On November 29, 2024 China International Western Photonics Conference, organized by Optical Engineering Society of China, was grandly held in Chengdu, Sichuan Province, and the third “Golden Flint Prize” Chinese optoelectronic instrument brand list was unveiled at the opening ceremony of the conference. The “3D Scanning Wind lidar” developed by Qingdao Leice Transient Technology Co.,Ltd.  was honored with the Gold Medal, and awarded by Academician Luo Xiangang and Academician Lv Yueguang of Chinese Academy of Engineering.

Dr. Wang Qichao, Deputy General Manager of LEICE, received the award on behalf of the company.

The award-winning 3D Scanning Wind Lidar was developed by LEICE, which has achieved technological breakthroughs in many key areas. It not only has excellent performance, but also has high stability and reliability, and is capable of realizing different observation needs such as fine meteorology, wind turbine wake, low-altitude wind shear, wind field in complex terrain, structural wind engineering, and fire emergency rescue, etc. Currently, the product has been used in domestic meteorology, wind turbine tailing, low altitude wind shear, wind field in complex terrain, structural wind engineering, and fire emergency rescue. At present, the product has been widely used in domestic meteorological, environmental, wind power and aviation fields, and successfully exported to Europe, Southeast Asia, Japan and South Korea region, and gained a high degree of recognition from users.

Wind3D 6000/10K - 3D Scanning Wind lidar

3D Scanning Wind Lidar Application in China

Taking this award as an opportunity, LEICE will continue to uphold the spirit of independent innovation, increase investment in R&D, and launch more high-end optoelectronic instruments with independent intellectual property rights, so as to contribute more to the development of China's optoelectronic instrument industry.

Note: The “Golden Flint Award” China optoelectronic instrument brand list is aimed at responding to the needs of the country's major strategies, encouraging independent innovation, demonstrating China's latest achievements in the field of optoelectronic instruments, and is committed to selecting China's independently researched and developed, manufactured and produced high-end optoelectronic instruments, to help China's independently researched and developed scientific instruments to seize the commanding heights of the science and technology strategy, to set up national It is committed to selecting the high-end photoelectric instruments independently developed, manufactured and produced in China, helping China's independently developed scientific instruments to seize the strategic high ground in science and technology, establishing national brand confidence, demonstrating independent core competitiveness, and exploring domestic and international application markets.