On September 24, the 2024 Hamburg Wind Energy Exhibition in Germany, a high-profile global event in the wind energy field, opened grandly. A variety of products such as vertical wind tower type wind measurement lidar, cabin type wind measurement lidar and onshore/offshore wind field measurement and analysis solutions independently developed by Leitest Chuangxin were unveiled at the exhibition.
The vertical wind tower type wind measurement lidar WindMast WP350 has the characteristics of miniaturization, low power consumption, high accuracy, high system reliability, easy installation and maintenance-free. It is a new wind resource measurement method that can replace the traditional wind measurement tower. It is sold to more than ten countries and regions in Europe, Southeast Asia, Japan and South Korea. With its excellent performance and quality, it has won deep trust and high praise from users, consulting institutions and investors.
The cabin-type wind measurement lidar WindHorizonH400 is a small, high-precision cabin-type forward-looking pulse wind measurement lidar that can accurately detect wind speed and direction information at any 10 distance gates 50m to 400m directly in front of the wind turbine hub. At present, the yaw correction technology based on cabin-type wind lidar has been recognized, and major OEMs are actively exploring and practicing the feedforward control application of cabin radar.
As a member of the IEA WIND TASK Committee of the International Energy Agency, Laser Test is deeply involved in and leads the multi-scenario application of lidar technology in the wind power field. In the future, Lechi Chuangxin will be unswervingly committed to technological innovation and product optimization, rapidly promote strategic cooperation with domestic and foreign OEMs, owners and authoritative scientific research institutions, and jointly create a new chapter of cutting-edge technologies and applications in the industry, and contribute to the global wind power industry. The development of energy contributes to the power of laser detection.
