SolarBank Corporation has announced its latest initiative to develop a 6.9 megawatt community solar project in Brooklyn, Nova Scotia. This project represents a significant milestone as part of Canada's first Community Solar Program and is expected to generate enough clean energy to power approximately 900 homes. The development contributes substantially to Nova Scotia's ambitious targets of achieving 80% renewable energy by 2030 and net-zero emissions by 2035, positioning the province as a leader in renewable energy adoption.
The Brooklyn solar project is owned by AI Renewable Fund, which has secured two of the three contracts awarded under the Community Solar Program to date. SolarBank will serve as both developer and builder for the initiative, bringing its extensive experience in community solar development from the United States to the Canadian market. This cross-border expertise transfer highlights the growing global nature of renewable energy development and the importance of leveraging international best practices in local contexts.
Construction of the $13.9 million project is scheduled to commence in Spring 2026, with completion expected by Summer 2026. The timing aligns with Nova Scotia's accelerated renewable energy timeline and demonstrates the feasibility of rapid deployment of solar infrastructure to meet pressing climate goals. The project's development cost reflects the significant investment required for large-scale renewable energy infrastructure while showcasing the economic viability of community solar models in the Canadian market.
This initiative underscores SolarBank's commitment to advancing renewable energy solutions while highlighting the critical role of community solar programs in achieving environmental sustainability. By providing clean, renewable energy to hundreds of homes, the project represents a tangible step forward in combating climate change and transitioning toward a greener economy. The development also showcases the potential for effective public and private sector collaboration in meeting renewable energy targets and fostering sustainable development practices that benefit both local communities and the broader environment.
