The Micro Wind Measurement Lidar is based on the coherent Doppler detection principle. Relying on the Doppler frequency shift detection of the backscattered echo signals of the laser by atmospheric aerosols, combined with relevant inversion algorithms, it realizes real-time detection of multiple data products such as radial velocity, spectral width, spectral intensity, horizontal wind speed, horizontal wind direction, vertical airflow, wind shear, turbulence intensity, aerosol extinction coefficient and visibility, empowering fields such as meteorological observation, low-altitude flight meteorological support and wind power resource survey.
Equipment Features:
Fast: Second-level real-time response, accurately capturing transient wind field changes;
Small: Compact and lightweight integrated design, flexible and rapid deployment for multi-scenarios and multi-platforms;
Accurate: Self-developed core modules, cross-calibration through networking for precise and reliable data;
Far: 2km ultra-long detection height, refined inversion of global three-dimensional wind field;
Economical: 30W low power consumption, compatible with multiple power supply modes such as photovoltaic and fuel cells;
Stable: -40℃~50℃ wide temperature adaptation, IP67 protection rating, long-term stable operation in multi-terrain and all-weather conditions.
