On August 12, 2020, the World Ocean Science and Technology Forum Ocean Observation and Detection Technology Sub-forum was held in Qingdao. The forum was hosted by Academician Pan Delu of the Second Institute of Oceanography of the Ministry of Natural Resources and Academician Liu Wenqing of the Hefei Institute of Physical Sciences, Chinese Academy of Sciences. Academician Liu Wenqing, Academician Jiang Xingwei of the National Satellite Marine Application Center, Researcher Wang Juncheng of the Institute of Marine Instrumentation, Shandong Academy of Sciences, and China Ocean Professor Liming from the School of Engineering of the University, Dr. Machendiranathan from Annamalai University in India, Researcher Li Shuo from the Shenyang Institute of Automation, Chinese Academy of Sciences, and Professor Shao Xiaopeng from the School of Physics and Optoelectronic Engineering of Xidian University attended the opening ceremony and gave keynote reports.

 After the meeting, Academician Liu Wenqing made a special trip to Qingdao Radium Technology Co., Ltd. to listen in detail to the company’s recent key technologies, key product development progress and application reports, especially the company’s floating wind lidar in my country’s Yellow Sea and East China Sea. , the successful operation of Nanhai, and ensuring the AG600 The role played by major projects such as the first flight of the seaplane at sea and the "One Belt and One Road" lidar three-dimensional sand and dust monitoring network was fully affirmed. Special discussions and guidance were conducted on key technology research, industry demand analysis and application scenario expansion, and provided guidance for It points out the direction for the company's next step of work.

It is an important support for the development of wind resources and the "Transparent Ocean" big science plan. In response to this major demand, Laser Test Innovation and a number of top domestic marine-related units jointly created the WindMast 350-MB floating device, which is produced in China and has independent intellectual property rights. Wind lidar can realize three-dimensional cross-section observation of offshore wind resources and air-sea boundary layer, and is a well-deserved "national weapon". The product is based on a domestic 10-meter large buoy platform and integrates domestic marine wind measurement lidar and dynamic platform wind field correction algorithm, self-power supply system and Beidou data transmission system. It has high measurement accuracy, high reliability and strong maritime survivability, which can ensure Continuous observations in various harsh environments at sea can be widely used in fields such as offshore wind resource survey and assessment, marine meteorological warning and forecasting, and air-sea boundary layer dynamics research.