Maryvale Wind Farm
Overview
The Maryvale Wind Farm, located in Nova Scotia, Canada, uses four 1.5 MegaWatt Vensys V-77 wind turbines. Positioned on a mountain with a view of the Atlantic Ocean, the project is part of the region's renewable energy efforts and has been embraced by the local community.
Challenges and Solutions
The project faced several challenges, including meeting environmental obligations such as remediation work on an existing wetland as well as building on a mountain, presented difficulties due to extreme weather conditions. Despite these challenges, the project was completed successfully with significant involvement from local contractors.
Key Features
- Community Support: The project was warmly welcomed by the local community, generating excitement, especially during the delivery of the large turbine blades.
- Local Engagement: Local contractors played a crucial role in construction, providing direct benefits to the community. Ongoing jobs were created, and the operators of the wind farm are residents of the area.
- Environmental Impact: The wind farm contributes to Nova Scotia Power's renewable energy targets, meeting its estimated energy production.
Operational Excellence
The operators have years of experience managing the wind farm in an area known for extreme weather forecasts. The project continues to operate efficiently, showcasing the resilience and adaptability of the team.
Key Benefits
The Maryvale Wind Farm has been a catalyst for local economic development, creating jobs and promoting renewable energy use in Nova Scotia. Its successful operation demonstrates a commitment to sustainable energy solutions.
Our Impact
Horizon Legacy is revolutionizing the construction industry with the first and largest neighborhood in Canada built using onsite robotics.
Cost Efficiency
Our approach delivers an average cost of under $300K per unit (costs exclude land, servicing, softcosts) showcasing that robots can be integrated affordably while meeting and exceeding the Ontario Building Code.
With 26 rental units, including 30% affordable, we surpass industry standards.
Our project achieves a 20% reduction in energy intensity and greenhouse gas emissions, and our all-electric buildings ensure zero greenhouse gas energy consumption.
By creating wall assemblies with R-30 thermal performance and consolidating three trades into one, we effectively address the labor shortage, demonstrating the transformative potential of robotics in construction.