Brief: Discover the Tethered Drone Wind Turbine Lightning Protection Resistance Detection Device, designed to safeguard wind turbines from lightning strikes. This innovative solution uses a retractable contact copper mesh and DJI M350 RTK to test blade conductivity and measure resistance, reducing damage and insurance claims.
Related Product Features:
Equipped with a retractable contact copper mesh for precise blade tip contact.
Utilizes DJI M350 RTK or DJI M300 RTK for stable and accurate drone operations.
Includes an automatic cable reel winch for efficient deployment and retraction.
Measures resistance values to ensure blade conductivity and lightning protection.
Reduces lightning-related damage and insurance claims for wind turbines.
Designed for large wind turbines with increased lightning strike risks.
Compatible with ground detection instruments for comprehensive testing.
Enhances wind turbine lifespan by addressing lightning-induced damages.
Ч.З.В.:
How does the Tethered Drone Wind Turbine Lightning Protection Resistance Detection Device work?
The device uses a retractable contact copper mesh attached to a DJI M350 RTK drone, which flies below the blade tip to make contact. An automatic winch connects the mesh to ground detection instruments, testing blade conductivity and measuring resistance.
What equipment is required for this detection device?
The required equipment includes a DJI M350 RTK or DJI M300 RTK drone, a retractable contact copper mesh, an automatic cable reel winch, and ground detection instruments.
Why is lightning protection important for wind turbines?
Lightning strikes account for 80% of wind turbine insurance claims and 60% of total blade losses. Effective lightning protection reduces damage, extends turbine lifespan, and lowers maintenance costs.