Features
Compact size
The compact machine size design enables blade engineers to easily transport and move robots between the nacelle and hub, and also allows the robot to reach the tip of the blade.
Ultra-lightweight
The design concept of weight reduction allows the robot’s weight to be controlled within 9 kilograms, enabling the robot to easily climb vertically and making drone delivery solutions possible.
Free crawling
The combination of lightweight design and strong adhesive force allows the robot to crawl freely without relying on ropes or cables, and it can withstand strong winds.
Blade Robot solution
Ground-based visual inspection
Ground-based visual inspection is indeed a useful method for quickly and cost-effectively detecting obvious blade faults. However, for hidden defects and subtle cracks, even with the assistance of drones, they can still be challenging to detect.
Robot inspection
The close observation capabilities of blade robots, coupled with non-destructive testing (NDT) inspections, will assist technicians in accurately assessing blade defects, thereby avoiding significant losses and unplanned maintenance.
Robot repair
Blade robots assist engineers in addressing superficial blade faults, allowing technicians to focus on repairing complex issues. This will reduce the workload of technicians by 70%.
Drone Delivery Solution
The lightweight design of the drone enables the possibility of aerial delivery in the blade inspection and maintenance process. With drone delivery, the blade robot can be quickly transported from the base of the tower to the blade surface at a faster speed.
Once the blade robot completes its task, it can be retrieved by the drone and brought back to the ground. This is especially valuable for maintenance activities that have limited time windows.
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