60 (3BB) MonoCrystalline
Module efficiency : 17.83% – 18.44%
Dimensions : 1640 x 990 x 35 (L x W x H )
60 (5BB) polycrystalline
Module efficiency : 15.98% – 16.60%
Dimenions : 1640 x 990 x 35 (L x W x H )
60 (PERC 5BB) Monocrystalline
Module efficiency : 16.90% – 17.52%
Dimenions : 1640 x 990 x 35 (L x W x H )
60 (PERC 5BB) Monocrystalline
Module efficiency : 17.83% – 18.44%
Dimenions : 1640 x 990 x 35 (L x W x H )
Innovative solution for a physical problem
The cooler they are, the greater the amount of electricity photovoltaic
modules can generate. This presents a problem, particularly when exposed
to high temperatures in summer. An increase in the temperature of solar cells
1 °C reduces performance up to 0.5 %. This means a reduction in
efficiency. It therefore makes sense to cool the modules in order to improve
efficiency. And that is exactly the secret of the PV-Therm module: a heat
transfer fluid is used for cooling – the performance increases. But there's
even more to it: at the same time, heat is recovered during the cooling
process that can also be used – for example, for heating water or supporting
heat generation
With over 30 years of experience and awarded with the national prize in 2008 and 2012 for outstanding innovative achievement for the trade.
The new battery solutions – based on various proven technologies! We offer a solution for all scenarios with storage in batteries. Whether new technologies such as lithium-ion or lead-gel batteries – with our specially developed software we are able to interpret effectively, which system is right for you and how much energy you can save. From small houses to agriculture over large industrial companies – we are happy to make you an individual offer.
| Size | 555 x 125 x 320 mm |
| Output | 150 Ah |
solar station you can generate electricity autarkic. Whether camping or on the mountain huts – you supply yourself with your solar power.
The inverter is technologically the most important component in any solar power system: it converts the direct current generated in photovoltaic cells into alternating current suitable for the grid. In addition, it is an intelligent system manager, responsible for yield monitoring and grid management. Solar inverters are characterized particularly high efficiency. The Sunny Mini Central produced SMA already has an efficiency of over 98 %, thus enabling increased electricity production.
