Drone Inspection services helps in maintaining the condition of wind turbines as it is important at various stages of the project lifecycle. It allows all involved parties to reassure themselves of the quality of the turbine’s fabrication, maintenance, and performance.
Regular preventative maintenance can undoubtedly extend the viable lifespan of turbines and ensure that they output maximum power in all conditions. Inspecting them presents a challenge, in contrast, as they are tall structures and the internal structure of the blades can develop structural problems that may be invisible from the outside.ty of error.
To overcome this challenge, Airpix a drone inspection and monitoring company utilizes the fact that the internal structure of a wind turbine blade heats and cools at different rates. By measuring these small differences using a highly practical, specially calibrated infrared camera on our special drones, we can gather this information rapidly, needing the turbine to be stopped for only minutes instead of hours.igh-resolution video and drone data.
All our inspections are carried out by highly trained and qualified inspection engineers with many years of experience in the wind energy sector. They are fully trained on all relevant safety measures, and operational topics, allowing them to work in a wide range of locations and weather conditions, and with different equipment designs.
Our drone solutions make use of drone surveys to inspect and monitor Wind turbines by understanding asset aging, we also offer insights for optimizing maintenance checks, emergency inspection, asset management, and surveillance.
Airpix drone Inspections and monitoring services can cover all components of wind power generation systems including the rotor, nacelle, tower, foundation, and electrical system. Our inspections provide independent information on the condition of wind turbines
Drone solutions realize the possibility of pre-programmed maintenance runs that automate change detection of structures such as alignment change, physical damage and we also safely assess the condition and orientation of all components of wind turbines