The term BIPV stands for “building integrated photovoltaic”. It is the integration of photovoltaic modules as building elements into the building envelope, such as the roof, façade, balcony railing, terrace roofing or carport. With integrated photovoltaics, it is no longer just about conventional energy production, but also about the architectural, structural and structural integration of photovoltaic elements. In addition to converting sunlight into energy, photovoltaic modules perform various other functions, such as weather protection, thermal insulation, shading, aesthetics or sound insulation.
Integration occurs when such a solar module also becomes part of the building and replaces another element of the building envelope. Depending on the definition, it can be both a purely design function and a fully functional construction solution. The photovoltaic module becomes a multifunctional element of the building and, in addition to generating electricity, also takes on other functions such as weather protection, thermal insulation, light or sound insulation.
With its integration, the photovoltaic module becomes an integral part of the building. It must meet the technical functionality not only as a solar but also as a building element and – which is particularly important in this case – it must also be integrated into the building from an aesthetic point of view. Therefore, BIPV modules must first and foremost meet design requirements such as color, transparency, shape and, to a certain extent, materiality.
What are the advantages of integrated photovoltaics?
- adaptation to any type of architecture without disturbing it
- decentralization of energy production and its production directly where it is needed
- use of the various available areas of the building, not just the roof
- the photovoltaic modules themselves serve as building blocks
- save construction costs: modules replace conventional building materials
- brings attractive design elements that improve the overall impression of the building
- helps to meet current energy criteria for buildings
Photovoltaic façade cladding
If you are looking for an aesthetically interesting solution for façade photovoltaics, façade panels from the leading manufacturer ML System are the right solution.
Photovoltaic panels are a complete solution supplied with a mounting system. The entire set has been tested by accredited renowned European testing institutions within the framework of environmental, building and photovoltaic standards, as well as fire safety regulations.
The mounting system has been designed to minimize the use of material, the same aluminum profile can be used to mount the panel both vertically and horizontally. The specially prepared surface structure of the material retains its natural form and proves the nobility and innovation of the production process used.
Various alternatives are available in two different sizes: 909 x 2659 mm and 733 x 2131 mm.
Appearance:
- Wood
- Red brick
- Anthracite brick
- Concrete
- Granite
- Metal
Standard PV Glass
There is a wide range of PV glass on offer, including transparent, coloured, double, patterned, engraved, printed and laminated safety glass – all of which generate electricity from the sun.
Therefore, they can be incorporated into all types of buildings: ventilated or full facades, infill glass, skylights, roofs, tiles, etc. There is even a photovoltaic walkable non-slip floor.
Advantages of PV glass:
Possible alternative:
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Reconstruction of buildings
We offer multifunctional solutions that combine aesthetic and photovoltaic technologies used in historic buildings and represent cutting-edge technologies for their renovation projects. Such projects, which use photovoltaic solutions, gain multiple benefits: they not only generate electricity on site, but also control the transmission of daylight, thus achieving indoor thermal comfort and capturing UV and IR radiation.
Renovation projects with photovoltaic technologies
- respect the original architectural concept of the building using “low visual impact solutions”
- increase the energy performance of buildings
- improve the energy efficiency of buildings that have not been designed in accordance with modern renewable and energy efficiency practices
- they let natural light into buildings
- eliminate Infrared and UV radiation indoors
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