I read the Halifax Examiner story about the two reporters being booted out of EverWind Fuels headquarters in Point Tupper. They were there for an announcement about a $10 billion data centre complex planned for the site.
Later, in a statement to the Halifax Examiner, NS Environment and Climate Change spokesperson Philip Croucher said EverWind will require only an industrial approval “for the diesel generating station they want to build to help power” the proposed data centre.
“Nova Scotia Environment and Climate Change will work closely with EverWind to ensure rules under the Environment Act are met and followed,” Croucher wrote.
Here is some info about EverWind:
- 2021
- Company Founded: EverWind Fuels is established by former Blackstone executive and private equity investor Trent Vichie to focus on green energy infrastructure and low-carbon fuels.
- 2022–2023
- Point Tupper Acquisition: EverWind secures industrial assets at Point Tupper in Nova Scotia, targeting the development of a regional green hydrogen and green ammonia production hub.
- Indigenous Partnerships: The company announces major agreements with a local First Nations consortium—led by the Membertou First Nation alongside the Paqtnkek and Potlotek First Nations—securing a 51% majority ownership stake in EverWind’s Phase 1 wind energy projects.
- Environmental Approvals: EverWind obtains key approvals (Environmental Assessment) to develop onshore wind projects in mainland Nova Scotia to power its green fuel initiatives.
- 2024–2025
- Strategic Investments & Financing: The company secures significant financial backing, including a $240 million financing package from Nuveen Infrastructure Credit and a $175 million strategic investment to accelerate its multi-megawatt onshore wind portfolio.
- European Offtake Agreements: EverWind signs major agreements with German energy partners, such as Uniper, to export green hydrogen and ammonia to Europe to support industrial decarbonization.
- October 2026
- $10 Billion AI Data Centre Announcement: EverWind announces a massive C$10 billion private investment to build a 420-megawatt AI data centre campus at Point Tupper, backed by a 20-year lease agreement with a frontier AI developer (Anthropic) alongside multi-billion-dollar wind and battery storage expansions. This is not covered in the 2023 Environmental Assessment (11 pages of conditions)
What's Powering all this? The wind!
Wind is an unowned global common. Harnessing it for private enterprise without public equity is simply a modern enclosure of the air. However, capturing its financial value requires strict institutional discipline: the revenues must be locked away in a transparent, arms-length wealth fund that serves future generations rather than short-term political mandates.The Modern Debate: "Enclosure" of the Wind
Historically, pasturelands and forests were "enclosed" (privatized) during the Industrial Revolution. A similar debate is happening today regarding wind:
Privatizing a Shared Resource: While the wind itself remains free, the technology to capture it and the land/offshore areas needed to set up turbines are privately or commercially owned. This raises questions about who profits from a collective natural force.
Wind Rights and Airspace: In some legal jurisdictions, landowners or corporations are beginning to claim "wind rights" above property, effectively attempting to commodify the flow of air.
Equitable Governance: Proponents of treating wind strictly as a commons argue that communities should have a say in—and directly benefit from—wind energy projects, rather than external private energy giants extracting the profit from local air currents.
Sovereign Wealth Fund
A sovereign wealth fund (SWF) could absolutely be established using revenue generated from wind power. While traditional SWFs—like those in Norway, Saudi Arabia, or Alaska—were built on finite non-renewable extraction (oil and gas), a renewable sovereign wealth fund built on wind power operates on a fundamentally different, sustainable economic logic.
Here is how a wind-backed sovereign wealth fund would work in practice.
Capitalizing the Fund: Where Does the Money Come From?
Just as oil-rich states tax oil extraction, a government can collect public revenue from wind infrastructure through several mechanisms:
Leasing Public Commons: Seabeds (for offshore wind) and public lands (for onshore wind) are owned collectively by the public. Governments charge developers long-term lease fees to site turbines on these public lands and waters.
Wind Resource Taxes / Royalties: A state or nation can levy a small royalty or generation tax on every megawatt-hour (MWh) of electricity produced by commercial wind farms.
Public Ownership & Equity Stakes: Instead of simply licensing wind sites to private companies, the state can hold direct equity in wind farms—either operating them via a state-owned enterprise (similar to Norway's Equinor or Denmark's Ørsted) or co-investing with private developers.
Exporting Clean Energy: Regions with massive wind capacity (e.g., the North Sea, Patagonia, Nova Scotia or the US Great Plains) can sell excess green electricity or green hydrogen across borders to neighboring regions, sweeping export profits into the fund.
How Much Could a Nova Scotia SWF Accumulate?
The potential accumulation depends heavily on how aggressive the province is with royalties, how much power is exported (e.g., as electricity to New England/Central Canada or converted to green hydrogen for Europe), and how the fund's investment returns compound.
Here is a look at what the numbers could look like across three phases of Nova Scotia's offshore wind expansion:
1. Phase 1: Near-Term (Up to 5 GW by the mid-2030s)
Revenue Model: The provincial framework sets an initial levy of $7,000 per megawatt (MW) of installed capacity per year for the first 10 years, transitioning later to either that fee or a target 4% gross revenue royalty (whichever is higher).
Annual Inflow: 5 GW (5,000 MW) of offshore capacity generates roughly $35 million/year just from initial capacity levies. Once shifting to a 4% gross revenue royalty, it is estimated to bring in roughly $100 million per year.
SWF Accumulation (10–15 Years): If Nova Scotia deposited these royalties into a fund earning a standard 6% average annual return, the fund would reach $1.5 billion to $2 billion within 15 years.
2. Full Buildout: Mid-Term (25 GW by 2045)
As transmission infrastructure opens up markets across the US Eastern Seaboard and Atlantic Canada, Nova Scotia's offshore footprint expands significantly.
Annual Inflow: At 25 GW, a 4% royalty on wholesale power and green hydrogen exports could generate $500 million to $700 million annually in state revenue.
SWF Accumulation (20 Years): Reinvesting these cash flows would grow the fund to $15 billion to $22 billion.
3. Ultimate Potential: Long-Term Horizon (50 GW Vision)
At full capacity, Nova Scotia would generate vastly more power than its population of about 1 million needs, making it a pure green energy exporter.
Annual Inflow: Direct annual government revenues from royalties, seabed leasing fees, and grid tariffs could range from $1.2 billion to $2 billion per year.
SWF Accumulation (30–40 Years): With compound interest, a fully realized wind SWF could realistically reach $50 billion to $80+ billion (CAD).
What Would That Mean for Nova Scotians?
To put a $50 billion renewable fund into context for a province of roughly 1 million people:
Per-Capita Wealth: It would represent over $50,000 per citizen in shared provincial assets.
The "Wind Dividend": Following the Norway or Alaska model (where a conservative 3–4% of the fund is drawn down annually for public benefit), the fund could generate $1.5 billion to $2 billion a year in perpetual revenue.
Impact: That single annual dividend could completely cover Nova Scotia's municipal infrastructure deficits, fund public healthcare expansions, or provide annual direct cash payouts ("wind dividends") to every resident forever—without ever touching the fund's core capital.
