B.C.’s two AI data centres sound big. Builders still don’t have the useful details.

B.C. said it will build two planned AI data centres: one on Vancouver Airport Authority land in Metro Vancouver and one at Thompson Rivers University Innovation Park in Kamloops. CBC reports the province framed the move as expanding Canada’s "sovereign compute capacity," which is policy‑speak for keeping AI processing power and the data it handles under Canadian control. The sources do not show a live service yet. They show a plan, two sites, and a federal‑provincial partnership around them.

“Sovereign compute” here just means Canada wants the chips, the servers, and the data path under Canadian control. Solomon said the project would expand Canada's “sovereign compute capacity,” and that Canadian innovators, researchers, and businesses should get the compute they need while keeping Canadian data, intellectual property, and economic advantage on Canadian soil.¹ In builder terms, this is about data residency, lower friction for domestic AI workloads, and less dependence on U.S. cloud regions. It is also political. Ottawa is using infrastructure language to signal control, jobs, and strategic independence, not just server capacity.

What’s real right now is narrower than the hype: B.C. has a plan for two AI data centres, one on Vancouver Airport Authority land in Metro Vancouver and one at Thompson Rivers University Innovation Park in Kamloops. CBC also reports a timeline claim from Telus — Kamloops and the first Vancouver site later this year, with a second Vancouver facility in 2029 — plus an initial 85‑megawatt draw that could rise to 150 megawatts by 2032. What’s still missing is the builder part: no public pricing, no access model, no named operating stack, and no confirmed approvals path beyond the announcement itself. ²

If this becomes real, builders get the boring thing that actually matters: nearby compute they can use without shipping workloads south of the border. CBC says Solomon framed the project as expanding Canada's “sovereign compute capacity,” with Canadian innovators, researchers, and businesses getting compute while keeping Canadian data, intellectual property, and economic advantage on Canadian soil.¹ That could help with data residency, lower latency for West Coast inference, and easier procurement for regulated teams. But this is still a plan, not a product. The sources do not confirm pricing, access terms, or whether smaller teams will get anything beyond a future enterprise sales call.²

The big number here is power, not press release theater. CBC says the project starts at 85 megawatts and is supposed to reach 150 megawatts by 2032, which is real grid‑scale demand for AI infrastructure.¹ Telus also says the facilities will run on 98 per cent clean hydro power, but that is still a claim, not proof the grid can absorb the load on schedule. B.C. has already set aside a 400‑megawatt tranche for data centres over the next two years and says projects get preference if they support data sovereignty, environmental benefits, and First Nations participation.³

That’s the key split: B.C.’s plan is still a public, not‑yet‑built lane, while Bell, Telus, and Equinix already sit in the market with their own commercial paths. CBC says Telus’s separate B.C. cluster would start with Kamloops and two Vancouver sites, with the first Vancouver project at the former Hootsuite headquarters in Mount Pleasant and a second at 150 West Georgia Street planned for 2029.¹ Bell AI Fabric is a different build again: DatacenterDynamics and DataCenterNews describe Bell’s B.C. network as a private, multi‑site AI data‑centre push, and Equinix already offers existing colocation in Kamloops.⁴ So the practical read for builders is simple: B.C.’s announcement is future supply. Bell, Telus, and Equinix are the nearer‑term options if you need something you can actually buy or rent now.

What matters next is not the announcement. It is the paper trail. Builders should watch for any BC Hydro or BCUC filings tied to the 85‑megawatt first phase and the jump to 150 megawatts by 2032, because that is where power gets real or gets stuck.¹ The other tells are boring but useful: a named operator update from Telus or the province, a pricing sheet or access model, and a construction milestone that says somebody is actually breaking ground instead of just holding a podium. Until then, this is still a promise with a power bill attached.