The Wind Measurement Lidar (Scanning Type) is an active three-dimensional wind measurement remote sensing equipment. Based on the optical pulse coherent Doppler detection principle, it uses 1550nm near-infrared invisible light as the laser signal light source, takes atmospheric aerosols as tracers, and by detecting the Doppler frequency shift characteristics of backscattered signals, realizes high-precision and high spatiotemporal resolution inversion of the atmospheric wind field in space. It can be widely applied in fields such as meteorological observation, aviation safety and low-altitude flight safety assurance.
Equipment Features:
Transient Perception: High spatiotemporal resolution, second-level data update, accurately capturing the spatiotemporal evolution of the wind field;
Wide-Area Coverage: Spherical scanning architecture, maximum detection radius of 20km, realizing large-range three-dimensional wind field observation;
Flexible Customization: Supports multi-mode detection such as DBS, PPI and volume scan, customizable scanning tasks, adapting to multi-scenario business needs;
Stable and Reliable: Large-aperture optical design + high protection rating, providing high-precision wind field data all-weather.
