Agrivoltaics increases public acceptance of solar energy production on agricultural land

Competition for land is a key challenge for decarbonized energy transitions. Open-space solar energy farms are gaining in importance but have large land requirements and displace agricultural production. Agrivoltaics offers a compromise, integrating solar panels into existing farming operations. However, adoption of Agrivoltaics remains limited, as it has lower energy output per hectare and higher installation costs than open-space solar. Here, we compare public attitudes towards Agrivoltaics and open-space solar in Germany, using experimental data from a nationally-representative sample. Participants were shown three images of a landscape that differed in terms of land use, namely an agricultural field without solar, an Agrivoltaics system, and an open-space solar system, together with some technical information. While both solar systems have perceived negative impacts on landscape attractiveness, the impacts are less negative for Agrivoltaics. In comparison to their regular electricity bill, 44 % of the participants expressed their willingness to pay more for electricity from Agrivoltaics, compared to 29 % for electricity from open-space solar. We also find a higher monetary willingness to pay for Agrivoltaics. These results hold across different agricultural systems, implying that Agrivoltaics could play an important role for socially-acceptable energy transitions. More widespread Agrivoltaics adoption may depend on targeted policy support. • Agrivoltaics enables food and energy production on the same piece of land. • Representative survey in Germany shows positive public attitudes towards Agrivoltaics. • Landscape is perceived as negatively affected, but less than for open-space solar systems. • Higher willingness to pay for electricity from Agrivoltaics than from open-space solar projects. • No significant difference in acceptance of Agrivoltaics across crop and livestock systems.