Nova Scotia has taken another major step toward a cleaner and more sustainable energy future. The Setapuktuk Wind Project—developed in partnership with Membertou First Nation—has officially cleared its environmental assessment. This milestone moves the province closer to producing large-scale renewable electricity while supporting local jobs, green hydrogen production, and community-led development. Let’s explore what this project means for the region, for clean energy, and for future economic growth.
1. Overview of the Setapuktuk Wind Project
The Setapuktuk Wind Project is a large-scale renewable energy initiative led by EverWind NS Holdings Ltd. in partnership with Membertou Development Corp. Once completed, the site will include 54 advanced wind turbines designed to deliver clean energy at utility scale.
2. Partnership With Membertou First Nation
A key strength of this project is the involvement of the Membertou First Nation. Their participation ensures long-term community benefits, stronger economic opportunities, and responsible environmental stewardship. This collaboration is also aligned with Nova Scotia’s commitment to Indigenous-led energy projects.
3. Environmental Assessment Approval
The Nova Scotia government has officially approved the environmental review for the project. This assessment focused on wildlife impact, local ecosystems, water systems, and community health concerns. Approval signals that the project meets provincial standards for environmental safety.
4. Project Location and Construction Timeline
Located in Guysborough County, the project is planned to break ground in late 2026. Construction will take roughly two years, followed by operational testing and grid integration.
5. Planned Energy Production Capacity
Once fully operational, the wind farm is expected to generate 432 megawatts of clean electricity.
Here’s a quick breakdown:
| Feature | Details |
|---|---|
| Total Turbines | 54 |
| Turbine Height | ~222 metres |
| Total Output | 432 MW |
| Expected Operation | Late 2020s |
6. Connection to Green Hydrogen & Ammonia Facility
One of the most innovative aspects of the Setapuktuk project is that the electricity will help power EverWind’s green hydrogen and ammonia production facility in Point Tupper. This supports global demand for clean fuels and strengthens Nova Scotia’s role in renewable energy exports.
7. Environmental Terms and Conditions
The province has assigned 58 environmental conditions that must be followed throughout the project lifecycle. These include:
- Wildlife protection guidelines
- Noise and air quality monitoring
- Watercourse protection
- Community engagement requirements
- Public reporting obligations
Some of these terms may look a bit though, but they help keep the environment safe.
8. Economic and Job Creation Impact
The Setapuktuk project is expected to deliver clear economic benefits, including:
- 350–400 construction jobs during the building phase
- 20–35 full-time operational jobs once active
- Increased local spending and supplier opportunities
- Training and long-term skill development
9. Benefits for Local Communities
Surrounding communities stand to gain from infrastructure upgrades, employment, and improved economic resilience. Membertou First Nation’s involvement also helps ensure that benefits are shared fairly and sustainably.
10. Renewable Energy Goals in Nova Scotia
This project helps support Nova Scotia’s target of getting 80% of its electricity from renewables by 2030. Wind energy remains the province’s fastest-growing clean power source.
11. How This Project Supports Canada’s Climate Plans
Canada aims to achieve net-zero emissions by 2050. Projects like Setapuktuk play a crucial role by lowering reliance on fossil fuels, increasing renewable production, and enabling the development of green hydrogen technology—one of the world’s most promising clean fuels.
12. Final Thoughts and What Comes Next
The approval of the environmental assessment marks a major milestone. As construction approaches in 2026, Nova Scotia is set to expand its role as a national leader in clean energy innovation. The combination of community partnership, environmental protection, and advanced renewable technology makes this one of the region’s most important energy projects.