Information Architecture for the Arkaute Agrivoltaic Experimental Unit

Abstract

The recent commissioning of the Agrivoltaic Experimental Unit in Arkaute (UnExA) marks the beginning of systematic data generation within an agrivoltaic environment. This ongoing work presents a proposed information architecture for the acquisition, processing, and integration of these data, addressing the heterogeneity of existing data sources and models. In an initial phase, information systems from the agroclimatic, agronomic, and energy domains are analysed to identify their specific characteristics and requirements. A database integrating information from all three domains has also been designed. In parallel, prototype tools for data entry, monitoring, and processing are being developed. As a complementary line of research, agroclimatic data are being used to validate solar irradiation simulation models, with the aim of developing a decision-support tool for the future design and optimisation of agrivoltaic installations. The results presented correspond to an initial stage of the project and are based on the first datasets collected within the experimental unit.