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🧭 Decision Radar

Relevance for Algeria
Medium
▾
While the project is in Canada, its combination of closed-loop cooling, developer-paid grid upgrades and dedicated renewable investment is a directly applicable template for Algeria.
Infrastructure Ready?
Partial
▾
Algeria can support phased data-centre projects, but 95 MW to 420 MW campuses would require dedicated renewable generation and closed-loop water systems.
Skills Available?
Partial
▾
Civil, electrical and renewable engineering skills exist locally, while hyperscale AI data-centre operations remain an emerging discipline.
Action Timeline
12-24 months
▾
Technical standards for closed-loop cooling and developer-funded grid upgrades can be embedded into national data-centre guidelines now.
Key Stakeholders
MPT, Ministry of Energy, Ministry of Hydraulics, Sonelgaz, Algeria Venture
Decision Type
Strategic
▾
Attracting international compute tenants requires coordinated standards across power, water and telecom infrastructure.

Quick Take: EverWind and Anthropic’s Point Tupper deal shows what a modern AI campus package looks like: C$8 billion for the data centre paired with C$2 billion for wind power, developer-paid grid upgrades, and closed-loop cooling capped at about 100,000 to 500,000 litres of water per day. For water-conscious markets like Algeria, closed-loop cooling and buyer-funded power upgrades should be mandatory baseline requirements.

A C$10 Billion Campus Paired With Onshore Wind

On 16 October 2026, Anthropic signed a lease with EverWind for data-centre capacity at Point Tupper, Nova Scotia, marking the Claude maker’s first data-centre agreement in Canada. To deliver the campus and its power supply, EverWind announced C$10 billion in private investment: about C$8 billion for the data centre and C$2 billion for onshore wind projects. EverWind’s CEO described the commitment as the largest injection of private capital in Nova Scotia history.

The capacity will roll out in stages. According to BetaKit, an initial 95 MW phase is planned for late 2027, followed by a 325 MW expansion in 2028, reaching 420 MW at full build-out. In employment terms, the project is expected to support about 2,000 construction jobs and 215 permanent operating positions.

For Anthropic, the Nova Scotia deal is part of an aggressive infrastructure expansion. Per Reuters, Anthropic spent $7.33 billion on computing and infrastructure last year, roughly triple its 2024 level. Alongside Point Tupper, Anthropic’s other recent leases include a 20-year lease covering 401 MW of critical IT load with TeraWulf in Kentucky.

Ratepayer Protection, Closed-Loop Cooling and Local Compute

Explaining the geographic choice, Anthropic’s Jacob Glick said: “Canadians are using Claude in growing numbers, and we want our infrastructure to be closer to the people who rely on it.”

To address community concerns over electricity bills and water draw, the developer built specific safeguards into the Point Tupper plan. On the grid side, EverWind will fully fund the electricity network upgrades for the project under Canada’s voluntary Responsible Data Centre Development Principles. On the water side, the design uses closed-loop cooling, starting at about 100,000 litres of water per day and averaging about 500,000 litres per day at full build-out.

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What This Means for Algeria

The Algeria hook is indirect: this is a Canadian lease in Nova Scotia between Anthropic and EverWind. Even so, the structure of the Point Tupper announcement highlights three practical standards for emerging markets that want to attract international AI compute.

1. Mandate closed-loop cooling with explicit daily water budgets

Water scarcity is a primary constraint across North Africa. At Point Tupper, the design uses closed-loop cooling starting at about 100,000 litres per day and averaging about 500,000 litres per day at full 420 MW build-out. Algerian permitting authorities should require closed-loop cooling and published daily water ceilings for any proposed high-density data centre.

2. Tie data-centre approvals to dedicated renewable buildouts

EverWind paired about C$8 billion for the data centre with C$2 billion for onshore wind projects and committed to fully fund electricity network upgrades. Algerian investment frameworks can similarly link large megawatt allocations to co-funded renewable generation and grid reinforcement.

3. Phase megawatt delivery so grid and cooling scale together

Rather than attempting to energise 420 MW at once, the Point Tupper campus starts with a 95 MW phase in late 2027 before adding a 325 MW expansion in 2028. Phased commissioning gives utilities and developers a realistic path to bring large campuses online.

The Bigger Picture

With Anthropic spending $7.33 billion on computing and infrastructure last year—roughly triple its 2024 level—and signing leases for 420 MW in Nova Scotia and 401 MW in Kentucky, AI labs are diversifying where their models run. Locations that combine dedicated renewable energy, developer-paid grid upgrades and closed-loop water systems are winning those multi-year commitments.

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Frequently Asked Questions

What did Anthropic and EverWind announce in Nova Scotia?

On 16 October 2026, Anthropic signed a lease with EverWind for data-centre capacity at Point Tupper, Nova Scotia, its first data-centre agreement in Canada. EverWind announced C$10 billion in private investment, comprising about C$8 billion for the data centre and C$2 billion for onshore wind projects.

How large is the Point Tupper project and when will it open?

The campus is planned to start with an initial 95 MW phase in late 2027, followed by a 325 MW expansion in 2028, reaching 420 MW at full build-out. It is expected to support about 2,000 construction jobs and 215 permanent operating positions.

How does the project manage water use and electricity grid costs?

The facility uses closed-loop cooling, starting at about 100,000 litres of water per day and averaging about 500,000 litres per day at full build-out. Under Canada’s voluntary Responsible Data Centre Development Principles, EverWind will also fully fund the electricity network upgrades required for the project.

Sources & Further Reading