Our solar module NeMo® 2.0 60 M combines the technical features such as durable and stable module construction as well as reliable performance with elegant aesthetics. The mono modules are available in the power classes 325 – 335 Wp and thus have up to 19.9 % efficiency.
The proven monocrystalline solar module as Black Edition impresses at first glance with a homogeneous, clear appearance and offers all technical advantages of the module series NeMo® 2.0 60 M. The modules are available in the power classes 315 – 325 Wp and thus have an efficiency of up to 19.4 %.
Less power loss with shading due to half-cut cell technology. Internal cell connectors serve an optimized energy yield at low voltage. In addition to its unique design, the module impresses above all with its performance in partially shaded areas and an efficiency of up to 20%.
The 120-cell solar module offers all technical advantages of the half-cut cell technology: less power loss and thus optimized energy yield as well as lower voltage loss via the internal cell connectors, improved output power with reduced irradiation due to e.g. shading. The modules are available in the power classes 370 – 375 Wp and thus have up to 19.8 % efficiency.
The G12 cell provides this module with 80 half cells the perfect basis for a long-lasting and stable power curve. Due to the low voltage, strings up to a length of 32 panels can be built. The modules of the NeMo® 4.1 series are therefore ideally suited for large-scale systems.
With our latest module series, you get NeMo® modules with an output of up to 400 Wp for the first time. The module design was developed together with Fraunhofer ISE in Freiburg. The design protection has already been filed. As before, the external dimensions of 1,736mm x 1,122mm x 35mm remain below a surface area of 2m² per module and even offer a smaller module width than the Butterfly design. This guarantees an ideal use of space.
Ready for an elegant design on the roof? The new NeMo® 4.2 Black module offers a perfect solution in a combination of performance and aesthetics. By means of the 80 half-cells prepared by thermal laser beam separation microCell™ TLS, long-term reliability is given. By means of the 2-component bonding technology and a 35 mm frame, a high compressive load capacity is made possible even without a 3rd rail in the substructure.