High-resolution THERMAL and VISIBLE orthomosaic of the area where the photovoltaic system is located. It is created from a three-dimensional model (point cloud) and a Digital Elevation Model with centimeter accuracy thanks to the use of ground control points (GCPs) detected in the field with a high-precision GNSS satellite antenna. The orthomosaic is georeferenced and scaled. Therefore, when inserted into a GIS software, it can be measured in planimetry;

Radiometric thermographic inspection of photovoltaic systems with high-resolution thermal imaging camera;

Periodic checks on the maintenance status of each individual overhead system, the inspection and control activities of which would otherwise be extremely costly and dangerous;

Verifica della presenza di eventuali danni per impianti in quota, dopo particolari eventi meteorologici;

Check for any damage to high-altitude systems following particular weather events;

Verification of the correspondence between the as-built and the constructed;

Verification of the progress of works on new construction sites;

Carrying out preliminary feasibility analyses for systems to be installed on high-altitude roofs that are difficult to reach for simple site inspections;

Monitoring the condition of proximity lines in electromagnetic impact investigations;

Monitoring the condition of electrical components installed at height on pylons;

We also perform:
Photographic surveys of the area;
Land monitoring;
Inspections of building complexes to identify illegal construction;
Identification of illegal landfills.