This article presents analyses and computational simulations conducted to validate the developed design of a mounting structure for an Agro PV (Agro Photovoltaic) system. In addition to assessing the structural strength of the proposed mounting system, the study also assessed the potential for electricity generation using the suggested design config-uration. Modeling the structural strength and efficiency of Agro PV installations is crucial for optimizing their design and performance. This article provides an introduction to the key parameters and methodologies used in modeling these complex systems. The authors analyzed the structural resistance of the proposed Agro PV installation to environmental loads such as wind and snow, and how to assess the performance of the investment process itself. Accurate modeling of these factors can significantly reduce project risk, lower costs, and ensure a harmonious relationship between energy generation and food production. The results may be useful for designers of Agro PV farms, especially in Polish envi-ronmental and regulatory systems. The conducted simulation studies are the starting point for experimental research on real facilities, where agricultural aspects will be ver-ified under real conditions.