completion date. The dedicated Greenlight gas plant isn't expected to reach operational status until late 2030, initially supplying 932 megawatts toward the campus's 1-gigawatt demand, which is designed to scale to 1.8 gigawatts.