New Energy

Structural calculation reports

A technical document that gathers the calculations and analyses demonstrating a project's structural integrity and safety. Prepared and signed by a structural engineer, it covers key elements:

1. General project description and specifications.
2. Structural analysis.
3. Design calculations.
4. Material specifications.
5. Drawings and diagrams.

Specific studies for seismic loads

A detailed analysis of the seismic forces that can affect a photovoltaic system at a specific location, so the design can withstand the site's own conditions. To do this we collect:

1. Seismic hazard data.
2. Soil and geotechnical data.
3. Topographic data.

Tension tests (Pull Out Test)

We verify the stability and strength of anchoring structures in different soil types. These tests assess the load capacity and mechanical performance of piles and foundations. We have high-precision equipment and a specialized technical team to optimize the design and installation of photovoltaic systems, meeting the industry's most demanding standards.

Structural studies and monitoring

We assess, instrument and monitor the steel structures of photovoltaic parks. Through non-invasive studies on piles and metal structures we detect tilting, deformation, vibration and corrosion before they turn into failures. It includes:

1. Structural health monitoring (SHM) with sensors and platforms to read the structures' condition in real time.
2. Assessment of steel pile inclination relative to the vertical.
3. On-site vibration tests to identify natural frequencies and dynamic response.
4. Support for Pull Out Test campaigns with instrumentation and complementary analysis.
5. Early detection of anomalies: excessive tilt, deformation or corrosion.
6. Technical input for preventive and corrective maintenance.

This lets us confirm in the field what the design predicted and reduce structural risks across the park's whole service life.