Research unveils support tools for environmental sustainability in agrivoltaic systems, indicating improved climate resilience.
Innovation in the field of agrivoltaic systems involves the adoption of integrated solutions aimed at preserving the continuity of agricultural cultivation activities by applying convergent technological-energy innovations on the one hand, and technological-cultural innovations on the other. Agrivoltaic systems can be framed in the category of biotech integrated systems, and their implementation looks at innovative climate resilient habitat models, favouring a compatible combination of anthropic and environmental components. The paper reports on the outcomes of the activity of a research group of the Department of Architecture, University of Naples Federico II, conducted in the framework of the integrated project ‘High-efficiency photovoltaics’ (PTR 2022-2024), The aim was to define support tools for environmental sustainability in the design of agrivoltaic systems, starting from the construction of a systematised framework of the main aspects of the technological innovation in its orientation towards increasing climate resilience.
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D’Ambrosio et al. (2025) studied this question.
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