L'énergie éolienne

Inspection des lames
Les pales des éoliennes sont sensibles à l'érosion éolienne, aux fissures, à la fatigue et à d'autres problèmes pendant leur fonctionnement. Les endoscopes industriels peuvent aider les techniciens à effectuer des inspections non destructives de la structure interne, des interstices et de la surface des pales, et à trouver des défauts tels que des microfissures, des délaminations, des inclusions, etc., afin d'effectuer la maintenance ou le remplacement à l'avance et de garantir la sécurité de fonctionnement des pales.

Entretien des générateurs et des boîtes de vitesses
The generator and gearbox in the wind turbine have small space and complex structure. Using an industrial endoscope, you can enter the equipment to check the grooves, bearings and lubrication systems, identify problems such as sludge, wear, cracks, etc., reduce the workload of disassembly, and improve maintenance efficiency.

Cable and connection point inspection
A large number of cable connection points and connectors in wind turbine equipment are susceptible to corrosion and loosening. Industrial endoscopes can assist in checking the joints, joints and insulation parts that are difficult to observe directly to ensure the reliability of electrical connections.

Monitoring during maintenance
During daily inspection and maintenance, industrial endoscopes can be used to quickly diagnose potential mechanical failures and structural damage, help formulate scientific maintenance plans, and extend equipment life.

Quality control of newly built wind farms
During the construction phase of a wind farm, industrial endoscopes are used to inspect the quality of welding, structural connection points, and the integrity of the internal support system to ensure the quality of the installation.