The module turns solar radiation into electricity. Our PV modules have very high performance and long life. Each individual module is outputtested before it leaves the factory, so you and your installer know exactly what it will deliver. We stand behind our modules with a 25 year warranty.

The SMAU-1 series of SchücoPV modules are distinguished by monocrystalline solar cells with a cell efficiency of up to 16,8 % for high outputs per square metre of module area. The output tolerance of an SMAU-1 module is +3 / −3 %, only modules of the highest quality provide this level of reliability.

The Schüco Premium Line denotes uncompromising quality, individual installation options and innovative and elegant design. Photovoltaic modules in the MP module series supplement the Schüco Premium Line with high-performance photovoltaic components.

Schüco MPE modules in the PS 04 series are distinguished by polycrystalline solar cells with high cell efficiencies for the highest possible outputs per square meter of module area. The output tolerance of −0%/+5% ensures the highest quality and means increased outputs due to a guaranteed rated output for each module.

Schüco MPE modules in the MS 05 series are distinguished by monocrystalline solar cells with high cell efficiencies for the highest possible outputs. The all new MS 05 module series with an optimized size even for small residential roofs fits perfectly on dark shingles or tile roofs while enabling highest system performance.

Schüco MPE modules in the AL 01 series are characterized by their impressive performance and their high fabrication quality: the amorphous cell technology allows optimum power output at high operating temperatures, with diffuse light or non-optimum module orientation.

Thin-film modules from NexPower meet Schüco’s stringent quality standards, making photovoltaic module manufacturer NexPower a trusted Schüco supplier. Thinfilm solar modules from NexPower feature a whole host of advantages, including a high optical absorption, low temperature coefficients for the highest electricity gain even in hot areas and a cost effective technology for current and future system needs.