Photovoltaic geotechnics at the Scampitella facility
- Client: Grupotec Renewables
- Location: Scampitella, Avellino, Campania, Italy
- Start year: 2024
- Project area: 42 hectares
SOCOTEC guarantees the geotechnical viability of the project with its experience in photovoltaic parks at an international level.
The Scampitella project consists of the installation of a 19,640.25 kWp photovoltaic park in the Avellino region, Campania, Italy. Located approximately 3 km southeast of the municipality of Scampitella, on slightly sloping terrain of 5° and at an altitude of 550 meters above sea level, this renewable energy project seeks to make the most of the favorable geographical conditions of the area. Geotechnical assessment is essential to ensure the stability and efficiency of the photovoltaic installation.
Geotechnical services provided by SOCOTEC
SOCOTEC has played a key role in the photovoltaic geotechnics of the Scampitella project, offering a range of specialized services to ensure the viability and safety of the installation. Key services provided include:
Evaluation of direct driving capacity
One of the critical aspects in photovoltaic geotechnics is the feasibility of direct driving of the support structures of the solar panels. SOCOTEC has carried out a detailed analysis to determine the feasibility of this method on the Scampitella site, including estimating the required driving depth according to the specified profiles and loads. In addition, zoning maps have been developed that indicate the most suitable areas for direct driving, thus optimizing the installation process and reducing costs.
GEOTECHNICS & FOUNDATIONS
Foundation design and geotechnical risk analysis
The design of surface foundations is crucial in renewable energy projects, as it guarantees the stability and efficiency of the facilities.
SOCOTEC has evaluated the permissible ground pressure and the soil reaction modulus, providing fundamental data for the design of foundations that adequately support photovoltaic structures.
In addition, the corrosivity of the soil for buried materials, such as steel and concrete, has been analysed, ensuring the durability of the foundations and minimising the risk of deterioration. The identification of potential geotechnical risks, such as seismic activity, collapsibility, subsidence and erosion, allows the implementation of preventive measures that guarantee the safety and longevity of the photovoltaic park. These comprehensive studies are essential for the success and sustainability of renewable energy projects
The design of surface foundations is crucial in renewable energy projects, as it guarantees the stability and efficiency of the facilities.
SOCOTEC has evaluated the permissible ground pressure and the soil reaction modulus, providing fundamental data for the design of foundations that adequately support photovoltaic structures.
In addition, the corrosivity of the soil for buried materials, such as steel and concrete, has been analysed, ensuring the durability of the foundations and minimising the risk of deterioration. The identification of potential geotechnical risks, such as seismic activity, collapsibility, subsidence and erosion, allows the implementation of preventive measures that guarantee the safety and longevity of the photovoltaic park. These comprehensive studies are essential for the success and sustainability of renewable energy projects
SOCOTEC's experience in geotechnics for renewable energies
With extensive experience in geotechnical studies applied to renewable energy projects, SOCOTEC is positioned as a leader in the sector. Our expertise ranges from the initial assessment of the site to technical supervision during construction, ensuring efficient solutions tailored to the specific needs of each project. We contribute to sustainable development by implementing innovative and environmentally friendly practices.