Product Description

The application of wave glider wind lidar in offshore wind resource survey, meteorological and climate research, assimilation of meteorological forecast models, atmospheric material flux and regional transmission of pollutants
There are many fields such as transport diffusion research, low-level wind shear detection, etc.

Based on the principle of optical coherent Doppler frequency shift detection, it has the characteristics of miniaturization, low power consumption, and high accuracy, and can meet the high-precision and refined detection requirements of three-dimensional atmospheric wind fields within the altitude range of 1500m/3500m in the atmospheric boundary layer.

The lidar has an overall protection level of IP67 and is equipped with anti-corrosion and salt resistant technology. It is mounted on the Wave Glider and can achieve extremely low power consumption self control in marine environments
Navigation, heading maintenance, real-time communication observation.

Functional features and advantages

Large range detection: Starting from 45m, the detection distance can reach 1500m, and the long-range type can be extended to 3500m

Wave glider: can be mounted on wave gliders for ultra-low power autonomous navigation, heading maintenance, real-time communication observation in marine environments

Data product combined with GIS display: Observation data is displayed in combination with GIS system, resulting in rich and real-time display of data products

High precision detection: Wind cup level wind measurement accuracy (<0.1m/s)

Low power consumption: The overall power consumption is less than 50W

Compatible with mobile platforms: compatible with applications such as in car and on board ships

System self correction: Real time correction of observation data

Protection level: The overall protection level of the radar is IP67, equipped with anti-corrosion and salt resistant processes

Eye safety: Class 1Mof IEC 60825-1 standard