During the operation of wind farms, the clearance distance between the wind turbine blades and the tower is one of the key factors in ensuring the safe operation of the turbine. The laser clearance lidar, based on laser ranging principles, is used to establish a blade clearance monitoring system that can monitor the clearance distance between the blades and the tower in real-time and with high accuracy. This system is equipped with dynamic threshold detection and low visibility determination capabilities, ensuring stable operation in complex and changing natural environments, providing strong technical support for the safe management of wind farms.
Laser ranging technology enables real-time high-precision monitoring of the clearance distance between the blade and the tower, ensuring data accuracy.
It supports users in flexibly setting detection thresholds based on their needs, adapting to safety requirements under different operating conditions, and enhancing system adaptability.
Stable work in harsh weather conditions, ensuring uninterrupted safety monitoring.
When the monitored clearance distance falls below the set threshold, the system automatically triggers an alarm and notifies the wind farm management personnel and the wind turbine control system, enabling a quick response and effective handling.
