EverWind Fuels Unveils Over C$10 Billion Plan for Nova Scotia AI Data Center and Wind Buildout
Key Takeaways
- •EverWind Fuels plans to invest over C$10 billion, approximately US$7.1 billion, in a Nova Scotia data center campus and wind infrastructure, described as the largest privately funded investment in the province's history.
- •The project is anchored by a 20-year lease with a frontier AI developer whose identity has not been disclosed.
- •More than C$8 billion of the investment is earmarked for the data center campus, with the remaining C$2 billion directed toward expanding the company's onshore wind portfolio.
- •The buildout begins with a 95 MW data center expected online by late 2027, followed by an expansion to 420 MW of total capacity by 2028.
- •The company says electricity infrastructure costs will not fall on local ratepayers, and the project is projected to create around 2,000 construction jobs and 215 permanent positions while contributing about C$1.5 billion in corporate income tax over 20 years.
EverWind Fuels has announced plans to invest more than C$10 billion — approximately $7.1 billion USD — in a data center campus and wind infrastructure in Nova Scotia, a province better known for lobster and lighthouses than for AI computing capacity.
The plan was revealed on October 16, 2026, and is being billed as the largest privately funded investment in the Canadian province's history.
Where the Money Goes
The investment centers on EverWind's Point Tupper site, which the company has spent recent years developing as a green hydrogen and ammonia production hub. More than C$8 billion of the total is earmarked for developing, building, owning, and financing the data center campus, while the remaining C$2 billion will go toward expanding the company's onshore wind portfolio.
The anchor of the deal is a 20-year lease signed with what EverWind describes as a "leading frontier AI developer." The tenant has not been named.
The buildout is planned in stages, beginning with Phase 1: a 95 MW data center expected to come online by late 2027. A follow-on expansion is then expected to bring total capacity to 420 MW by 2028.
The power-led structure reflects a constraint now shaping data center siting across the industry: AI workloads draw large amounts of electricity, and access to dedicated generation has become a deciding factor in where new campuses land. Pairing compute with wind and battery storage is one approach developers are using to secure that supply. From here, the identity of the unnamed tenant and whether Phase 1 holds its late-2027 target are the near-term markers of the project's momentum.
The Ratepayer Question
According to the company, the project has been structured so that the associated electricity infrastructure costs do not fall on local ratepayers. Battery storage is also being built into the plan to improve efficiency.
Cost allocation has proven contentious in other jurisdictions where data center growth has strained grids, which makes the company's ratepayer commitment a distinguishing feature of the Nova Scotia plan.
The economic projections attached to the development are substantial. The project is expected to create around 2,000 construction jobs and 215 permanent positions. Forecasts suggest the build could add approximately C$2 billion to provincial GDP during the construction period, and once fully operational, the site is projected to generate around C$137 million annually.
On the fiscal side, the company anticipates approximately C$1.5 billion in corporate income tax over the first 20 years of operation.
