Nova Scotia Announces $10 Billion AI Data Centre and Renewable Energy Investment in Cape Breton

HALIFAX, Nova Scotia: Nova Scotia is preparing for one of its largest technology infrastructure developments as EverWind Fuels moves forward with plans to construct a massive artificial intelligence data centre in Cape Breton, supported by billions of dollars in private investment and new renewable energy projects.

The development, located in Point Tupper near Port Hawkesbury, is expected to strengthen the province’s position in Canada’s expanding artificial intelligence industry while creating new opportunities for energy development, infrastructure investment and regional economic growth.

EverWind Fuels announced Friday that the project will be developed in two phases, with the first scheduled to begin operations by the end of 2027 and the second expected to follow in 2028.

The company plans to raise approximately $8 billion in private capital for the data centre, along with another $2 billion to develop four onshore wind farms intended to support its long-term electricity requirements.

The combined investment of approximately $10 billion represents a significant proposed expansion of Nova Scotia’s industrial and technology infrastructure.

EverWind, led by chief executive officer Trent Vichie, has also secured a long-term agreement with an artificial intelligence company that will lease the first phase of the facility for at least 20 years. The identity of the technology company has not been disclosed.

The first phase of the data centre will have an electricity capacity of 95 megawatts, while the second phase will add another 325 megawatts, bringing the proposed total to 420 megawatts.

That represents a substantial demand on Nova Scotia’s electricity system, which currently has generating capacity of approximately 3,000 megawatts.

The scale of the project has already raised questions about electricity affordability, environmental sustainability and the ability of the provincial power grid to accommodate growing demand from artificial intelligence infrastructure.

EverWind maintains that it will cover the costs of any necessary electricity system upgrades rather than transferring those expenses to residential and commercial ratepayers.

The company said an initial system-impact assessment conducted by the provincial grid operator indicates that the existing electricity network can accommodate the first phase of the development.

However, the project will initially rely primarily on electricity from the provincial grid until additional renewable energy generation becomes available.

EverWind intends to develop four wind farms that will eventually help supply the facility, connecting its artificial intelligence ambitions with its existing renewable energy investment strategy.

The company has spent several years pursuing renewable energy developments in Nova Scotia, including plans for green hydrogen and ammonia production.

The proposed data centre will be constructed at the same Point Tupper industrial site where EverWind has been advancing its hydrogen and ammonia project.

Company officials say the artificial intelligence development will not replace those earlier renewable energy plans.

The announcement comes as governments across Canada attempt to attract investment in artificial intelligence computing facilities while responding to concerns about their substantial electricity and water requirements.

Data centres are essential to the development and operation of advanced artificial intelligence systems, providing the computing infrastructure required to process enormous quantities of information and support increasingly complex digital applications.

However, large facilities can consume significant amounts of electricity and require extensive cooling systems to prevent sensitive computing equipment from overheating.

These demands have generated controversy in several provinces, particularly where residents are already dealing with high electricity costs and concerns about the environmental impact of new industrial developments.

Nova Scotia’s proposed facility would be among the larger recently announced data centre projects in Canada, although some developments under consideration elsewhere are considerably bigger.

In Alberta, for example, the proposed Wonder Valley project has outlined a first phase exceeding one gigawatt of computing-related power capacity.

For Nova Scotia, the immediate challenge will be balancing the economic opportunities associated with artificial intelligence investment against the province’s existing energy and environmental pressures.

Premier Tim Houston has emphasized that major data centre developments must provide meaningful benefits to local communities while protecting natural resources and preventing increases in electricity rates.

The federal government has also introduced voluntary principles intended to encourage responsible data centre development across Canada.

EverWind says it has committed to following those principles, including measures addressing environmental impacts, community engagement and electricity affordability.

The company has outlined plans to use a closed-loop water-glycol cooling system designed to reduce the amount of water required to operate the facility.

According to preliminary estimates, the first phase would consume an average of approximately 100,000 litres of water per day.

Once both phases are operational, average daily water requirements are expected to increase to approximately 500,000 litres.

The water would come from nearby Landrie Lake, where the provincial regulator has authorized the local water utility to withdraw up to 34 million litres per day.

EverWind estimates that its full development would require a relatively small share of the lake’s permitted withdrawal capacity.

Nevertheless, environmental organizations have warned that water availability, electricity demand and long-term sustainability must be carefully examined before construction proceeds.

Nova Scotia’s Ecology Action Centre has expressed concern about the scale of the development, particularly given the province’s relatively high electricity rates and continued reliance on fossil fuels for a significant portion of its power generation.

The organization has also raised questions about potential impacts on grid stability, local water resources and the financial protections available to electricity customers.

Thomas Arnason McNeil, a policy advocate specializing in electricity grid decarbonization, said further information is needed to determine how the development will affect the province’s energy system.

The environmental organization has not taken a final position against the project but is calling for comprehensive assessments and greater transparency before major commitments are finalized.

Beyond its technology and energy ambitions, the development could also create opportunities for Indigenous participation and community investment.

A consortium of Mi’kmaw communities, represented in negotiations by Membertou First Nation, is discussing the possibility of acquiring a nine per cent ownership stake in the project.

If finalized, the arrangement would provide participating Indigenous communities with a direct financial interest in the development.

EverWind has also committed to establishing a community benefit program valued at tens of millions of dollars.

The company has not yet disclosed the precise amount that will be allocated to the program, but says local communities and the future data centre tenant will help determine how the funding is used.

The proposed investment reflects the growing competition among Canadian provinces to attract artificial intelligence infrastructure, particularly as technology companies seek locations with available land, reliable electricity and opportunities to secure renewable energy supplies.

For Cape Breton, a region with a long industrial history, the project could represent a major new chapter in economic development.

However, the size of the proposed investment does not eliminate the need for regulatory scrutiny, environmental protections and clear commitments to local residents.

With the first phase targeted for completion by the end of 2027, EverWind faces an ambitious development schedule that will depend on financing, infrastructure readiness and the necessary approvals.

The company’s ability to deliver the project while protecting electricity customers and natural resources will be central to determining its long-term success.

As Nova Scotia positions itself to participate in Canada’s rapidly expanding artificial intelligence economy, the Cape Breton development is emerging as an important test of whether large-scale technology investment can deliver economic growth without placing additional financial and environmental burdens on surrounding communities.

Courtesy: CBC