Minnesota Sees Promising Early Results from Agrivoltaics Projects
Minnesota is experiencing promising early results from agrivoltaics projects, which combine solar energy production with agricultural activities such as grazing livestock (sheep and cattle) and cultivating crops. These initiatives are underway at various locations across the state, including near Becker,…
Minneapolis St. Paul, MN, November 9, 2026 — Minnesota is witnessing encouraging initial outcomes from its expanding agrivoltaics initiatives. These projects represent an innovative approach that integrates the production of solar energy with traditional agricultural practices, aiming to create dual benefits for both renewable energy development and farming operations.
The core concept of agrivoltaics, also known as solar sharing, involves co-locating solar photovoltaic (PV) panels on land also used for agriculture. This model allows for the simultaneous generation of electricity and the cultivation of crops or the raising of livestock.
Early results from several sites across the state indicate that this dual-use strategy is proving viable. Projects have been established and are showing promise in locations including, but not limited to, areas near Becker, Big Lake, Morris, and Olivia. These developments are contributing to Minnesota’s renewable energy goals while also supporting the agricultural sector.
Agricultural activities being successfully integrated into these solar installations include the grazing of livestock. Specifically, the summary notes the use of sheep and cattle for vegetation management under and around the solar arrays. In addition to livestock grazing, these sites are also being utilized for cultivating crops, further demonstrating the versatility of the agrivoltaics model.
The approach is being characterized as a potential win-win scenario. For renewable energy developers, it offers a method to utilize land that might otherwise face competing interests or be considered less suitable for purely agricultural or solely energy-generating purposes. For farmers and ranchers, it presents an opportunity to diversify income streams, potentially by leasing land for solar development, while continuing to engage in farming activities. The combination of solar energy generation and active land use helps to maximize the utility of the land resources.
The ongoing implementation and positive early outcomes in various Minnesota communities highlight the growing interest and potential of agrivoltaics as a sustainable land-use strategy that can support both clean energy production and agricultural vitality.
Story summarized from the original created by Brian Martucci on www.minnpost.com, see more information here.
