For this project, we installed a photovoltaic system on a standing-seam metal roof, making optimal use of the available space and ensuring the panels were securely fastened. Specialized fasteners designed for the standing seams allow for installation without unnecessary drilling into the roof covering, which reduces the risk of compromising the waterproofing.
The main goal was to transform the available space on the standing-seam roof into an efficient source of self-generated energy, without compromising the building’s reliability or appearance. Particular attention was paid to the installation method to preserve the integrity of the roof covering while maximizing space utilization and achieving high annual energy production.
We selected a configuration that makes optimal use of the available roof area and is fully adapted to the specific characteristics of the standing-seam roof. The panels are mounted using specialized fasteners attached to the standing seams, without unnecessary drilling into the roof, which preserves its integrity and reliability. The system is designed for high annual energy production, an attractive appearance, and the most efficient use of the energy generated.
After the system was commissioned, the facility began to cover a significant portion of its electricity consumption with electricity it generated itself. With an estimated annual production of approximately 20,250 kWh, this results in approximate savings of over €3,000 per year, while simultaneously reducing dependence on future changes in electricity prices.
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We are very satisfied with the work. The installation was done neatly and professionally, and the system has been working perfectly since it was first turned on.
The solar panels are mounted on a roof structure made of sandwich panels, which also covers and protects the parking space. This practical solution makes maximum use of the available area and generates clean solar energy without adding extra load to the building’s main roof or taking up additional space in the yard.
A hybrid system with an inverter and battery storage has been installed, ready for the future addition of photovoltaic panels. At this stage, the system uses lower-cost nighttime electricity to supply energy during the day, reducing costs while allowing for easy future expansion.
Part of the photovoltaic system is installed on the client’s bitumen roof, while the remaining panels are mounted on a sandwich-panel canopy. This allows the available roof space to be used to its fullest, resulting in a more efficient use of the entire area.
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