About the project

  • Date: 02.05.2023
  • Client: Gerhard S.
  • Address: 80335 München
For a private customer in Munich, Solarric.com installed a customized photovoltaic system. The system consists of high-quality monocrystalline solar modules and has an installed capacity of 6 kWp. Thanks to the system, the customer can now generate a large part of his own energy needs and thus reduce his electricity costs. The solar modules were installed on the roof of the residential building and supplemented with advanced monitoring technology to ensure optimal performance and reliability. Solarric.com carried out the project from design to installation, paying particular attention to the aesthetics of the system, which blends harmoniously with the overall appearance of the residence. The customer received extensive training and is now able to operate and maintain his system independently. The customer is the proud owner of an innovative and environmentally friendly photovoltaic system that makes its contribution to the energy turnaround.

Benefits of Project

By installing this innovative and environmentally friendly photovoltaic system, Solarric.com has provided the customer in Munich with a sustainable and cost-effective energy solution. It not only benefits the customer financially but also contributes to the global energy transition and a cleaner future.

Technologies What We Used

For the photovoltaic project described above, Solarric.com has chosen high quality monocrystalline solar technology. This type of solar module is characterized by higher efficiency and better performance in low light conditions compared to other technologies such as polycrystalline solar modules.

Monocrystalline solar cells are made from a single crystal and therefore have a higher density and homogeneity compared to polycrystalline solar cells. This leads to a higher output and a longer lifetime of the modules. In practice, this means that the customer achieves a higher energy yield with the same module area and can reduce his electricity costs even more effectively.