About AWEL Grid What Changed in 2026 The Project Precedent Vision Community Timeline FAQ Have Your Say →

The wind was always here. The grid just caught up.

For decades Cape Breton had some of the best onshore wind in North America and nowhere to send it. In 2026 Canada financed the answer. AWEL is a 40 MW project near Baddeck, offering the AI companies of tomorrow the two things they cannot buy elsewhere: cheap cooling and a price fixed for 25 years.

2,700 MW
Firm hydro behind Atlantic wind
Ask any wind developer their hardest question. It's "what happens when it stops?" Gull Island is Ottawa's $10 billion answer.
$0
Cost to ratepayers
Not a cent on your power bill. About 50,000 tonnes of CO₂ a year that never happens.
Nova Scotia regulatedIndustrial Approval process
Mi'kmaw co-ownership offeredWagmatcook, We'koqma'q, Potlotek
Full environmental assessmentBirds, bats, water, views
Every comment is on the recordFiled with regulators
Bras d'Or UNESCO BiosphereNo siting in sensitive watershed zones
Who we are

Why a wind project in 2026 is not the same as one in 2024

Baddeck, Cape Breton
Victoria County, Nova Scotia · 46.1°N 60.8°W
Upland ridges west and north of Baddeck
Bras d'Or Lake watershed (UNESCO Biosphere Reserve)
Mi'kmaw traditional territory
345 kV grid tie at Port Hawkesbury
Wind resource
7–8.5
m/s mean wind speed
35%
estimated capacity factor

Why Cape Breton, why now

Here is a puzzle. Cape Breton's ridges have wind speeds that would make a developer in Texas envious, and a climate that makes a data centre 40–60% cheaper to cool than one in Georgia. So why isn't the island covered in turbines?

The answer has nothing to do with wind. It has to do with what happens when the wind stops. Nova Scotia's grid was small and had no firm backup, and a wind farm on a grid like that is a liability, not an asset. Then, in a single year, three things changed: Ottawa financed 2,700 MW of Labrador hydro expressly to firm Maritime wind, doubled the Indigenous Loan Guarantee Program to $10 billion, and cut the environmental review to a single window.

AWEL is the first onshore project designed for the grid that now exists — Mi'kmaw equity, a 25-year offtake, every study public. And every comment you leave here becomes part of our permit applications.

Grid & transmission
Baddeck on the Eastern Canadian grid
Seventy billion dollars is an abstraction. A corridor is a place. In August 2026 Canada drew the corridor — and Baddeck is on it.
2,700
MW · Gull Island hydro
Firm power behind the wind
A new dam on the Churchill River, built — in Ottawa's own words — to enable variable renewables next door. That is a sentence written about us.
660+
km new transmission
New transmission
New lines from Labrador to Québec, with NB overland and subsea routes to Nova Scotia under study.
345
kV NSPI backbone
Nova Scotia grid
Port Hawkesbury and Truro carry Cape Breton wind to Halifax and the New Brunswick tie.
5,000
MW offshore by 2033
Wind West
Four offshore zones designated in 2025, 40 GW by 2050. Every kilometre of onshore grid built now is a kilometre Wind West won't have to build later.
Firm hydro (Labrador → Québec → Maritimes)AWEL onshore windWind West offshore (2033+)Interprovincial tie
Nova Scotia (host)Newfoundland & Labrador (hydro)QuébecNew Brunswick / PEI
Watch the blue. That is Labrador hydro arriving to fill the gaps between gusts. The hatched water is Wind West — 5,000 MW by 2033, 40 GW by 2050.
What changed in 2026

Three signatures that changed the map

Big shifts rarely announce themselves. They arrive as paperwork. Here is the paperwork.

27 March 2026
One-window environmental assessment
Ottawa and Nova Scotia agreed to one review instead of two for major projects.
For Baddeck: a single-track EA and commercial operation as early as 2028.
14 May 2026
National Electricity Strategy
Double the grid by 2050: $20B at the Canada Infrastructure Bank, a 30% clean electricity tax credit, and an Indigenous Loan Guarantee Program doubled to $10B.
For Baddeck: a Mi'kmaw partner can buy in with guaranteed debt, and the project has a real capital stack.
17 August 2026
The $70 billion Atlantic package
$10B in federal financing for Churchill Falls, Gull Island (2,700 MW), Innu-co-owned Labrador wind and 660 km of transmission.
For Baddeck: firm hydro built to back up Maritime wind. Baddeck becomes a node on one integrated Eastern grid.
The proposal

The Baddeck Wind Project

Ten turbines. Each one roughly the height of a 40-storey building, standing on a ridge you will rarely be close enough to hear.

