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Capone_13141700_2025.pdf
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- Optimizing cable networks for photovoltaic structures offers an innovative solution to today's energy and climate challenges. As global demand for electricity continues to grow, the need to produce energy sustainably becomes imperative. Photovoltaic infrastructures can meet this dual requirement by integrating combined uses, such as solar parking or agrivoltaics, thus contributing to more efficient land management. However, the design of such structures must be lightweight, economical and environmentally friendly. The models developed in this study are based on the dynamic relaxation method for analyzing and optimizing wired networks. This approach minimizes the volume of materials used, while maximizing the mechanical performance and flexibility of the structures. By reducing ecological impact and costs, while promoting the integration of renewable energies, these structural advances help to meet the objectives of the energy transition and the development of sustainable and innovative solutions adapted to the current needs of our society.