Anthropic's First Canadian Campus: Point Tupper's $10B Wind-Powered AI Hub

By cms-publisher | Published October 19, 2026

On Friday, October 16, 2026, energy and infrastructure firm EverWind announced a landmark CAD10 billion ($7.1 billion) investment in an AI data centre campus at its existing Point Tupper site near Port Hawkesbury, Nova Scotia. The announcement marks the largest private‑capital injection in Nova Scotia history and pairs the facility with a renewable power portfolio designed to support the growing demand for artificial intelligence compute while minimizing impact on provincial electricity rates.

The deal includes approximately CAD8 billion for building, owning and financing the data centre itself, plus CAD2 billion earmarked for expanding EverWind's onshore wind portfolio across the province. CEO Trent Vichie said the campus would begin with an initial 95 megawatt (MW) phase in late 2027, followed by a 325 MW expansion targeted for 2028, bringing the total capacity to around 420 MW. At full scale, the campus would be one of the largest AI‑focused facilities in Canada.

Anthropic, the creator of Claude, confirmed it had signed a long‑term lease for the first 95 MW phase — its first data centre lease in Canada. Jacob Glick, Anthropic's Head of Public Policy, Canada, wrote in a LinkedIn post: "Canadians use Claude at some of the highest rates in the world, and this brings our infrastructure closer to the people who rely on it." The company highlighted several key features of the agreement:

• Grid‑friendly design – the campus integrates several hundred megawatt‑hours (MWh) of battery storage to smooth demand and reduce draw on the provincial grid during peak periods.
• Water‑efficient cooling – the facility will use a closed‑loop cooling system that circulates a water‑glycol mixture, eliminating raw‑water discharge. Average water use is expected to be around 100,000 litres per day for the first phase, rising to about 500,000 litres per day at full 420 MW build‑out.
• Local economic boost – the project is expected to generate roughly 2,000 construction jobs and 215 permanent operating positions once live.
• Community investment – EverWind plans to contribute over $400 million in municipal tax revenues over the project's life and is negotiating a potential ownership stake with a First Nations consortium led by Membertou Development Corporation. The company also said it would commit tens of millions of dollars to community priorities, with local leaders helping to decide where funds go.

The announcement was attended by Nova Scotia Premier Tim Houston and EverWind leadership, highlighting the project's alignment with both provincial and federal AI strategies. In June, the federal government unveiled a new AI strategy proposing the construction of "large‑scale" data centres, and EverWind signed the federal Responsible Data Centre Development Principles. Premier Houston emphasized that protecting ratepayers is "an outright condition of our government's support," adding that EverWind will fully fund all power network upgrades and connection costs attributable to the campus.

The project has already drawn protests. A rally was held on the Halifax Waterfront and Grand Parade on Saturday, with organizers voicing concerns about the impact on local water supplies and the environment. The rally was organized by the same group planning a province‑wide protest for November 7, signaling ongoing opposition to the project.

Public opposition has been vocal. Megan Boudreau, a protest organizer, told Global News: "We don't know what this is going to look like. We already have wells that are drying up in the summertime. I don't think we can afford to do this." Residents worry that the facility will draw water from Landry Lake, which supplies Port Hawkesbury's drinking water, and express frustration that the deal was announced without significant prior consultation.

Independent analysts have raised further concerns about the project's feasibility. Energy coordinator Thomas McNeil of the Ecology Action Centre warned that the campus will be Nova Scotia Power's largest industrial customer, and that the province already struggles with grid reliability as demand spikes. He pointed out that even with "fully disruptable" design — meaning the facility can be shut down before households are impacted — the 420 MW load will be a major stress test for the local network.

Concurrent Momentum in Japan and Australia

The Nova Scotia deal comes amid a broader shift by frontier AI companies away from renting hyperscale cloud capacity toward building their own dedicated campuses. In Asia, NTT Data is in the final stages of talks to build a data centre in Japan's Osaka prefecture for Anthropic. According to Nikkei Asia, the project could cost up to ¥1 trillion ($6.3 billion) and provide a total power intake capacity of up to 500 MW, making it one of Japan's largest data centres by power consumption. The agreement is targeted for the end of fiscal 2026, with partial operations expected as early as 2028. On‑site power generation and fuel cells are planned to meet the facility's energy needs without waiting for grid capacity.