10
Turbines
4 MW turbines
About 150 m to blade tip, on ridges away from homes.
40
MW capacity
Clean output
About 120,000 MWh a year. That is 12,000 homes — or one mid-size data centre. Same number.
600m+
Minimum setback
Setbacks
No turbine within 600 m of a dwelling. Noise under 40 dB(A).
12 mo
Wildlife baseline surveys
Wildlife first
Bird, bat and habitat surveys under way; curtailment in migration season.
25yr
Power purchase agreement
25-year fixed price
A fixed price with Nova Scotia Power for a generation.
Precedent

This has already been done. Next door.

Every question people ask about Baddeck has been asked, and answered, somewhere else in Nova Scotia in the last four years. Here is where.

168 MW
Goose Harbour Lake Wind
Guysborough County · Port Hawkesbury Paper Wind
Powers one of the province's largest industrial employers. 10% owned by WMA, the agency of all 13 Mi'kmaw communities. Turbine towers arrived February 2026, ahead of schedule.
Under construction
148.5 MW
Mersey River Wind
Queens County · Renewall Energy
Atlantic Canada's largest wind farm and the first to sell power directly to customers, bypassing the utility. $206 million from the Canada Infrastructure Bank. Halifax Regional Municipality is a customer.
First power 2026
34 MW
Benjamins Mill Wind
West Hants · Natural Forces + WMA
Majority-owned by the Mi'kmaw of Nova Scotia, financed by the Canada Infrastructure Bank, 25-year PPA with Nova Scotia Power. Almost exactly Baddeck's size. This is the template.
Operating
94.4 MW
Weavers Mountain Wind
Pictou & Antigonish · SWEB + Glooscap First Nation
One of five projects from the 2022 provincial procurement, every one of them majority Mi'kmaw-owned. Together they supply about 12% of Nova Scotia's electricity.
Operating
100 MW
Higgins Mountain Wind
Cumberland & Colchester · Sipekne'katik + Elemental Energy
Ridge-top siting in a rural county with the same setbacks, noise limits and environmental assessment Baddeck will go through.
Operating
1,264 MW
Ocean Lake Wind
Guysborough County · EverWind + Membertou
The largest wind project ever approved in Nova Scotia, Indigenous-led, cleared its environmental assessment in July 2026. Potlotek and Paqtnkek are equity partners in the wider EverWind project.
Approved July 2026

Nova Scotia already hosts more than 300 commercial wind turbines, most of them owned in partnership with municipalities or Mi'kmaw communities. Baddeck is not an experiment; it is the next one.

For Canada's AI companies

A data centre has two bills. Cape Breton cuts both.

Power and cooling are 70% of what it costs to run a data centre. Here, one is fixed for 25 years and the other is mostly done by the weather.

The Canadian AI companies of the next decade will be built wherever electricity is clean, cheap and, above all, predictable. A 25-year fixed-price contract is predictability you can put in a model. A climate that cools servers for free is the part nobody prices in until they move south.
40–60%
lower cooling cost than the U.S. Southeast
Cooling done by the climate
Cape Breton's mean temperature is 6 °C. Free-air cooling runs most of the year; chillers become the exception.
25yr
fixed-price electricity
Predictable power
A Power Purchase Agreement fixes the price for a generation. No gas-price shocks, no carbon-cost surprises, no spot-market volatility.
24/7
wind firmed by hydro
Firm, not intermittent
Baddeck wind backed by 2,700 MW of Labrador hydro. Clean power that does not stop when the wind does.
8.5m/s
mean wind speed
Exceptional Atlantic wind
Among the strongest onshore wind on Canada's Atlantic coast — the reason the price can be fixed low.
<20ms
to North American and European hubs
Cables already land here
Nova Scotia is a transatlantic cable landing point. Sovereign Canadian compute, without the latency penalty.
CA
built in Canada, owned here
Sovereign and co-owned
Canadian rule of law, AAA credit, Mi'kmaw equity. A supply story that meets net-zero and data-residency commitments at once.
Compute goes where the power is cheap and certain. It always has.
Phase one is 40 MW above Baddeck. The platform is 200–500 MW of firm Atlantic power under long-term Clean Power Agreements. If you are building an AI company in Canada and planning load, we would like to talk before the corridor fills up.
Have your say Enquire about offtake
Community & partnership

