Bell Canada maps C$52.5bn Saskatchewan AI build as capacity could reach 1.2 GW

BCE Inc. (TSX: BCE; NYSE: BCE) subsidiary Bell Canada has signed a non-binding memorandum of understanding with the Government of Saskatchewan that could expand Bell AI Fabric’s planned capacity in the province by as much as 900 megawatts, creating a pathway to a 1.2-gigawatt artificial-intelligence infrastructure hub. The full concept is expected to involve capital investment of up to C$52.5 billion and support approximately 4,500 jobs, which the federal government described as potentially the largest capital investment in Saskatchewan’s history. The additional 900 MW would build on a 300 MW data centre already under construction in the Rural Municipality of Sherwood outside Regina. Because the September agreement is non-binding and describes phased future development, the C$52.5 billion figure should be treated as a full-buildout ambition rather than committed near-term BCE Inc. capital expenditure.

BCE Inc. shares closed at C$32.59 on September 14, up 0.62%, a relatively modest move for a project carrying such a large headline investment figure. The restrained reaction is understandable because Bell Canada has not yet committed to funding the entire 1.2 GW vision and the economics will depend on customer demand, power availability, financing structure and phased development decisions.

The project nevertheless represents a significant strategic expansion for BCE Inc. because Bell Canada is attempting to move beyond connectivity into artificial-intelligence compute, cloud infrastructure, cybersecurity and managed enterprise technology. Bell AI Fabric has become one of the central components of that strategy alongside Ateko and Bell Cyber.

How did Bell Canada’s Saskatchewan AI project expand from 300 MW to a possible 1.2 GW hub?

Bell Canada originally announced the Sherwood data centre in March 2026 as a 300 MW project designed to become one of Canada’s largest purpose-built artificial-intelligence facilities. The initial project required approximately C$1.7 billion of incremental BCE Inc. capital expenditure, with around C$1.3 billion expected during 2026, funded through debt and cash on hand. The first data halls are scheduled to begin entering service during the first half of 2027, with additional halls planned later that year.

Construction activity began in April after local development approvals, with Bell Canada selecting Bird Construction Inc. as a construction partner and Alton Tangedal Architect Ltd. as architect of record. SaskPower has been working on transmission interconnection, while SaskTel is providing fibre connectivity linking the Saskatchewan facility with Bell Canada’s national backbone.

The new memorandum contemplates another 900 MW in phases beyond that original 300 MW. If all capacity is ultimately developed, Saskatchewan would host 1.2 GW of AI infrastructure, an electricity requirement comparable with major industrial developments rather than a conventional corporate data centre.

This scale explains the C$52.5 billion full-buildout figure. Large AI campuses require not only buildings but also electrical interconnection, transformers, cooling systems, servers, accelerators, networking hardware and continuous equipment refreshes as computing technology advances.

Why is BCE Inc. willing to commit so heavily to artificial-intelligence infrastructure?

Traditional telecommunications businesses face relatively mature consumer connectivity markets, making enterprise technology an increasingly important growth route. BCE Inc. has set a target of approximately C$2 billion of AI-powered solutions revenue by 2028, increased from an earlier C$1.5 billion objective after the original Saskatchewan data-centre announcement.

The strategy combines multiple layers rather than treating a data centre as a simple property investment. Bell AI Fabric brings together fibre connectivity, compute infrastructure, cloud capabilities, data residency, integration services and partner technologies, while Ateko and Bell Cyber extend the offer into enterprise applications and security.

Bell Canada already has partnerships with companies including Cohere, SAP Canada, Coveo and BUZZ High Performance Computing. A June collaboration involving Cohere, Hypertec and BUZZ HPC linked sovereign Canadian infrastructure with enterprise AI software and NVIDIA-based accelerated computing, demonstrating that Bell Canada wants utilisation to come from an ecosystem rather than relying on a single internal workload.

Sovereign AI adds another commercial angle because governments and regulated businesses may prefer sensitive workloads to remain in Canada under domestic data-residency and security requirements. Bell Canada can combine that requirement with its fibre network and enterprise customer relationships, potentially differentiating the platform from standalone data-centre operators.

What does 1.2 GW of capacity imply for Saskatchewan’s electricity and infrastructure system?

A 1.2 GW AI hub would become a major industrial power user, making electricity availability one of the most important constraints on the project. Even the original 300 MW development required SaskPower transmission work, and an additional 900 MW would require far more extensive planning around generation, grid connection, reliability and phased commissioning.

Data centres also require redundant power systems and substantial cooling infrastructure. The economics therefore depend not only on securing megawatts but on securing them reliably and at costs compatible with competitive computing services. Power-price escalation or delays in transmission capacity could affect the timing and returns of later phases.

Saskatchewan sees an economic-development opportunity because large data centres can attract construction spending, technical employment and adjacent digital businesses. The federal government said the proposed expansion could support approximately 4,500 jobs, although that figure includes project and broader economic activity rather than only permanent data-centre employees.

The province also gains a new type of electricity customer whose demand profile differs from mining, agriculture or conventional manufacturing. That diversification can be valuable, but grid planners must still ensure that rapid digital infrastructure growth does not compromise reliability for existing households and businesses.

Can BCE Inc. finance such a large AI expansion while still reducing leverage?

This is one of the most important financial questions because BCE Inc. has publicly targeted lower leverage after years of heavy network investment and strategic transactions. The original 300 MW Saskatchewan phase required around C$1.7 billion of incremental capital, with management saying it expected the project to be leverage-neutral on a run-rate adjusted EBITDA basis. BCE Inc. has also maintained an objective of reducing net debt leverage to around 3.5 times by the end of 2027 and toward approximately 3.0 times by 2030.

The proposed C$52.5 billion full-buildout figure clearly cannot be viewed as an ordinary near-term BCE Inc. capital budget. The September memorandum explicitly frames the expansion as phased, and the eventual financing mix could involve customers, infrastructure partners, equipment-financing structures, leases or other arrangements rather than BCE Inc. funding every dollar directly.

BCE Inc.’s second-quarter results already showed the near-term cash effect of the existing build. Consolidated revenue rose 1.5% and adjusted EBITDA increased 1.0%, but free cash flow fell to C$1.04 billion as capital spending increased partly because of Bell AI Fabric and Ziply Fiber network expansion.

This means demand visibility will be central to each additional phase. Large AI infrastructure can produce attractive economics when capacity is contracted or rapidly utilised, but speculative construction ahead of customer commitments can burden the balance sheet.

What evidence would show Bell AI Fabric is becoming a real earnings engine for BCE Inc.?

The first evidence is utilisation. Bell Canada already operates AI facilities in British Columbia, including Mission Flats in Kamloops and a facility in Merritt, giving the group operating experience before the much larger Saskatchewan build comes online. Groq inference workloads are already live at Mission Flats, while Bell Canada has described the British Columbia sites as a development playbook for subsequent facilities.

The second evidence is enterprise revenue. Bell Business Markets revenue increased 9.7% in the first quarter of 2026, while AI-powered solutions revenue grew 113%, suggesting that enterprise technology is already contributing faster growth than the mature telecommunications core.

The third evidence will be contracted Saskatchewan demand before each additional capacity phase. If Bell Canada can secure governments, AI developers, cloud providers and regulated enterprises before committing large additional capital, the project would look increasingly like demand-led infrastructure rather than a speculative compute build.

The September memorandum dramatically increases the possible scale of Bell AI Fabric, but the most consequential number is not yet C$52.5 billion. It is the proportion of each new megawatt that Bell Canada can contract at returns sufficient to justify capital while BCE Inc. continues improving free cash flow and reducing leverage.