CS-WIND: Self-Supporting System for Flat Roofs
Light and aerodynamic pre-assembled solution for flat covers without perforation.
Maximize stability and minimize weight on the roof
The CS-WIND system from C-Solar is designed for photovoltaic projects located on flat roofs where a self-supporting, non-penetrating, lightweight, and highly wind-stable solution is required.
Developed using CFD (Computational Fluid Dynamics) simulations, the system reduces the use of ballasts while maintaining optimized aerodynamics, even in demanding wind conditions.
Its silent-block type supports distribute loads evenly, protect the roof waterproofing, and reduce vibrations, ensuring structural safety and long-term durability. Fabricated in high-strength structural aluminum and stainless steel hardware, the CS-WIND offers quick assembly, minimal maintenance, and full compliance with the CTE and Eurocodes.
Fabricated in high-strength structural aluminum and stainless steel hardware, the CS-WIND offers quick assembly, minimal maintenance, and full compliance with the CTE and Eurocódigos.
Benefits of the CS-WIND System
Ultra-fast assembly
Modular and pre-assembled system that drastically reduces installation times.
Certified aerodynamics
CFD optimization that allows forless ballastwith greater structural stability.
Compatible with low-load roofs
Suitable for Deck type roofs, sandwich panels and membranes with load limitations.
No drilling
Rubber supports protect membranes and prevent compromising waterproofing.
Certified engineering
Technical documentation available: structural calculations, aerodynamic validation, and technical data sheets.
Available Versions
The CS-WIND system is presented in three different configurations, designed to adapt to both energy production needs and structural requirements. These versions allow optimizing performance in South orientation, maximizing the daily curve in East-West configuration, or increasing structural rigidity through double support.
CS-WIND (South Orientation)
South-facing system to maximize capture during peak hours of the day.
Key Features:
- Fixed tilt facing South.
- Quick assembly with lightweight components.
- Ideal for maximizing midday production.
- Optimized aerodynamics with less ballast.
Recommended applications:
Roofs with low load-bearing capacity.
Roofs where perforations are not allowed.
Industrial and commercial self-consumption.
CS-WIND EO (EastâWest Orientation)
Variant for a balanced morningâafternoon generation curve, with high power density.
Key Features:
- Double arrangement in East and West.
- Stable production throughout the day.
- Less shading between rows.
- Higher installed power per surface area.
Recommended applications:
Projects looking to maximize total daily energy.
Installations with distributed consumption.
Roofs with limited space.
CS-WIND EO-TCS-DBL (EastâWest Double Support)
Reinforced version for EO configurations with maximum structural rigidity.
Key Features:
- Double longitudinal rail.
- Less deflection in large modules (182â210 cells).
- Greater resistance to wind and snow.
- High energy density with less shade.
Recommended applications:
Logistics roofs with large surfaces.
Areas with high wind.
Installations with large format modules.
Technical Specifications
| Material | High-strength structural aluminum + stainless steel screws. |
|---|---|
| Type of Fixing | Self-supporting system with ballast, without drilling and supported on blocks with silent-block rubber base. |
| Assembly | Pre-assembled modular components for rapid installation. Lightweight and easy to handle structure. |
| Compatibility |
|
| Aerodynamic Validation | Optimized design using CFD simulation to reduce ballast and maximize wind stability. |
| Available Orientations |
|
| Regulations | Complies with CTE and Eurocodes. Structural tests and technical documentation available upon request. |
| Warranty | Up to 20 years. |
Completed Projects
Reference solar installations that demonstrate the reliability, quality, and performance of our photovoltaic structures.
Ikea Jeréz 587.27 kWp
Installation of Supports for Photovoltaic Panels at Ikea in Jeréz
View Project
Ikea Valls 4,69 MWp
Installation of structures for photovoltaic panels at Ikea in Valls (Tarragona)
View Project
Les Corts 8 kWp
Installation of supports for photovoltaic panels at a Residential Center in Les Corts
View Project
Mundet Campus (UB)
Installation of Structures for Solar Panels at the Mundet Campus of the University of Barcelona
View Project
Sanitas Barcelona – 31,72 kWp
Installation of a Triangular Structure for Solar Panels on a Pergola in Sanitas Barcelona
View Project
Sanitas Gerunda – 40.56 kWp
Installation of a Triangular Structure Attached to a Solar Pergola at the Sanitas Gerunda Residence in Girona
View Project
Casa Tarradelles Gurb, 572.28 kWp
Installation of Structures for Photovoltaic Solar Panels at Casa Tarradellas in Gurb, Barcelona
View Project
Metal sheet roof in Torrefarrera
Installation of Supports for Solar Panels on a Metal Sheet Roof in Torrefarrera
View Project
Asphalt membrane roof
Installation of Supports for Photovoltaic Solar Panels on an Asphalt Membrane Roof at Ikea
View ProjectCompanies that Trust Us
Major brands and engineering firms have chosen our solar structures for their reliability and proven performance.
Contact us
Do you have a photovoltaic project underway or in the design phase? Our technical team will advise you to choose the most suitable structure and prepare a personalized quote without obligation.
Factories & Central Offices (Spain)
Polígono Ind. Molí d’en Xec, Nave2 –
08291 Ripollet, Barcelona, Spain
+34 935 272 760
Factories & Offices LATAM Distribution (Argentina)
Alexander Fleming 46 1º Piso,
M5577 Rivadavia, Mendoza, Argentina
+54 9 263 479-3912