# Cranberry Bogs Integrate Solar Power Through Agrivoltaics Massachusetts farms pioneer dual-use solar installations to sustain agricultural land and energy production. - **Source:** [Grist](https://grist.org/) - **Published:** 2026-11-07 - **Topic:** [climate](https://brifing.si/c/climate) - **Original article:** - **On Brifing:** https://brifing.si/s/c48b7a80-abc1-44b0-8b6a-c9c7ac34bedf ## Dual-Use Agricultural Innovation Cranberry farms in Kingston and Plymouth, Massachusetts, are pioneering agrivoltaics by harvesting fruit beneath elevated solar panels. This dual-use strategy allows agricultural land to generate renewable energy without sacrificing crop production. These sites represent the first successful integration of commercial cranberry farming with operating solar installations in the United States. ## Statewide Net-Zero Strategy Massachusetts aims to reach net-zero carbon emissions by 2050, driving significant investment in solar development. However, siting large arrays on undeveloped land often faces local opposition regarding ecosystem disruption. Agrivoltaics provides a strategic solution by utilizing existing farmland, thereby balancing the urgent need for clean energy with local community concerns. ## Financial Incentive Structure Since 2018, Massachusetts has offered specific financial incentives for dual-use solar projects. Developers currently receive a base rate of 23.17 cents per kilowatt-hour, plus an additional 9-cent premium for agrivoltaic arrays. This subsidy model attracts developers to lease or purchase agricultural land, providing farmers with a reliable, long-term financial lifeline. ## Engineering Unique Challenges Constructing solar arrays over boggy terrain required specialized engineering solutions. Foundations had to be driven significantly deeper than the standard eight to ten feet to reach stable ground. Furthermore, designers opted for overhead wiring to avoid water-logged soil, while mounting panels ten feet high to accommodate necessary harvesting equipment movement. ## Preserving Protected Wetlands Cranberry bogs are classified as protected wetlands, preventing them from being converted into housing or commercial developments. For farmers struggling with profitability, solar leasing offers a way to maintain land ownership while generating steady income. This model preserves the agricultural character of the landscape while supporting the state's renewable energy goals. ## Community Solar Model The Kingston and Plymouth projects operate under a community solar model, distributing power to local customers. Greenbacker Renewables purchased the land from retiring farmers, while Distributed Energy Infrastructure managed the technical design. This collaborative approach ensures that the energy generated provides tangible environmental and cost benefits to the surrounding local community. ## Expanding Agrivoltaic Horizons Success in cranberry bogs has encouraged the expansion of agrivoltaics into other sectors, including apple orchards, cattle pastures, and Christmas tree farms. Developers are also working to revive stalled projects, such as those in Carver, Massachusetts. These efforts demonstrate that dual-use solar is a scalable strategy for diverse agricultural environments across the nation. ## Future Industry Outlook While initial development momentum has been gradual, stakeholders expect the pace to accelerate as technical lessons are applied to new projects. By proving the viability of growing crops beneath solar arrays, these Massachusetts farms are shifting the paradigm for land use. Future installations will likely benefit from these early, complex engineering experiments. ## Sources covering this story - https://grist.org/solutions/these-cranberry-bogs-come-with-a-side-of-solar/ — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._