Wind energy has become increasingly popular in recent years, becoming an increasingly important renewable energy source. In order to effectively utilize wind power, it is crucial to accurately measure wind speed and direction at different heights (generally 10 meters to 300 meters). Our Vertical Wind Lidars are remote sensing instruments that identify the speed and direction of wind by detecting the movement of particles in the air by scanning laser beams and returning reflected signals. The device's wind field measurements are the basis for accurately describing atmospheric dynamics, the basis for wind power generation, and the basis for understanding and predicting weather development.

 

Features
High Accuracy: Our Vertical Wind Lidars utilize the Doppler effect and laser drying technology for detection. At the same time, we use pulsed lasers, and the measurement points are dozens of times larger than ordinary continuous lasers, so we can complete accurate wind measurements. Its wind speed accuracy is ±2% and wind direction accuracy is ±5°.

 

Easy to use: Our instrument is not affected by terrain and object obstruction. It can directly scan air particles through laser beams and does not need to touch the surface of the object. Therefore, it is more accurate and more convenient than traditional instruments. Fully automated data acquisition and processing software allow data to be transmitted remotely and researchers can observe information in real time.

 

Durable and Reliable: Our Vertical Wind Lidars are designed with lightweight, wear-resistant materials such as aluminum alloy to withstand extreme weather conditions, including rain, snow, and high winds. It's IP65 rated, which means it's sturdy, dust-proof, and can protect against water jets from any angle.

 

http://www.leicelidars.com/