Learn Solar Grazing in New Webinar

By Scout Nelson

The University of Minnesota Extension is hosting a webinar series focused on agrivoltaics, helping participants understand how cattle grazing can be managed on solar sites. The program highlights how this system supports both energy production and agricultural use on the same land.

The webinar focuses on practical aspects of managing cattle in solar grazing systems. Topics include infrastructure setup, animal welfare, and day-to-day management practices. These areas are important for producers who want to successfully combine livestock production with renewable energy projects.

Solar grazing, also known as agrivoltaics, is gaining attention as a way to improve land use efficiency. Farmers can allow cattle to graze under solar panels while maintaining vegetation on the site. This approach can reduce maintenance needs for solar projects and create additional income opportunities for livestock producers.

The session features industry experts who share their experience and knowledge. They discuss real-life applications of solar grazing and provide guidance on how producers can adopt this system in their own operations. Their insights help participants understand both the advantages and the challenges of agrivoltaics.

The webinar is open to a wide audience, including livestock producers, educators, solar developers, researchers, and agency staff. It is offered free of cost, making it accessible to anyone interested in learning more about this growing practice. Participants can register online to receive the webinar link.

The event takes place on April 14, 2026, at 5:00 p.m. Central Time and is conducted online. The program is delivered in English, and interpreter services may be available with advance requests. Organizers also provide accommodation to ensure equal participation. For more information, contact Sabrina Florentino, at slpflore@umn.edu.

Overall, the webinar supports learning and innovation in agriculture by introducing new ways to combine farming with renewable energy systems.

Photo Credit: istock-simplycreativephotography