→Robert Richter: Overview of the Interreg Agri-PV Project (A1-11) – An introduction to the various aspects addressed in the project. A brief introduction to the cross-border Interreg project, its partners from France, Germany, and Switzerland, and the range of issues it addresses—from agronomy to economics and society. →Manuela Pimenta: “What, where, and when: optimizing self-consumption of Agri-PV electricity in viticulture.” Which electricity needs in a wine-growing operation can be met by Agri-PV, at what stage of the production process, and at what time of year? A practical look at how self-consumption rates of Agri-PV-generated power can be optimized across the viticulture industry. A key to success: broad acceptance of Agri-PV in the region. An Agri-PV system only works if the region embraces it. We present the results of a stakeholder survey exploring how different groups—from winegrowers to local authorities—perceive Agri-PV. →Luisa Fruth Experimental design: a spatio-temporal data framework for informed decision-making on Agri-PV as a dual-use system in viticulture.How do we measure what actually happens under and between the modules? An overview of the experimental design that provides spatially and temporally resolved data—the foundation for sound decisions on Agri-PV as a dual land use in vineyards. →Leonhard Pfahl: digi-Spray – optimizing recycling sprayers for sustainable viticulture. How can plant protection in the vineyard become more precise and resource-efficient? A look at digital spray technology and recycling sprayers that reduce pesticide use—and at how these techniques integrate with an Agri-PV system in practice.
