In compliance with Eurocode standards, our service designs and optimizes the placement of structures to ensure both robustness and competitiveness. They are tailored to adapt to site constraints and maximize the energy output throughout the plant's lifespan, with minimal environmental impact. Their zinc/magnesium coating makes them durable and resistant to challenging environmental conditions (corrosion classes C3 to C5). We also calculate the dimensions of the foundations, whether they are driven, screwed, or concrete-based.
Foundations are a critical element of any structure. For driven or screwed piles, to ensure proper dimensioning, we systematically organize pull-out tests (POT) during the pre-project phase. The results of these tests complement the geotechnical analysis and determine the final dimensions of the foundations and structure. These tests are conducted under the supervision of a geotechnician and a control office to ensure compliance with applicable standards and validate the final dimensions.
Depending on your needs, we provide an integrated service by entrusting the overall coordination of your project to our team of experienced Project Managers. They will ensure the project is successfully completed within the deadlines and in compliance with safety standards. Our teams can handle GPS layout, foundation installation, and structural assembly.
Conditions during the construction phase of a photovoltaic plant are rarely easy. This is why we have continuously invested in equipment and tools specifically designed to enhance safety and productivity. We also maintain a substantial stock of all standardized components for our structures, as well as the most commonly used foundation screw models. These resources allow us to respond quickly to various needs, whether for maintenance interventions or the rapid start of a new project.
PV plants are designed for a lifespan of 20 to 30 years. Once operational, we remain by your side: we can provide mechanical maintenance throughout the plant’s lifespan and commit to intervening promptly, if necessary, to prevent any production loss.
