Lightning Protection Conductivity Testing
Tests the effectiveness of lightning protection systems on blades, towers, and nacelles.
- Unmanned elevated operations completely eliminate safety hazards.
- Pliabot® muscle with inherent collision safety and tactile AI adapts for non-damaging contact, protecting blades.
- Precise, Pliabot® pneumatic control of the module enables rapid testing of tip receptors.
- High efficiency: Full testing time per unit is only 1 hour.
- Flexible deployment enables efficient cross-region and cross-scene transfer.
Pain Points
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High Safety Risks in
Manual Operations
Traditional methods heavily rely on manual high-altitude work while facing harsh environmental challenges, posing significant safety hazards. The maintenance operations themselves become a new risk factor affecting the safe operation of wind farms.
Difficulty in Mobility and Delayed Response
Limitations of Existing Solutions
Wind turbines are widely distributed across wind farms in complex and variable environments. Traditional periodic maintenance involves time and regional operation intervals, making transportation and deployment inconvenient. This hinders frequent maintenance and makes it difficult to carry out timely, flexible maintenance tasks for turbines during intervals or within small clusters.
New maintenance tools such as wall-climbing robots commonly face bottlenecks in practical application, including difficult deployment, high costs, demanding operational standardization, potential risks of turbine damage, low efficiency, and lack of flexibility.
Solutions
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All-in-One Rapid Operation Platform for "Washing, Inspection, and Coating"
Based on the world-leading Pliabot® robot technology and paired with industry-leading classic drones, it provides customers with unmanned high-altitude preventive maintenance for multiple scenarios—such as complete wind turbine cleaning, lightning protection detection, anti-icing coating, and paint spraying—delivering ultra-safe, highly efficient, and all-in-one service.
Gain the Full Solution
"Ultra-close"
High-Pressure
Spraying
50N Collision
Buffering in Case of
Accidental Impact
AP30-N1 Pliabot® Aerial Manipulator System
AP30-P4 Pliabot® Aerial Atomized Sprayer
AP30-P4H Pliabot® Aerial High pressure Sprayer
Transfer, deployment, operation efficiency: multiplied enhancement
All-in-one platform,: cost reduction, revenue increase
Leading UAV platform: powerful collaboration
Pliabot® joints
X
DJI FC30/FC100
Personnel, wind turbines, equipment: comprehensive safety
High environmental resistance
Adapts to diverse scenarios and complex worksurfaces
Precise and flexible operation with wide-angle agility
Zero-distance close-range effective spraying
Suppresses and eliminates swing for stable flight
Mitigates collision impact in extreme conditions
Seamlessly integrates with leading platform flight control
Auto-focus adjusts
working angles
Modular functional units for versatile capability
Pliabot® pneumatic
control
Inherent collision
safety
Active-passive
adaptability
Neural visual-
tactile AI
Ultra-high load-
to-weight ratio
Haptic AI
perception
Precise
pneumatic
control
Real-time
Elimination of Flight
Disturbances
60° Adjustable
Precision
Cleaning
Lightning Protection Conductivity Testing: AP30-N1 Significantly Reduces Costs and Boosts Efficiency
Recently, one wind farm in Liuzhou, Guangxi, the company utilized the Wisson AP30-N1 Aerial Work Platform to conduct unmanned aerial conductivity testing. Compared to traditional manual methods, this approach increased efficiency threefold and reduced overall costs by 30%.
Case Study
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Email: bd@wissonrobotics.com
Tel: +852-34211130
Add: Office No.12 on 26/F., Hong Kong Plaza, No.188 Connaught Road West, H.K
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