Meta is bringing one of its largest infrastructure projects to Alberta.
The technology company has announced plans to build a C$13 billion data centre in Sturgeon County, marking Meta’s first data centre in Canada. The project comes as demand for computing power rises rapidly because of artificial intelligence, cloud services, and other digital technologies.
With a planned capacity of 1 gigawatt and the ability to expand to 1.8 gigawatts, the facility could become one of Alberta’s largest industrial electricity users.
The planned facility will be built in central Alberta, north of Edmonton in Sturgeon County.
Meta says the project represents an investment of approximately C$13 billion. Once completed, the site is expected to support the company’s growing computing requirements as AI systems require increasingly large amounts of processing capacity.
The Alberta facility will be Meta’s 33rd data centre worldwide.
The company has been increasing its spending on data centre infrastructure as it expands its AI capabilities. Its Alberta project shows that the demand for large computing facilities is now reaching Canada at a significant scale.
Alberta has several characteristics that make it attractive for large data centre developments.
One major factor is the province’s access to natural gas.
Alberta has extensive natural gas production, while local gas prices can be considerably lower than prices in the United States. That creates an opportunity for companies requiring large amounts of electricity to establish dedicated power-generation infrastructure.
The province also has a relatively cold climate.
Data centres produce substantial amounts of heat due to the thousands of servers operating around the clock. Alberta’s cooler conditions can help reduce some of the energy requirements associated with cooling the equipment.
Another factor is Alberta’s approach to new electricity generation.
The provincial government has been allowing data centre developers to consider building their own power-generation facilities. This can help large projects avoid relying solely on existing grid capacity.
The scale of Meta’s proposed facility is difficult to overlook.
According to Meta, the data centre could consume approximately the same amount of electricity as 800,000 homes.
That figure illustrates how dramatically AI infrastructure is changing electricity demand.
Traditional data centres already require substantial amounts of power. AI-focused facilities can require much more because advanced computing systems use large clusters of processors that operate continuously.
For Alberta, the situation creates both an economic opportunity and an infrastructure challenge.
The province will need to expand generation and transmission capacity while ensuring that large industrial users do not place excessive pressure on electricity supply.
Meta says it will fully fund new generation and grid infrastructure connected to its Alberta data centre.
The company has also announced plans to offset its electricity consumption through investments in clean and renewable energy.
The facility is being developed alongside Alberta-based energy infrastructure company Pembina Pipeline.
Pembina is moving forward with the Greenlight Electricity Centre, a natural-gas-fired power-generation project in Sturgeon County. The facility is expected to begin operating in late 2030.
Until that project comes online, Capital Power is expected to provide 250 megawatts of electricity to the Meta site using its existing natural-gas generation fleet.
The arrangement illustrates how the growth of AI computing is becoming closely connected with Alberta’s established energy sector.
Meta’s project could create additional demand for Western Canadian natural gas.
Pembina estimates that the data centre will require approximately 150 million cubic feet of natural gas per day.
That could create new demand for producers across Western Canada.
For Alberta’s oil and gas sector, the development represents another potential source of demand at a time when energy companies are also adapting to changes in global energy markets.
It also highlights Alberta’s position as a province where technology infrastructure and traditional energy production are increasingly intersecting.
Meta is not entering an entirely new market.
Alberta already has around 20 small- to mid-sized data centres operating across the province.
However, Meta’s proposed facility would be on another scale altogether.
The project’s initial 1-gigawatt capacity, with the possibility of reaching 1.8 gigawatts, puts it among a new generation of massive computing facilities being developed to support AI.
Alberta Technology Minister Nate Glubish said there are several other gigawatt-scale data centre proposals at different stages of development across the province.
That could mean Meta’s project is only the beginning of a much larger shift.
Although the data centre itself will be located in Sturgeon County, the announcement was made in Calgary alongside Premier Danielle Smith and other Alberta officials.
Calgary has spent years building its technology and innovation sector while remaining one of Canada’s major energy centres.
The Meta announcement brings those two sides of Alberta’s economy into sharper focus.
The province has natural gas, electricity infrastructure, large amounts of available land, and an established energy workforce. At the same time, companies developing AI infrastructure require enormous quantities of power and physical infrastructure.
That combination could make Alberta increasingly relevant to the North American data centre market.
The project is also raising environmental questions.
Alberta’s electricity grid relies heavily on natural gas. Around 60% of the province’s electricity generation comes from natural gas, according to the information provided in the Reuters report.
That creates a major difference between Alberta and parts of Canada where electricity generation relies more heavily on hydroelectricity and other low-emission sources.
Canada has been promoting its electricity system as an advantage for attracting AI and data centre investment. Yet many of the large data centre projects currently being planned in Canada are concentrated in Alberta.
Environmental groups have therefore questioned whether large AI facilities should receive access to substantial amounts of energy and natural resources without stronger environmental and human rights rules.
Greenpeace Canada has called for a moratorium on mega-data centres until stronger protections are established.
Electricity is not the only infrastructure concern surrounding large data centres.
Cooling is another major issue.
Servers operating at high capacity generate significant heat, requiring sophisticated cooling systems.
Meta says its Alberta facility will use a closed-loop liquid cooling system. According to the company, its total water consumption will be less than that of a typical golf course.
If achieved at the planned scale, that would distinguish the facility from some data centres that depend heavily on water-based cooling systems.
The choice of cooling technology will remain an important part of discussions surrounding future AI infrastructure in Alberta.
The economic impact could extend beyond Meta itself.
A project worth C$13 billion requires construction, engineering, electrical infrastructure, energy supply, telecommunications, equipment installation, and ongoing facility operations.
It could also encourage additional companies to consider Alberta when selecting locations for data centres and AI infrastructure.
More projects could generate additional demand for electricity, natural gas, construction services, engineering firms, and technology workers.
However, the province will also have to address the pressure that large computing facilities can place on electricity generation and infrastructure.
Meta’s announcement places Alberta at the centre of an important debate about the future of AI infrastructure.
AI models require enormous computing capacity. Computing capacity requires data centres. Data centres require electricity, cooling systems, land, telecommunications, and energy infrastructure.
Alberta has many of those ingredients.
The question now is how quickly the province can expand its infrastructure while balancing economic development, electricity reliability, emissions, and water use.
Meta’s C$13 billion project could mark a major shift in Alberta’s economic landscape.
It connects the province’s energy industry with one of the fastest-growing areas of the technology sector and could encourage additional large-scale projects.
Construction and infrastructure development will determine how quickly Meta’s Alberta facility takes shape.
The planned Greenlight Electricity Centre is expected to become an important part of the project’s future power supply, while Capital Power is expected to provide interim electricity.
At the same time, Alberta officials are already pointing to other gigawatt-scale data centre proposals.
If several of those projects move forward, Alberta could see a major expansion of its data centre industry over the coming decade.
For Meta, the Alberta facility provides another major source of computing capacity.
For Alberta, it could represent something larger: a new chapter where energy infrastructure and artificial intelligence become increasingly connected.
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