Das neue HYBRID Modul ist da.

Das Beste aus der Photovoltaik Welt - Glas und Glasfaser

Die neueste Produktinnovation von DAS Energy kombiniert die besten Materialien aus der Photovoltaik-Welt – Glasfaser und Glas. Dadurch bleibt das neue HYBRID Modul mit einem Gewicht von 7,6 kg/m² weiterhin außergewöhnlich leicht im Vergleich zu herkömmlichen Glasmodulen, bietet jedoch eine deutlich höhere Robustheit als das flexible und superleichte Standardmodul von DAS Energy.

Dank einer nur 2 mm dünnen Glasschicht eröffnen sich neue Anwendungsbereiche, in denen Flexibilität eher hinderlich ist. Ein perfektes Beispiel dafür sind Trapezblecheindeckungen. Diese, oft aus Aluminium gefertigten, Eindeckungen erhalten ihren Namen durch das charakteristische trapezförmige Profil mit einer flachen Oberseite und einer geneigten Unterseite. Diese Form verleiht ihnen eine hohe Stabilität und Tragkraft, was sie ideal für den Einsatz als Dach- und Wandverkleidung in Kombination mit integrierten PV-Anlagen macht.

Das HYBRID-Modul kann direkt auf Trapezbleche – sei es auf Dächern oder an Fassaden – aufgeklebt werden. Durch die Verstärkung mit der Glasschicht bleibt es formstabil und zeigt keine Durchbiegung, wodurch es optimal für solche Anwendungen geeignet ist.

Erfahren Sie alles über unsere Innovation Das HYBRID Modul +43 660 325 92 77

11x6M 330Wp UNIVERSAL project module

for large photovoltaic projects

Our 11x6 project module was specially designed for large photovoltaic projects. The weight advantage (only 3.8 kg/m²) allows easy handling during installation and with the bonding technology, the installation time is significantly reduced. Thus, large industrial roof areas can be quickly and easily converted into energy roofs. The 11x6 project module is equipped with 66 monocrystalline silicon cells and with an output of 330 Wp. The junction box can be mounted on either the back or the front, but is generally centered on the PV module. With the DAS Energy 11x6 project module for large roof areas such as industrial and commercial roofs, DAS Energy offers the perfect mix of economic efficiency, power output and handling.

Datasheet 11x6M Project module

12x2M 120Wp UNIVERSAL project module

specially designed for standing seam roofing

Our 12x2M project module was specially developed for roof-integrated PV solutions such as standing seam systems (e.g. Kalzip AluPlusSolar). The 120 Wp modules are glued directly onto the roof profiles between the metal seams. Large industrial areas and facades can be converted into large solar power plants in this way. This module is also quick and easy to install thanks to its weight advantage under adhesive technology.

Like all PV modules from DAS Energy, the 12x2M project module is also characterised by its light weight of just 3.3 kg/m² and the innovative bonding system (Innotec), which makes installation quick and uncomplicated.

Datasheet 12x2M Project module

Trapeze and Standing Seam Roofing

Perfectly integrated PV modules

DAS Energy modules are designed in such a way that they can be integrated into any aluminum roof and facade system. An example for the use of DAS Energy PV modules on standing seam roof is shown at the modern and largest waste incineration plant in Kraków, Poland. The 12x2M DAS Energy PV modules are used here on straight, convex and concave rounded aluminium profiles from Kalzip.

More about the project

PV facades

offer great potential for power generation

Thanks to their low weight of just 3.3 kg/m², DAS Energy PV modules can also be easily mounted on horizontal surfaces such as façades. In this type of installation, the PV modules are usually attached by gluing them to the wall or on special rails. A PV façade of this type opens up an additional option for generating electricity using solar energy.

Protected Historic Buildings and Areas

Universal PV modules for an aesthetic cityscape

Many cities have protected historical buildings or areas that are central to their identity. In Vienna, buildings have been protected from demolition or changes in character since 1972 in an attempt to safeguard the historic appearance of the city. DAS Energy PV modules can however be installed on these protected monuments. The appearance of the building from the city remains unchanged, as the modules are integrated into the roof. Weighing only 3.3 kg/m², the panels are also suited to older roofs with a limited carrying capacity.

Black PV module

for aesthetic requirements in the architectural sector

DAS Energy currently offers black PV modules in the standard formats 12x2M and 11x6M. These modules are specially designed for aesthetic requirements in the architectural sector. The black colouring of the modules allows more creative freedom and is particularly suitable for projects in the field of architecture and monument protection.

Get in touch

Do you want to learn more about DAS Energy Photovoltaic's systems or talk to us about your PV project? Simply complete the contact form and select your preferred contact method. Our service team will get in touch with you as soon as possible. If you need further information or have any other questions, contact us using the options below.

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UNIVERSAL PV Module Technical Specifications
Imp	8,6 A
Isc	9,043 A
Cable	2 x 0,9 m, 4 mm²
Weight	3,3 kg/m²
Plug	PV4-S
Back	Highly resistant PET
Solar Cells	5BB Monokristallin
Front	Dirt-repellent ETFE film
Junction box	TÜV-certified (IP67/68) with bypass diodes
Cell embedding	Patented glass fiber reinforced plastic
Maximum system voltag	1000 V
Reverse current loading capacity	20 A

Temperature properties
Operating temperature range	-40°C bis +85°C
Temperature coefficient of Isc	+0,07 % / °C
Temperature coefficient of Voc	-0,36 % / °C
Temperature coefficient of Pmpp	-0,38 % / °C

Technical Datasheet Module Configurator

Our anti-reflective, dirt-repellent and structured surface guarantees the maximum electrical yield of our PV modules. By continually improving the properties of our surface structure, we use the light incidence effect as far as possible. Our PV modules are ideally suited to installation on roofs and facades where reflections are a disadvantage, for example near airports or large cities.