Universal PV modules

Universal applicable

Versatile for sustainable energy generation

DAS Energy PV modules

DAS Energy PV modules consist of the patented prepreg (glass fiber reinforced composite material) and monocrystalline silicon cells. Through this unique development, DAS Energy's advanced technology exceeds previous limits. With this innovation, DAS Energy is a global pioneer in PV modules of a new generation, which on the one hand offer a high energy yield and on the other hand are particularly light and flexible with a weight of only 3.3 kg/m² (market standard approx. 25 kg/m² with substructure).

Leightweight and flexible

DAS Energy modules are clearly different from conventional modules and their flexibility and lightness make them ideal for roofs with low load-bearing capacities. Installation is extremely simple because DAS Energy modules are bonded directly to the sheet metal, bitumen, glass or membrane roof.

Patented technology

The patented surface structure of DAS Energy modules is virtually glare-free, making them suitable for applications near airports. The resulting better absorption capacity for solar radiation also enables a higher energy yield. Thanks to the frameless and glassless design, DAS Energy PV modules can be manufactured in any size and shape with up to 66 monocrystalline cells (performance comparable to conventional glass modules).

Many application possibilities

DAS Energy photovoltaic modules enable almost limitless applications - directly integrated into architecture (facades, roof foils), applicable in statically difficult situations (e.g. flat roofs), including on listed buildings, or for mobile use such as campers and yachts.

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11x6M 330Wp UNIVERSAL project module

for large photovoltaic projects

Our 11x6 project module was specially designed for large photovoltaic projects. The weight advantage (only 3.3 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.

Datasheet 12x2M Project module

Black PV-Module

für ästhetische Anforderungen im architektonischen Bereich

Aktuell bietet DAS Energy in den Standard Formaten 12x2M und 11x6M auch schwarze Module an. Die Module bieten durch die Farbgebung mehr kreativen Freiraum und kommen im Bereich Architektur und Denkmalschutz zum Einsatz.

Flat roofs and facades

Bitumen and membrane surfaces

Roof surfaces are a popular choice for photovoltaic systems. DAS Energy's technology makes using and accessing these surfaces even easier and more efficient. The ultra-lightweight PV modules can be installed in a variety of ways, meaning they are suited to mounting on roofs or facades posing difficult structural or physical challenges.

The UNIVERSAL PV Modules can be installed on both horizontal surfaces and facades, thanks to a weight of just 3.3 kg/m². This opens up a whole host of possibilities for harvesting additional solar energy. DAS Energy combines appealing design with functionality and can be installed on almost any surface. Furthermore, you can customise the size, shape and colour of the PV modules to meet your individual needs.

Bitumen sheets are usually applied in two layers on flat roofs and welded together at the overlapping points. A bitumen roof has the advantage that it is absolutely impermeable to water when properly processed. Flat roofs with bitumen sealing offer the greatest security against leaks, especially during the construction period. In order not to impair the bitumen surface, DAS Energy Modules are glued directly to the bitumen surface by our assembly team.

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.

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 were glued on straight, convex and concave rounded aluminum surfaces (aluminum roof and facade system Kalzip).

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Maritime PV applications

Stand-alone energy on board

DAS Energy UNIVERSAL PV modules are not only high performance modules that ensure energy independence on yachts and boats, but have also been designed with the special weather conditions at sea in mind. The modules guarantee sustained high energy production even in locations with high concentrations of salt and ammoniac gas. In 2016, DAS Energy received the double standard salt mist corrosion testing certificate according to IEC 61701 (Class 6) by TÜV Nord. The method of mounting the DAS Energy PV modules is an additional advantage in windy coastal regions. Because the modules are glued to the metal without additional affixing materials, they offer no area exposed to the wind.

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Mobile PV solutions for vehicles

PV solutions for campers

Using solar power in boats, tents, containers, golf carts and other vehicles is a massive challenge. DAS Energy combines good looks with functionality, allowing you to customise the size, shape and colour of the modules, and the modules can conform to the contours of almost any surface.

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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.