The WindCube ground-based vertical profile Lidar was acquired with funding from the European Union Recovery Fund, project No. 5.2.1.1.i.0/2/24/I/CFLA/006 “Expanding the Capacity of the Institute of Electronics and Computer Science with a Focus on Energy Research (E-EDI).” The device is manufactured by Vaisala Oyj (Finland), a globally recognized company with extensive and proven expertise in developing high-quality climate and environmental measurement instruments.
WindCube is a vertical profiling LIDAR system that collects precise wind data at heights of up to 300 meters. It functions as an equivalent to a very tall meteorological mast, measuring wind speed, direction, vertical wind speed, and turbulence intensity at 20 different heights, while requiring minimal installation effort and offering high operational reliability. The system features a well-designed, portable, and easy-to-maintain structure, providing a significant advantage over traditional meteorological masts.
In addition to the LIDAR system, a meteorological station is integrated to collect supplementary data on temperature, humidity, atmospheric pressure, and precipitation. This combined setup offers a comprehensive view of atmospheric conditions, improving the accuracy of wind resource assessment and delivering a precise and cost-effective solution for wind measurements. Compared to other systems of this type, WindCube is easier to operate, and its data post-processing is relatively straightforward.
The LIDAR will enhance research infrastructure in the field of rational and efficient use of energy resources and will provide a foundation for wind energy research, enabling accurate and reliable wind energy potential assessments.