Meanwhile, Anthropic confidentially filed for an IPO with the U.S. Securities and Exchange Commission back in June. The IPO prospectus, seen by Reuters, revealed that the company has long‑term computing and infrastructure commitments worth US$518 billion. The prospectus also confirmed a separate lease for a 2.16 GW campus in Australia's Western Queensland, due to come online in 2027. Those commitments, together with the Point Tupper campus, illustrate a strategic push by frontier AI providers to secure dedicated compute resources close to end users, reduce latency and lock in predictable power costs.

Energy and Environmental Considerations

Both the Nova Scotia and Japanese projects highlight the growing importance of renewable power and on‑site generation in the AI data centre equation. EverWind's design emphasizes water efficiency through closed‑loop cooling and leverages Nova Scotia's cooler climate to reduce cooling‑water requirements. The company also committed to funding water infrastructure costs and complying with all applicable water‑use, noise and emissions requirements.

The Canadian campus is intentionally grid‑friendly. Battery storage will smooth demand, and the facility's design allows it to halt electricity draw during peak periods, protecting ratepayers. The provincial government has emphasized that the campus will be "fully disruptable," ensuring that household power reliability takes priority over industrial load.

In Japan, the 500 MW capacity is one of the largest planned for a single facility in the country. The Japanese project faces even greater challenges in securing electricity; conventional grid connections would take considerable time, prompting the project team to explore on‑site generation and fuel cells as alternatives. The deployment of such technologies is part of a broader effort by NTT Data and other infrastructure providers to meet the growing power demands of AI workloads while adhering to local environmental standards.

What the Projects Mean for the AI Ecosystem

The convergence of these three major projects — Nova Scotia's 420 MW campus, Japan's 500 MW Osaka site and Australia's 2.16 GW Queensland facility — underscores a pivotal transformation in how frontier AI companies approach data centre infrastructure. Rather than relying solely on the existing cloud ecosystem, these providers are building purpose‑built campuses that are integrated with renewable power and designed for long‑term stability.

For frontier AI labs, these campuses represent more than just additional compute. They offer predictable costs, reduced latency and a direct line to the communities where their models are used. The level of investment — tens of billions of dollars across three continents — indicates confidence that AI demand will continue to outpace existing supply.

For local economies, the projects promise jobs, tax revenue and technology spillovers. In Nova Scotia, the investment is already being framed as a new chapter for rural economic development, with opportunities for people to work on major projects at home. In Japan, the project aligns with the government's ¥32.7 trillion ($210 billion) data centre and battery storage investment target announced earlier in the year.

Regulatory and Community Challenges

These projects also highlight the regulatory and community challenges that accompany large‑scale AI infrastructure. The Nova Scotia project has already provoked protests and legislative calls for stronger oversight. Opposition MLAs have demanded an emergency sitting of the legislature to debate the project, arguing that the current approvals lack sufficient safeguards. The opposition is particularly concerned about the lack of binding regulations; the province currently relies on non‑binding federal guidelines and existing industrial approval processes.

In Japan, the 500 MW capacity is among the largest planned, and the project faces the challenge of securing enough electricity without overburdening the local grid. The Japanese authorities are also pushing for massive investment in data centres and battery storage, but the regulatory environment is still evolving.

Looking Ahead

As AI adoption accelerates, the race to build dedicated data centre campuses will intensify. The Nova Scotia, Japanese and Australian projects illustrate how frontier AI companies are partnering with energy providers, local governments and communities to build infrastructure that can meet the demands of generative AI while addressing environmental and economic concerns.

The success of these projects will depend on balancing the competing priorities of AI innovation, renewable energy integration, grid stability and community acceptance. Whether the models can deliver on promises of clean, reliable power at scale remains to be seen, but the momentum is unmistakably clear.

Further reading: EverWind's Point Tupper announcement on Global News and Anthropic's Canadian expansion on Data Centre Magazine. Learn more about our cloud and edge computing coverage.