Met Mast Lidar is a scientific instrument used for meteorological prediction and weather forecasting that can measure precise wind energy data at high speed. It is based on laser technology and uses pulsed laser beams to detect atmospheric particles and obtain information such as wind speed and direction from these particles. In addition to measuring wind speed and direction, it can easily capture changes in turbulence and aerosol concentration in the atmosphere, and then convert these data into reliable wind energy analysis and prediction results with the help of wind energy models and mathematical formulas. Advanced software algorithms enable it to record high-resolution wind data for use in generating reliable wind energy forecasts, long-term wind resource assessments, and other applications.

 

Features
Advanced measurement technology: The Met Mast Lidar is installed on a high mast (usually 60-120 meters in height) and uses laser pulse technology (PPI scan, RHI scan, etc.) to use a laser beam to measure wind speed up to 200-300 meters in height, direction and turbulence data. It records wind data at high resolution and high data rates for better data modeling.

 

Rugged design: Considering the need for long-term outdoor use, we use surface-treated aluminum alloy and other materials for the shell of the device, so it is corrosion-resistant, waterproof, and can well adapt to environmental conditions and other environmental conditions. The vibration-resistant optical system allows it to function even in high winds.

 

Easy to use: This product is easy to install, set up and use. The advanced software system can automatically complete data collection and processing, and then users can operate and control the equipment remotely, which is very convenient. At the same time, the simple interface allows users to quickly set up equipment, conduct tests, and complete data collection.

Application
Wind Power Forecast: Met Mast Lidar is used to provide reliable wind data for wind power forecasting. Precise wind measurements enable wind farm operators to optimize their wind turbines, reduce energy waste, and increase the overall efficiency of the wind farm.

 

Wind resource assessment: This lidar can be used to provide long-term wind resource assessments to help identify potential wind energy sites, which is critical for wind energy project planning.

 

Meteorology and climate research: Meteorologists and climatologists can use this product to determine climate patterns, temperature rates, and the atmospheric composition of air, thereby gathering data needed for a range of applications including weather forecasting, atmospheric research, and climate modeling.

 

Air quality research: Our lidar can be used to study pollutant transport and dispersion patterns in the atmosphere. It helps provide accurate wind measurements, which are critical for modeling the dispersion of aerosols, gases, and other pollutants in the atmosphere.

http://www.leicelidars.com/