Supporting Structure

Flamtron d.o.o.

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Supporting Structure

Supporting structure allows mounting of photovoltaic panels on the desired basis - building or land. Ensures proper routing of solar cells.

Supporting structures for sloping roofs

Assembly systems integrated photovoltaic modules on the roofs of the most acceptable price but the angle of the module corresponds to the roof pitch. In the case of small angle (<10°) are systems that integrate the roof surface with a certain additional tilt.

It is also important a particular orientation of the roof to the cardinal points. According to yield power, in advantage are roofs oriented to the south.

Supporting structures for flat roofs

Supporting structure for flat roof surfaces we realize without drilling background and additional construction work so that we guarantee protection against the water permeability and condensation.

System stability is an important payload surface to which we pay special attention to ensure the stability of the building. Wearable systems can be derived from the ballast for fixing or no ballast where it maintains the stability of the structure and assembly. Mounts photovoltaic modules are adapted to the weather conditions in which the FNE installed (gusts of wind, the weight of snow, lightning protection). Provide slopes modules that provide optimum power generation during the year.

Supporting structures on earth

Photovoltaic modules can be placed on the ground where it should also take into account the wind gusts to the area. Unlike the integrated system on the roofs, here you can follow to ensure the optimal position of the module in relation to the sun. This is achieved by motorized tracking systems in one or two axes.

Tracking Systems for optimal insolation modules resulting in better yield electric power, but the performances are complex and expensive.

 Horizontal panelPermanent installation / one angleUniaxial trackingUniaxial tracking with an adjustment seasonBiaxial tracking
Yield energy along with the optimum angle of inclination -15% 0% 20% 26% 32%

 

Tracking Systems for optimal insolation modules resulting in better yield electric power, but the performances are complex and expensive.