Qingdao Leice Transient Technology Co., Ltd.
Qingdao Leice Transient Technology Co., Ltd was founded by a team of professors and experts from Ocean University of China and Hefei Institute of material science, Chinese Academy of Sciences. The technical achievements have been successfully applied to a variety of space-borne, airborne, ship-borne and land-based 3D scanning Lidar systems, for wide applications in environmental big data platform, environmental pollution monitoring and control, wind energy resource development and utilization, aerospace security, national defense and military industry.
Company details
Find locations served, office locations
- Business Type:
- Manufacturer
- Industry Type:
- Environmental - Meteorological Monitoring
- Market Focus:
- Globally (various continents)
- Employees:
- 11-100
- Turnover:
- $10,000,000 US - $100,000,000 US
This company also provides solutions for other industrial applications.
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About Us
Qingdao Leice Transient Technology Co.,Ltd (hereafter as 'Leice') was founded by a team of professors and experts from Ocean University of China and Hefei Institute of material science, Chinese Academy of Sciences. Leice focuses on the R&D, manufacturing and technical services of remote sensing lidars for meteorology. Leice is an international high-tech enterprise, with quality system compliant with ISO9001 standard, and products certified by SGS, WindGuard, DNV_ GL and other international authorities.
After years of independent technology innovation and key technology research, Leice has mastered a number of internationally advanced core technologies of lidar, such as ultra-high-speed photoelectric signal acquisition and processing chip technology, lidar working mode design and data retrieval technology in complex environments, and comprehensive solid-state small-scale lidar engineering technology, mobile (floating) platform lidar precision detection technology, etc., The technical achievements have been successfully applied to a variety of space-borne, airborne, ship-borne and land-based 3D scanning solutions in environmental pollution monitoring, wind power generation, meteorological and ocean exploration etc. It provides important technical support for environmental big data platform, environmental pollution monitoring and control, wind energy resource development and utilization, aerospace security, national defense and military applications.
History
1998
1998: The OUC successfully developed the first Doppler wind lidar in China.
1998: The OUC team led by Prof. Liu Zhishen successfully completed the application of the iodine molecular absorption cell in wind measurement and developed the first Doppler wind lidar in China.
1999
1999: 'Father of Chinese Optics' Academician Wang highly praised our R&D results
1999: 'Father of Chinese Optics' Academician Wang Daheng highly praised the research and development results of the team
2000
2000: Technical cooperation and talent exchange with US NOAA/NASA
2000: The OUC team went to the US to exchange experience in wind lidar, and discussed with relevant experts on wind measurement mechanism and engineering technology.
2002
2002: Technical cooperation and talent exchange with German DLR
2002: The OUC team visited the German Aerospace Center DLR and discussed with experts on the frequency discrimination system and calibration inversion technology of the wind lidar.
2007
2007: Successfully developed the first vehicle-mounted wind lidar in China
2007: The Leice team successfully developed the first vehicle-mounted Doppler wind lidar in China and completed the system performance test
2008
2008: Mobile wind lidar system well served the Qingdao Olympic Sailing Competition
2008: The vehicle-mounted Doppler wind lidar was used for the Qingdao Olympic Sailing Competition of the Beijing Olympic Games, realizing the direct detection of sea level wind field for the first time.
2008
2008: Mobile wind lidar offered support for 'Shenzhou VII' capsule landing
2008: The vehicle-mounted Doppler wind lidar provides wind measurement support for the landing of the 'Shenzhou VII' return module, and accurately predict the landing point of the return module
2009
2009: First developed the airborne incoherent Doppler wind lidar in China
2009: Completed the detection experiment of the first airborne incoherent Doppler wind lidar.
2012
2012: First developed the coherent Doppler wind lidar prototype in China
2012: Successfully developed a coherent Doppler wind lidar prototype, and carried out several technical upgrades to the prototype system
2013
2013: The water vapor Raman lidar was successfully applied to the third Qinghai Tibet Plateau scientific research expedition in China
2013: With multi wavelength polarization Raman lidar and coherent wind lidar, the team completed water vapor and wind field detection experiments in the Qinghai Tibet plateau at an altitude of 4000 meters.
2014
2014: Successfully developed the first shipborne wind lidar in China
2014: China's first shipborne wind lidar was successfully developed and carried on the 'Dongfanghong 2' scientific research ship for wind measurement experiment.
2014
2014: The first coherent wind lidar was used in aviation and wind energy industry.
2016
2016: China's first UAV coherent wind lidar system was developed and launched.
2018
2018: Contributed to the world’s first satellite wind lidar -ADM Aeolus ESA
2018: As the only verification and calibration team of ESA ADM Aeolus in China, it has made important contributions in atmospheric model, sea surface scattering, calibration verification, etc
2018
2018: Prof. Wu Songhua, leading OUC core team, founded LEICE company.
2018: Prof. Wu Songhua, and OUC core team, founded LEICE company, based on the years’ R&D achievements of the lidar team, accelerating the integration of production, teaching and research.
2018
2018: Leice signed a cooperation contract with Liu Wenqing, academician of Anhui Institute of Optics, Chinese Academy of Sciences, and established Liu Wenqing academician workstation.
2018
2018: Leice has rapidly developed into a leader in the domestic lidar market
2018: Relying on the leading innovation mechanism of production, teaching and research, Leice has rapidly developed into a leader in the domestic lidar market, and established a full series of lidar product lines.
2019
2019: Leice well served the 70th anniversary of National Day with wind lidar
2019: Leice has successfully served the 70th anniversary of the national day and won the 'outstanding contribution' award issued by the military review service support headquarters.
2019
2019: Leice was involved in Chinese “one belt, one road” lidar network.
2019: Leice provided a valuable scientific support for the monitoring of dust & sand long distance transmission, and local air pollution and diffusion, support for frontier scientific research as global climate change and air poll...
2019
2019: Successfully developed China's first floating wind lidar
2019: China's first floating wind lidar has been successfully developed and applied in the Yellow Sea, the East China Sea and the South China Sea, which will play an important role in China's offshore wind power developm...
2019
2019: Leice’s core products have been certified by international authorities WindGuard and DNV-GL etc.
Company Culture
Mission
Highly focused, multidimensional innovation; Integration of production and research, mutual promotion and progress.
Vision
To be focused on doppler laser detection technology, to build the best intelligent lidar data platform of remote sensing.
Values
Customer foremost, innovation driven, persue excellence, win by quality
Our Factory
The technical team members of Qingdao Leice Transient Technology Co., Ltd. are one of the earliest scientific research teams to develop marine and atmospheric Lidar in China. With the support of more than 30 years of scientific and technological research, 863, and national funds, Leice have independently developed a variety of ocean and air-sea boundary layer detection Lidar systems, and accumulated advanced laser remote sensing technology research results.
After years of independent technological innovation and key technology research, Leice has mastered a number of internationally advanced Lidar core technologies including atmospheric wind field, water vapor, temperature, and aerosol detection. Relevant technical achievements have been successfully applied in the fields of meteorological detection, wind power generation, pollution monitoring, atmospheric physics and climate research, aviation meteorology and other fields. Provided key technical and equipment support.
The company currently has 1 academician of the Chinese Academy of Engineering, 8 professors or experts with senior professional titles, more than 20% of the company's doctoral degree, and more than 60% of the master's degree or above. The company maintains close talent exchanges and project cooperation with ESA, DLR, TROPOS, DTU and other international first-class institutions, and always maintains the advanced nature of technology and products.
