Massachusetts Cranberry Bogs Adopt Solar Power

Dual-use agrivoltaic projects in Plymouth and Kingston pair energy production with fruit cultivation.

Updated on Oct. 16, 2026 in Organic Food

Screen-print poster illustration of elevated solar panels over a red cranberry bog, symbolizing the union of agriculture and renewable energy. — Distributed Energy Infrastructure has revitalized previously idle Massachusetts cranberry bogs by integrating agrivoltaic systems that allow for simultaneous farming. AI Illustration. Upload story photo >

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Do you support combining solar energy projects with local farming operations to boost land productivity?

Distributed Energy Infrastructure has completed two agrivoltaic projects in Massachusetts, allowing farming to resume at the Black Cat and Ring Road bogs. The first harvests from these sites occurred in fall 2025.

Why it matters

Solar land lease income provides the financial stability needed to return previously idle Massachusetts bogs to productive agricultural use.

The Black Cat site features 1 megawatt of solar capacity and 2.7 megawatt-hours of storage, while the Ring Road site holds 4.4 megawatts and 13.5 megawatt-hours. Panels are elevated 10 feet with 18 feet of spacing between rows.

The players

Distributed Energy Infrastructure

This company oversaw the design and completion of the dual-use agricultural and energy projects.

Greenbacker Renewables

This investment and asset management firm serves as the owner of the Black Cat and Ring Road sites.

The details

Construction crews used white protective mats throughout the 8-month build to prevent soil overheating, a departure from standard black construction materials. The elevated panel design ensures sufficient clearance for essential farm machinery to maneuver underneath.

Fall 2025: The first agrivoltaic cranberry harvests were completed.
September 2026: Details regarding the construction mechanisms were published.
October 2026: The official announcement of the projects was released.

Culture Shift

These projects reflect a broader societal trend of integrating sustainable energy with traditional farming practices to preserve agricultural heritage. This model marks a departure from land-use conflicts by turning potentially idle bogs into dual-purpose economic zones.

Residents may notice the physical presence of solar arrays atop local cranberry bogs, which now feature elevated panels to support ongoing farming. The operational continuity at these sites helps preserve local agricultural landscapes while simultaneously bolstering the regional energy supply.

The takeaway

Farmers looking to diversify income streams can consider solar leasing as a viable method to maintain active agricultural operations. The use of white protective mats during construction serves as a practical tip for land managers looking to minimize soil thermal impact.