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PHOTOVOLTAIC SUNSHADES

ML System offers not only modern technologies but also innovative photovoltaic structures. The ML LAMELA 380F and 429F fixed and movable sun protection systems can replace classic, e.g. aluminum blinds, louvers with integrated photovoltaic modules, which are also a source of clean renewable energy.

Photovoltaic modules are placed on glass shutters, and the aluminum structure, stretched on poles with a spacing of up to 4 meters, allows mounting directly to the building wall or to mullion-transom facades.

Photovoltaic sunshades can be installed in a mobile version, allowing you to adjust the angle of the glass element.

With the help of an optional set of sensors (temperature, light intensity, GPS, wind speed) constituting a weather station and a properly programmed logic controller (PLC), the slat inclination angle can be changed automatically.

Photovoltaic sunshades solve the problem of over-glazing in buildings, providing a sunshade, and at the same time converting solar radiation into electricity that can be used to power the building. Additionally, they are an aesthetic architectural complement. The possibility of using tinted glass and powder coating of the aluminum structure in any RAL color, allows the system to be integrated into both existing and newly designed buildings.

In buildings whose façades are made of brick walls, the ML LAMELA sun protection system gives the structure "lightness" and often creates their basic architectural value. Used in buildings implementing the idea of ​​"glass houses" create their coherent image and emphasize their unique character. In any case, being a source of clean renewable energy, they contribute to the energy efficiency of buildings to a much greater extent than conventional sun protection systems. As a result, in the certification process carried out, for example, according to BREEAM® and LEED® standards, they can obtain higher ratings.


TECHNICAL PARAMETERS
Unit powerup to 170 Wp/sqm
PC cell efficiencyup to 25%
Max operating voltage1000 V DC
Cell typesMonocrystaline incl.
OptionsBifacial
NoFrost
Transparent
Substructure materialAluminium
Support post width50 mm
Max. Suport post spacing3000 mm
Structure colourRAL palette
Lamella height380 mm
Lamella thickness1.5 to 20 mm
Lamella tilt adjustment10 deg. Pitch
TECHNICAL DRAWINGS

REFERENCES
Administration of Cities Roads / Gliwice

Administration of Cities Roads / Gliwice

ML System / Zaczernie

ML System / Zaczernie

Public Middle School / Rokietnica

Public Middle School / Rokietnica

Jagiellonian University / Kraków

Jagiellonian University / Kraków

Road Border Crossing / Budomierz

Road Border Crossing / Budomierz

Road Border Crossing / Budomierz

Road Border Crossing / Budomierz