Compared with the onshore wind power, the offshore are more abundant in wind resources, weaker in wind turbulence intensity and wind shear, and less limit by the noise, landscape, birds, electromagnetic wave and other problems for wind farm construction. Therefore, offshore wind power has become the main target of wind power development in the future. The difficulties in the preliminary survey of offshore wind resources are mainly in the following aspects: adaptability to harsh marine environment, platform attitude swing, power supply, deep-sea signal transmission and maintenance. To solve these problems, Leice Transient Technology, Shandong Academy of Sciences, Ocean University of China, Pilot National Laboratory for Marine Science and Technology (Qingdao) and other key institutes have jointly developed advanced equipment for the development of offshore wind resources.
Pioneering in proposal and deployment of dia.10m large buoy to survey deep sea wind conditions. The 10-meter large buoy has strong survivability and extreme weather adaptability;
Patented lidar real-time attitude correction algorithm. When the floating lidar is swaying due to sea waves, the data can be corrected in real time according to the measured buoy attitude;
Beidou communication system with data security protection, suitable for deep-sea survey;
Customized buoy power supply system, adaptable to various harsh environments, which can work continuously for more than 30 days in cloudy days;
Tel: 0532-80922894
Fax: 0532-80922894
Mail: jennifer@leice-lidar.com
Address: 2F, Area A, Jiushui East Road No.600, Laoshan District, Qingdao, Shandong, China 266102
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