Agrivoltaics (AV) is set to be a transformative technology, offering a groundbreaking solution to the competition for land by enabling the simultaneous production of agricultural goods and electricity via photovoltaic modules. Implementing AV in Germany requires pilot projects and a wide range of expertise. Find out more about our AV projects in Baden-Württemberg here!
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Agrivoltaics is as diverse as agriculture itself. During the first project phase (2022–2024), we focused on combining photovoltaics with the cultivation of speciality crops such as apples, pears, plums and berries. In the second phase (2025–2026), we will expand our focus to include grasslands, livestock, grapevines, arable crops, and conifers.
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Understanding the complex interactions between agriculture and photovoltaics requires an integrated approach. The interplay of various disciplines, from agricultural sciences and systems engineering to hydrology, legal aspects and social considerations, is essential to establishing agrivoltaics as a sustainable technology.
show moreClimate change threatens our harvests through intense solar radiation and an increasing number of extreme weather events such as hail and heavy rainfall. In addition, there is growing competition between energy production and agricultural use for available land. Agrivoltaics (AV) could help address these challenges: photovoltaic modules are installed above the cultivated areas, allowing fertile soils to remain viable for farming while also providing additional weather protection for the crops. This way, food and electricity can be produced on the same plot. The orientation and transparency of the PV modules are tailored to the plants' specific needs. The foundation-free substructures allow complete removal without residues that could impair future agricultural use. Further research aims to unlock the potential of this technology for Germany.
The project »Model Region Agrivoltaics for Baden-Württemberg« involves an interdisciplinary consortium of over 20 partners aiming to advance the expansion of this technology across the federal state of Baden-Württemberg, with financial support from the Ministry of Environment, Climate and Energy Sector and the Ministry of Food, Rural Affairs and Consumer Protection. During the first phase (2021-2024), research concentrated on pome fruit, stone fruit and and berry fruits, with agrivoltaic systems exceeding 1.700 kWp installed at five sites (Bavendorf, Heuchlingen, Karlsruhe, Kressbronn am Bodensee, and Oberkirch-Nußbach). The second phase (2025-2026) broadens the focus to explore the potential of the combination between photovoltaics and livestock farming, winegrowing, reforestation, grasslands, and arable farming.
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Am 20. Juli stellen die PartnerInnen des Projekts Modellregion Agri-PV BW in Schriesheim erste Forschungsergebnisse vor. IndustrievertreterInnen ergänzen die Perspektive aus der Praxis. Im Mittelpunkt der Veranstaltung steht die Kombination von Photovoltaik mit Sonderkulturen, Legehennen, Dauergrünland und Ackerbau. Jetzt bis zum 13. Juli 2026 verbindlich anmelden. Die Teilnahme ist kostenlos.
Im neuen Video des Landwirtschaftlichen Technologiezentrums Augustenberg geben Greta Ott, wissenschaftliche Mitarbeiterin, und Hermann Meschenmoser, Leiter des Obsthofs, spannende Einblicke in ihre Agri-PV-Forschungsanlage. Im Beitrag berichten sie von ersten Ergebnissen zum Einfluss unterschiedlicher PV-Systeme auf die Apfel- und Birnenbäume, die darunter wachsen, sowie deren Früchte.
Looking for an exciting Master's thesis topic? The LAZBW and DHBW Ravensburg are seeking motivated students to analyse the grazing behaviour on agrivoltaic sites using deep learning-based image evaluation. Explore animal behavior and grassland development while assessing the practical relevance of this technology. Applications due by March 27, 2026. For more information check the job description.