Detect problems early through highly accurate data: Cost-saving. Safe. Faster than ever before!
In addition to massive wind forces, wind turbines are also exposed to the weather. This can lead to damage such as hairline cracks or dirt, which can impair their performance and economic efficiency. Drones usually detect this damage within just one flight. Service and maintenance work is thus accelerated, and even cleaning work on the rotors can be carried out by them.
With the introduction of 5G radio technology, it is more important than ever that the radio masts are perfectly aligned, not only with each other. Using photogrammetry and lidar laser technology, radio masts can be accurately positioned and their antennas precisely geared directly towards during construction. Drones also make it easier to refit antennas on old masts. In service operations, the maintenance effort is determined in a short time on the masts - this also applies to measures of extended nature conservation. (When connecting to the fibre optic network, the combination of drone and ground penetrating radar supports cable laying).
Power transmission lines
Regular inspection of overhead electricity pylons ensures security of supply for private households and for the economy. The maintenance of these pylons is very dangerous due to the high voltage, their heights and the associated violent air currents and should therefore only be carried out on an accurate data basis. Regular inspection flights determine the need for service and enable necessary and targeted maintenance work. Photogrammetry, lidar laser technology and ortho-photography can be used in advance to determine impairments caused by vegetation at an early stage and thereby predictively minimise any hazards triggered.
Photovoltaic systems make an important contribution to the national electricity supply. Even during their construction, photogrammetric measurement using drones can optimise the optimal alignment of the modules for the highest possible energy yield. In addition, the environmental data of a photogrammetric flight allow a comprehensive shading analysis. This means that a performance forecast can already be made during the installation of the system. Drones equipped with thermographic measuring devices determine the performance status of each individual panel during the overflight and locate it with module accuracy. This makes it much easier to replace them if necessary.
More in progress...