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Canada’s Data Centre Boom: What the Construction Industry Needs to Know

July 2026

The rapid growth of artificial intelligence (AI), cloud computing and digital infrastructure is driving a significant expansion of Canada’s data centre sector. While data centres have historically been a relatively niche asset class within the construction industry, they are quickly becoming one of the most important areas of development across North America. Recent announcements and market trends suggest that Canada is on the cusp of a major data centre construction boom, creating substantial opportunities and risks for developers, contractors, consultants and insurers.

A Sector Experiencing Unprecedented Growth

Recent research from York University indicates that Canada currently has only five hyperscale data centres in operation, but a further 96 facilities have either been announced or are under development. Much of this growth is being driven by the demands of AI technologies. Modern AI systems require enormous computing power, which in turn requires vast amounts of physical infrastructure, power generation, cooling systems and network connectivity.

A recent example is Meta’s announcement that it will invest more than CAD $13 billion in a new one-gigawatt data centre in Sturgeon County, Alberta. The project is expected to create approximately 3,000 construction jobs and 300 permanent operational roles, making it one of the most significant private-sector infrastructure investments in Canada in recent years.

Why Alberta Is Emerging as Canada’s Data Centre Hub

Although Ontario currently hosts the largest number of operational data centres, Alberta has become the focal point for future development.

Several factors explain Alberta’s attractiveness:

• Relatively inexpensive land.
• Significant available power capacity.
• Access to natural gas generation.
• A deregulated electricity market.
• Streamlined regulatory approvals.
• Provincial government support.

Alberta has also introduced legislation allowing certain data centre operators to generate their own electricity, a move designed to reduce pressure on the provincial grid and accelerate development. The Utilities Statutes Amendment Act, 2025 (Bill 8), which amends the Electric Utilities Act (EUA), encourages data centres to bring their own generation for their power needs and enhance grid reliability.

Key Risks and Challenges

While the opportunities are significant, the sector presents unique challenges.

1. Power Infrastructure

Power availability is rapidly becoming the most important consideration for data centre developments. Many projects are now being assessed not on land availability but on access to reliable electricity supplies.

For construction teams, this means increased involvement in power-generation projects, substations, transmission infrastructure and energy integration works. These interfaces can significantly increase project complexity and risk.

2. Environmental and Community Opposition

Data centres are increasingly attracting public scrutiny. Concerns include energy consumption, greenhouse gas emissions, noise generation, and water usage.

Public consultation, environmental assessment and stakeholder management are therefore becoming critical components of project delivery. Contractors should anticipate increased scrutiny and longer planning and approval periods on some developments.

3. Water and Cooling Requirements

Cooling remains one of the most technically demanding aspects of data centre design.

Many modern operators are responding to environmental concerns through closed-loop cooling systems that significantly reduce water consumption. Meta’s proposed Alberta facility, for example, will use a liquid-cooled system with dry cooling technology designed to eliminate operational water use.

This creates opportunities for mechanical contractors and specialist consultants while simultaneously increasing the complexity of design coordination and commissioning.

4. Labour and Skills Shortages

The sheer scale of proposed developments raises questions about labour availability. Multiple hyperscale facilities progressing simultaneously could place significant pressure on Canada’s skilled workforce.

Competition for specialist subcontractors and technical consultants is likely to intensify as the market matures.

Lessons for Contractors and Consultants

Perhaps the most important takeaway for construction professionals is that data centres are not simply larger warehouses. They are highly complex technical facilities requiring an integrated approach to design, construction and commissioning.

Those involved in the sector should pay particular attention to:

• Early supply-chain engagement.
• Energy infrastructure planning.
• Fire and life safety systems.
• Commissioning and testing requirements.
• Environmental compliance.
• Operational resilience.
• Long-term maintainability.

In addition, contractual arrangements are likely to become increasingly sophisticated, with greater emphasis on performance guarantees, system reliability, testing obligations and specialist consultant input.

Looking Ahead

Canada’s data centre sector appears poised for substantial growth over the coming decade. For those in the construction industry, the opportunity is clear. However, success will depend upon understanding the unique technical, regulatory and commercial challenges that accompany hyperscale data centre projects. Contractors, designers and consultants who develop expertise in this sector early are likely to be well positioned as Canada’s next major infrastructure boom unfolds.

Should you have any questions on this article or require tailored advice in respect of projects in Canada, including data centres, please contact Andrés Durán, or Karina Alibhai.

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