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Wind coefficient study for the CSwind E–W system

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

CFD simulation of wind flow over the CSwind E–W photovoltaic system, showing streamlines and the distribution of aerodynamic pressures.
CFD simulation of wind flow over the CSwind E–W photovoltaic system with a 5-degree tilt, showing the pressure distribution across the solar panel field.
Computational analysis of wind pressure coefficients on the CSwind E–W solar system with a 10-degree tilt, performed using CFD simulation.
Aerodynamic study of the CSwind E–W photovoltaic system with a 15-degree tilt, showing the variation of the pressure coefficient according to wind flow direction.

Wind vectors for 5°, 10°, and 15° inclinations. The arrows represent wind direction, and the colors indicate the pressure exerted by it.

Top-view visualization of streamlines in a CFD simulation of the CSwind E–W photovoltaic system, showing wind flow distribution over the solar panel array.

Streamlines for CSwind E–W. Panel inclination: 10°.

Bottom view of the CFD analysis of the CSwind E–W photovoltaic system, showing streamlines and pressure variations beneath the solar panels.
Pressure map obtained through CFD simulation of the CSwind E–W photovoltaic system, showing the distribution of aerodynamic forces on each row of solar panels.

Pressure field for CSwind E–W. Panel inclination: 10°.

CFD simulation of wind flow over the CSwind E–W system mounted on ballast blocks, showing aerodynamic behavior and pressure distribution on the solar panels.

Wind vectors for the CSwind E–W version mounted on ballast blocks. Panel inclination: 10°.

CFD simulation of the CSwind E–W photovoltaic system with a lower barrier, showing wind flow effects and pressure zones on the solar panel structure.

Wind vectors for the CSwind E–W version with a lower wind barrier. Panel inclination: 10°.

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