PHOTOVOLTAIC MATERIAL FOR SOLAR ENERGY INSTALLATIONS
Solar panel structures
The structure of the solar panels are for the correct orientation.
Solar panel supports are essential for the installation of solar panels, as these do not come with structures. Depending on the conditions of the place where we are going to make the installation as well as the direction of the sun, one type of structure or another will be recommended.
Make sure you make the most of the sunlight!
Coplanar structures [ACL]
Supports for solar panels superimposed on the roof, without adding additional slope.
Models from 1 to 20 panels per row, expandable with joining kits.
Fixed inclined structures [AEF]
Inclined supports on flat surfaces, both for roof and ground, in rows of 1, 2 and 3 panels high and up to 20 panels long, extendable with connecting kits.
Adjustable inclined structures [AIR]
Anodised aluminium inclined roof or ground supports. We offer 1-row models from 1 to 20 panels, expandable with joint kits.
Façades structures
[AFH/AFV]
Inclined supports for installation on façades. This series is made in raw aluminium, available in models for panels in vertical horizontal.
Solar trackers
Although trackers are no longer a popular product, you may be interested in the new bifacial solar panels.
Accesories for structuresccesorios de estructuras
This section is for those who prefer to buy individual parts in bulk at a more competitive price and make their own configurations.
Rails, joints, Z, T, L, bolts, legs, triangles, hardware, nuts, washers, etcetera.
Mounts for photovoltaic panels
Structures for solar panels are metal structures with aluminium profiles to anchor the solar panels, so that they are both resistant and light, the screws are made of galvanised steel. They are designed to withstand inclement weather.
Which solar panel structure to choose?
There are several factors to consider when choosing a solar panelmount. It is important to know the surface on which it will be placed to make a safe installation and oriented to the most convenient direction to make the most of the daylight hours.
The appropriate tilt must also be calculated in order to optimise the photovoltaic energy obtained by the photovoltaic modules, with a range of 15 to 60 degrees of tilt, but normally between 30-45 degrees of orientation.
In addition to the correct degree of tilt, the spacing between the rows of solar panels must also be taken into consideration so that they do not shade each other and the yield of the solar panels is not lost.
Thus, we have structures that can be placed on flat surfaces, inclined surfaces (both fixed and adjustable), others designed to be anchored on the roof tiles of houses, such as coplanar structures for façades, and we also have mobile structures that follow the path of the sun, such as solar trackers.
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