The projects that get built are the ones people own

Study wind farms that were stopped, and a pattern emerges: the community was consulted, never included. We are doing it the other way round.

What stays local

  • Landowner Lease Income — 25 years of annual payments to hosting landowners.
  • Local Employment — Cape Breton contractors first; operations staff based here.
  • School & Skills Partnership — Bursaries and apprenticeships with CBU and NSCC.
  • Municipal Tax Revenue — Annual property tax to Victoria County.

Mi'kmaw Partnership

Baddeck sits on unceded Mi'kmaw territory. There are two ways to handle that: consult afterward, or offer ownership up front. We are offering Wagmatcook, We'koqma'q and Potlotek the second.

Environmental Commitment
Full assessment, all findings published before any construction decision.
Noise & Shadow Flicker
Under 40 dB(A) at any home; automatic curtailment for shadow flicker.
Bras d'Or Lake Protection
A UNESCO Biosphere and sacred Mi'kmaw water. No turbines in sensitive zones.
Full Transparency
Every filing published on awel.ca within 5 business days.
Where we are

Where we are, honestly

1
Spring 2026 · Complete
Company formed
Incorporated. Landowner and Mi'kmaw conversations opened.
2
Fall 2026 – 2027 · Now Underway
Consultation, wind study, EA
Public comments to November 30. Met mast going up, one-window EA scoped. You are here.
3
2027 – early 2028
Approvals and financing
Permits, a 25-year PPA, and financing through the 2026 federal instruments.
4
2028
Construction
Roads, foundations, turbines, grid connection. Local hiring, weekly updates.
2028/29 – 2054
25 years of clean power
Operation, annual public reports, decommissioning bond from day one.
FAQ

The questions people actually ask

Will turbines affect my property value?
Research finds small effects within about a kilometre and little beyond. Our 600 m setback and an independent appraisal address it directly.
What will they look like from Baddeck town?
Visible on some horizons. A Visual Impact Assessment from the village, Cabot Trail and lakeshore will be published.
How loud are modern 4 MW turbines?
35–40 dB(A) at the setback — a quiet library. Curtailed automatically if limits would be exceeded.
What about impacts on birds and bats?
Pre-construction radar and acoustic monitoring, curtailment in migration season, and federal Species at Risk protocols.
Will this affect tourism and the Cabot Trail?
Sited away from the National Park and core Cabot Trail views. A tourism impact study is under way.
Can local people invest in this project?
Yes. A community bond or co-op share with an accessible minimum. Details before year end.
Is public money going into this? You say "$0 to ratepayers."
Not through power bills. Financing uses private capital and the federal clean-power instruments every Canadian energy project now uses; the full capital structure will be published at close.
What happens when the turbines reach end of life?
Full removal and land restoration at our cost, secured by a bond from day one.
Can local people oppose this project?
Yes. Opposition is filed, must be answered, and can stop the project.

Have a question not answered above?

Send Us Your Question ✉
Phase 2 consultation · closes November 30, 2026

Have your say

Most public consultations are theatre. This one has teeth: every submission is recorded, published, answered in writing — and enough of them can stop the project.

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Other ways to comment

By post

AWEL Wind Energy Ltd.
Community Engagement
45 Weatherbee Rd, Suite 404B, Mira Road NS B1M 0A1

What happens after you submit?
1Acknowledged within 10 days.
2Compiled into the consultation report filed with regulators.
3Answered in writing. Regulators require it.
4Significant opposition can stop the project.
✅ Thank you! Your submission has been received and formally recorded.
We will be in touch within 10 business days.