Fixed Structures

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Our Braux fixed structures are characterized by their ease of assembly, as well as their robustness and versatility, allowing them to adapt to any layout.

When designing, we consider the electrical layout of the project’s strings and, of course, the mechanical installation, ensuring optimal integration based on the specific characteristics of each site.

Simple, Versatile, Robust

Simple, Versatile, Robust

Estructura metálica para soporte de paneles solares fotovoltaicos

CUSTOM DESIGN AND MANUFACTURING

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As direct manufacturers, we can assess the integration of our structures and optimally adapt them to the specific needs of your project, such as tilt, slope percentages, minimizing earthworks, evaluating soil quality, and analyzing site irregularities, among other factors.

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Braux structures are manufactured with top-quality materials, in compliance with European standards. They have been designed to withstand the test of time and
adverse weather conditions such as wind, rain, and snow.

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Our warranty is not just a piece of paper; it is the result of 20 years of testing and the confidence that our product is built to last.

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High system efficiency

Designed to perform even on the most challenging terrain

We design structures that adapt to rugged terrain, making the most of it:

  • Adaptation to steep slopes

  • Reduced civil engineering work

  • Maximum land utilization

Panel solar fotovoltaico en campo verde con oveja pastando, ejemplo de energía renovable y sostenibilidad agrícola
Estructura metálica galvanizada para montaje de paneles solares fotovoltaicos con sistema de sujeción resistente

Minimal components, minimal maintenance:

we border on the minimalist

we border on the minimalist

Custom configurations with certified quality assurance

We offer a wide range of fixed-structure configurations tailored to the needs of each client and project: 1V, 2V, 3V, 3H, 4H, 6H…

We custom-manufacture each component to the highest quality standards in accordance with Quality Management Systems

  • ISO 9001 Quality Management Systems

  • UNE EN 1090 CE Marking for Metal Structures

  • Bankable equipment, DUE DILIGENCE BANCABILITY

Estructura metálica con paneles solares fotovoltaicos instalada en campo verde

Because a quick installation is also an investment:

Time is money

Construction experience is in our DNA, which is why we pay close attention to detail to achieve specific tolerances that allow us to save time during installation.

Datasheet

Tilt angle From 5° to 40° (customizable for each project)
Ground slope E-W up to 20%
Materials Hot-dip galvanized steel EN ISO 1461, ZM steel, or equivalent
Table dimensions Customizable according to project
Distance from panel to ground Customizable upon request
Foundations Depending on project requirements: Direct driving / drilled + driven / micropiles / footings
Photovoltaic modules Compatible with all types of modules: framed / dual-glass / bifacial / …
Minimal shading with bifacial modules
Wind resistance Up to 150 km/h (higher speeds under study)
Wind tunnel studies Static and dynamic analyses
Aeroelastic studies
Optional design compatible with Electrical equipment mounting:

  • Inverter mounts
  • Level box mounts

Cable routing:

  • No additional components
  • Cable routing through profiles

Anti-theft system for module mounting:

  • 100% effective
  • No need for retightening

Factory pre-assembly

Key advantages High adaptability to the terrain:

  • No civil engineering work required
  • No environmental impact

Quick and easy assembly:

  • Fewer parts
  • Design with wide tolerances

Guaranteed assembly quality on-site:

  • No welding
  • No drilling

Independent blocks:

  • Adaptable to any layout
  • Electrical continuity via cable
Manufacturing defects 10 years (extendable)
Corrosion ZM-type steel or similar: steel manufacturer’s warranty
Hot-dip galvanized steel: UNE EN ISO 1461 standard
Landscape layout 3H, 4H, 5H, 6H
Portrait layout 2V, 3V, 1V
Frame Single-post / Dual-post
  • Frame configuration:

  • Frame configuration:

Tilt angle

From 5° to 40° (customizable for each project)

Ground slope

E-W up to 20%

Materials

Hot-dip galvanized steel EN ISO 1461, ZM steel, or equivalent

Table dimensions

Customizable according to project

Distance from panel to ground

Customizable upon request

Foundations

Depending on project requirements:
Direct driving / drilled + driven /micropiles / footings

Photovoltaic modules

Compatible with all types of modules: framed / dual-glass / bifacial / …
Minimal shading with bifacial modules

Wind resistance

Up to 150 km/h (higher speeds under study)

Wind tunnel studies

Static and dynamic analyses
Aeroelastic studies

Optional design compatible with

Electrical equipment mounting:

  • Inverter mounts
  • Level box mounts

Fijación de equipos eléctricos

Cable routing:

  • No additional components
  • Cable routing through profiles

Canalización de cableado

Anti-theft system for module mounting:

  • 100% effective
  • No need for retightening

Sistema antiviolable para fijación de módulos

Factory pre-assembly

Pre-montaje desde fábrica

Key advantages

High adaptability to the terrain:

  • No civil engineering work required
  • No environmental impact

Alta adaptabilidad al terreno

Quick and easy assembly:

  • Fewer parts
  • Design with wide tolerances

Montaje fácil y rápido

Guaranteed assembly quality on-site:

  • No welding
  • No drilling

Calidad de montaje garantizada en obra

Independent blocks:

  • Adaptable to any layout
  • Electrical continuity via cable

Bloques independientes

Manufacturing defects

10 years (extendable)

Corrosion

ZM-type steel or similar: steel manufacturer’s warranty
Hot-dip galvanized steel: UNE EN ISO 1461 standard

Ejemplo de estructura metálica con recubrimiento anticorrosivo

Detalle técnico de acero galvanizado conforme a norma UNE EN ISO 1461

Landscape layout

3H, 4H, 5H, 6H

Portrait layout

2V, 3V, 1V

Frame

Single-post / Dual-post

Grid configuration:

Ejemplo de configuración de parrilla en estructura fotovoltaica

Frame configuration:

Ejemplo de configuración de pórtico en estructura fotovoltaica