Carver Solar Project Transforms Cranberry Bog into Renewable Energy Source

Key Takeaways

Syncarpha Capital’s Carver Solar project is now operational with a capacity of 7.1 MW.
The solar installation includes a 4 MW battery storage system and is situated on a cranberry bog in Carver, Massachusetts.
Energy produced will be distributed via Eversource Energy under Massachusetts’ Solar Renewable Target program.

Carver Solar Project Details

Syncarpha Capital’s Carver Solar project has received its Permission to Operate approval and is officially operational as of November 26. This community solar installation boasts a capacity of 7.1 MW and is complemented by a 4 MW, two-hour battery storage system. The project occupies a unique 28-acre site located within a cranberry bog in Carver, Massachusetts.

The electricity generated by this initiative will be distributed through Eversource Energy as part of the Solar Massachusetts Renewable Target (SMART) program. This program supports the expansion of solar energy throughout the state, promoting renewable sources and encouraging sustainable practices.

Clifford Chapman, co-founder and CEO of Syncarpha Capital, expressed pride in the project, highlighting the team’s dedication to overcoming challenges and providing innovative solar and storage solutions. He noted that the Carver project is a testament to the company’s commitment to community to improve local land use while fostering renewable energy initiatives.

Years of careful planning and collaboration played a crucial role in bringing this project to fruition, involving local, county, and state agencies alongside Eversource Energy. The cooperative effort underscores the importance of teamwork in successfully implementing sustainable energy solutions that benefit both the community and the environment.

With the Carver Solar project now operational, residents and stakeholders can look forward to the tangible benefits of greener energy produced locally, marking a significant step towards a more sustainable future in Massachusetts.

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