We develop and distribute mounting systems for photovoltaic systems. We believe that if prices of photovoltaic modules continue to fall, the interest in mounting systems will significantly increase – not only in terms of costs, but also with regard to space utilisation, installation time and transport costs. We also want to meet the highest demands in terms of aesthetics. After all, why should photovoltaic systems not look nice?
PV-Integ AG was founded in 2011 and has its headquarters in Ebikon. We are committed to innovative and aesthetic mounting solutions. We know the needs of our customers and adapt to the ever-changing market conditions. For us, long-term, trust-based partnerships are important so that we can achieve the transformation to a sustainable and ecological power supply with photovoltaic systems.
We have all our mounting systems checked and tested by the Swiss PV Module Test Centre in Lamone. We will supply you with a reliable ballasting plan, so that you know exactly with how much weight you must ballast the mounting system. Thanks to the large area of the plastic elements, you only need a small amount of gravel to achieve a high weight.
Since flat roofs are not available everywhere, it is important to utilise space as efficiently as possible. This is why the photovoltaic modules are installed edgewise with our mounting system, thus minimising the space between the rows. The prerequisite for simple mounting is an even simpler mounting system. Therefore, our systems consists of very few components. By overlapping and engaging the individual elements in accordance with the supplied installation plan, you can install photovoltaic modules over the entire roof in only a short period. Since the spacing between the rows is set by the plastic elements, there is no need for time-consuming measuring of the flat roof, and incorrect installation is virtually impossible. Our mounting systems consist of almost 100% recycling material. We use both recycled plastics and recycled aluminium and the materials used can be infinitely reused. For sustainable photovoltaic systems with little grey energy.