Iren Canal Flats Site

Canal Flats is the smallest of IREN's three established British Columbia campuses, but it helps explain why the company treats access to electricity as the beginning of an AI business rather than its finished product. The site already has industrial land, a grid connection and an operating history. Its next task is to make more productive use of that foundation as IREN replaces mining equipment with infrastructure designed for AI customers.

The current site is a 30 MW electrical campus. That number describes its power capacity, not an installed GPU count or 30 MW of customer computing. This distinction matters more as the same property moves through different uses. A mining machine, an air-cooled GPU server and a liquid-cooled rack place different demands on the building around them.

For the full network, use the IREN infrastructure overview. The IREN Data Center Tracker connects the locations with reported capacity and source dates.

An established industrial foothold

IREN describes Canal Flats as a 10-acre freehold property connected to BC Hydro through an owned 30 MW substation. Its facility page identifies air cooling and two physically separate fiber paths. These are useful attributes for a developer: control of the property reduces dependence on a landlord, while diverse network routes reduce exposure to a single physical interruption. They do not eliminate equipment failures, transmission constraints or the work required to commission a new deployment. IREN's facility specifications are the source for those design characteristics.

The history also needs two dates. Operations began in 2019, while IREN acquired the site in January 2020. Treating the acquisition as the beginning of operations obscures the distinction between an operating facility and its ownership. The earlier mining activity belongs to that history; a past hashrate is not a current AI capacity measure. See the December 2025 quarterly filing.

Canal Flats therefore offers something different from an undeveloped parcel. Some of the expensive, slow work of establishing an industrial location has already been done. The remaining conversion still matters. Buildings must support the required racks, electrical distribution must reach them, heat must leave reliably, and the servers must connect into a usable service.

The 2027 conversion programme

IREN's August 27 results identified additional liquid-cooled deployments at Canal Flats, Mackenzie and Prince George during 2027. That is a development plan, not confirmation that the three sites have already completed the work. The company presented it as a way to use remaining power headroom at established campuses. IREN FY26 results.

This changes the useful question about Canal Flats. Instead of asking how much electricity the site can obtain in total, readers should ask how much of the existing connection can support the next deployment, what cooling and networking work it requires, and when customers accept the finished service. Those steps determine whether a legacy electrical asset becomes a more valuable computing platform.

The 30 MW campus figure does not answer those questions on its own. Nor can a company-wide GPU purchase or revenue target be divided between the Canadian sites without a disclosed allocation. This review does not establish a separately verified current Canal Flats GPU count, customer utilization rate or site revenue figure.

How the site fits beside Mackenzie and Prince George

The three Canadian campuses give IREN an existing regional operating base. Canal Flats is smaller than Mackenzie and Prince George, but the value of an individual campus depends on the deployment it can support, not only its size. A smaller completed cluster can be useful to a customer while a much larger development is still awaiting construction or commissioning.

There is also a limit to the regional comparison. Fiber connectivity between cities does not make geographically separate facilities a single tightly coupled training cluster. Customer architecture, latency requirements and the network within each deployment determine how machines can work together. The sites should remain separate entries when assessing readiness.

What would establish the next stage

The strongest next evidence would identify the specific deployment, completed cooling and electrical work, installed equipment and customer acceptance. Until those milestones are disclosed, the appropriate description is an established electrical campus with further AI development planned. The attraction is the infrastructure already in place; the remaining uncertainty is the work required to turn its available power into delivered customer service.

The IREN company page collects the wider research and separately dated model reports. Information in this site study was reviewed through September 17, 2026.