Drone wind power inspection application scenarios
——

—Wind blades are located high, cracks and other small faults are difficult to find.

—Energy farms are gradually expanding their production scale, and the requirements for production efficiency refinement are increasing

—Traditional wind turbine inspection is mainly for visual inspection, the form is divided into high-magnification binoculars, high-altitude around the descending visual inspection and maintenance platform inspection

—The above methods are different degrees of low inspection efficiency, high economic costs, fall from height safety risks and other problems.

  • Offshore Wind Power
  • Onshore Wind Power
  • Wind Turbine PV Grid Integration

   Offshore Wind Farm Station


    · Offshore wind farms are often located in marine environments, which means that they must

      cope with strong winds, waves, salt spray corrosion, humidity and other extreme weather

      conditions



    · Maintenance and repair work on wind turbines is carried out at high altitude and technicians

      must have specialised climbing and hanging skills, posing additional risks to the physical safety

      of the staff


    · Offshore wind farms may be located dozens or even hundreds of kilometres from the shore,

      making it difficult to resolve faults in a timely manner and requiring stable inspection cycles and

      short cycle intervals to ensure the normal operation of the wind turbines

   Onshore Wind Power Stations


      · Wind farms are often remote, making it difficult and

       time-consuming to transport the required maintenance equipment and specialised personnel

   

    · Traditional wind turbine inspection is mainly for visual inspection, the form is divided into

       highmagnification binoculars, high altitude around the descent of the visual inspection and

       maintenance platform inspection, the location of the wind blades is higher, cracks and other

       minor faults are difficult to find

   

    · Conventional operations require downtime for testing,

       resulting in operational interruptions and losses to power generation

   Wind Turbine PV Grid Integration


    · Most of the inspections in new energy scenarios are still done by manpower, with many

      and scattered inspection points, a high degree of inspection specialisation,

      and a high level of personnel input, but the overall labour efficiency and quality is not high.


    · Power stations under a combination of green energy configurations require a wide range

      of specialised operation and maintenance personnel, with high manpower costs,

      heavy workloads and varying degrees of specialisation

   

    · Wide distribution of the station, the terrain is complex, easy to appear inspection blind area,

      not conducive to the defects of hidden trouble for the prevention of the early stage


       





Deployment of automated airports in wind farms, fully automated take-offs and landings, mission operations and site "automation" through remote control of drone via the network.
Equipped with a zoomable camera and LIDAR for fully autonomous inspection path planning and image capture.
The platform dispatches the drone with the airport, and real-time video of the drone is available through stop/no stop detection.
Discover leaf failure points through AI intelligent image recognition system and cloud computing data, data is automatically classified and stored in archives
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