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Wind study for Potermic Pallejà solar panels.

Client: C-Solar
Project: Wind coefficient study for the CSwind E–W system
Location: Ripollet
Service:   Wind studies for solar panels

Lateral simulation of wind flow over rooftop solar panels with a perimeter parapet, part of the aerodynamic study for the Potermic project in Pallejà.
Computational model of five solar panels in wind simulation for the project

Modeling of 5 panels arranged in an East–West configuration, tilted at 10°, sheltered by 2 perimeter parapets 1.4 m high, one at each end.

CFD simulation of left-side wind flow over the Potermic photovoltaic field, showing the distribution of aerodynamic pressures.

Result of the simulation with wind entering from the left side of the image. The arrows represent the wind vectors, and the colors indicate the pressure exerted by it.

Detail of the CFD simulation showing the behavior of the wind flow over three solar panels of the Potermic system.

Close-up view of the first three pairs of panels closest to the wind inlet.

General view of the wind flow over the first two panels of the Potermic system in the computational aerodynamic simulation.

Close-up view of the first pair of panels closest to the perimeter parapet that takes the impact of the wind.

Detail of the airflow over panels 2 and 3 in the CFD simulation of the Potermic project, showing areas of higher pressure.

Close-up view of the second and third pair of panels, where the streamlines near the panels can be seen moving from right to left in the image.

Analysis of local pressures on the fourth solar panel of the Potermic array using CFD aerodynamic modeling.

Close-up view of the fourth pair of panels. A portion of the flow near the panels can be seen moving from right to left in the image, while another portion follows the direction of the main incoming wind flow into the computational domain.

Visualization of the pressure field on the fifth solar panel of the Potermic system, obtained through computational fluid dynamics simulation.

Close-up view of the fifth pair of panels, the ones closest to the parapet at the outlet end. The portion of the flow that manages to circulate through the panel area concentrates upward to exit above the parapet.

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