On August 14th, Zhang Xinwen, Vice Chairman of Shandong Provincial Committee of CPPCC (CPPCC), led a research group to visit Qingdao Leice Transient Technology Co.,Ltd. to carry out a special research on “Promoting the high-quality development of marine economy” in Qingdao to provide support for the scientific decision-making of the provincial party committee and the provincial government. Mr. Meng Qingbin, Secretary of the Party Group and Chairman of Qingdao Municipal Committee of the Chinese People's Political Consultative Conference (CPPCC), Mr. Zhang Yuansheng, Vice Chairman of CPPCC and Secretary of Laoshan District Committee of CPPCC, Mr. Cui Zuo, Vice Chairman of CPPCC and Chairman of the Federation of Industry and Commerce of CPPCC, Mr. Zhu Tieyi, Secretary General of CPPCC of Qingdao, and other leaders took part in the research.
Recently, Qingdao Leice Transient Technology Co.,Ltd. has successfully completed the on-site installation and delivery of the meteorological state bond project - Liaoning Modernized Economic System Construction Meteorological Guarantee Project Wind Measuring Lidar Construction Project, and the five Wind3D 10K (meteorological equipment model: YKL10) long-distance Doppler wind measuring Lidars and networking platforms have been officially put into business operation.
On July 20, 2024, Typhoon Gomez was generated east of the Philippines and gradually developed into the first super typhoon of the year. Under the unified deployment of the Comprehensive Observation Department of China Meteorological Administration (CMA), Shanghai Municipal Meteorological Administration (SMMA) organized business units, universities and research institutes to set up a special team to carry out the “earth-sea-air-sky” multi-methods synergistic observation and forecasting business integration test. After receiving the task, Qingdao Leice Transient Technology Co.,Ltd. responded quickly and immediately organized a “wind chasing” service team and carried the radar equipment to a number of target observation stations in Fujian at the first time to carry out the deployment of fixed and motorized wind measurement LIDAR equipment and data observation and analysis, and completed the task of tracking and observing the typhoon, which was unanimously praised by all parties. The team has been well received by all parties.
In order to deeply implement the innovation-driven development strategy and support enterprises to strengthen the construction of R&D institutions, the Provincial Department of Industry and Information Technology has organized and carried out the recognition of “one enterprise, one technology” R&D center in Shandong Province in 2024. After the declaration of enterprises, recommendation of relevant departments, expert evaluation and other procedures, Qingdao Leice Transient Technology Co.,Ltd.
Recently, Ningxia Meteorological Disaster Emergency Response Capability Enhancement Project, the first meteorological bond project constructed by Qingdao LEICE, has successfully completed the on-site delivery of five Wind3D 10K (meteorological equipment model: YKL10) long-distance Doppler wind LIDARs and radar network platforms, and formally put them into business operation. As the first wind measurement LIDAR project tendered and completed by the national meteorological system, it will effectively help Ningxia improve its meteorological three-dimensional remote sensing monitoring, disaster early warning, and emergency protection capabilities.
On the morning of June 19, Laoshan District held a conference on science and technology innovation, unveiled the establishment of Laoshan District Science and Technology Achievement Transformation Union, and released the “Laoshan District Implementation of the ‘Star Plan’ Three-Year Action Program”. Qingdao Leice Transient Technology Co.,Ltd. was successfully selected as one of the first ten “prosperous star enterprises” in Laoshan District, and General Manager Li Rongzhong spoke on behalf of the company.
In order to deeply implement General Secretary Xi Jinping's important exposition on building an ocean power, his important speech on his visit to Shandong and his important instructions to Qingdao, the 2nd Qingdao “Ocean-Development” Conference was held in the morning of June 12 at the Qingdao International Convention Center, co-sponsored by Qingdao Municipal People's Government and Ocean University of China. Qingdao International Conference Center. During the conference, the Shandong Modern Ocean Higher Education Community, in which RAMON is participating, was inaugurated.
On May 23rd, teachers and students from the Department of Information Science and Engineering and the College of Oceanography and Atmosphere of Ocean University of China (OUC) visited Qingdao Leice Transient Technology Co.,Ltd. to carry out the activity of “zero distance between school and enterprise” and workplace experience. The activity was led by Mr. Song Qing, Deputy Secretary of the Party Committee and Deputy Minister of the Department of Information Science and Engineering, accompanied by Mr. Wang Qichao, Deputy General Manager of RAMSON and colleagues from the Human Resource Center.
Recently, the Daxinganling region to carry out forest fire prevention and suppression “May attack” campaign action, in-depth study and implementation of General Secretary Xi Jinping on disaster prevention, mitigation and relief, and grasp the important exposition of forest and grassland fire prevention and suppression work, to strengthen the prevention of high winds, high temperatures, dry thunderstorms, and other extreme weather fires, and make every effort to focus on key areas of monitoring, supervision of the field operation points, We have been doing our best to monitor key areas, supervise field operation points, and manage the intertwined zones of agriculture and forestry. During the period, Qingdao Leice Transient Technology Co.,Ltd. together with a team of experts from China Academy of Meteorological Sciences, carried out LIDAR wind field observation and safeguard experiments in Huzhong Forest, and helped carry out research on forest small-scale meteorological forecast safeguard and fire prevention and early warning methods.
Recently, President Xi Jinping paid a state visit to France, and the report “The Development Path of Chinese-Style Modernization” was released in Paris. The report, written by the National High-end Think Tank of the Central Academy of Party History and Literature and the National High-end Think Tank of Xinhua News Agency, compiles the development history of Chinese-style modernization, reveals the practical path, and discusses its distinctive features and global significance, providing an authoritative interpretation for the global audience to understand Chinese-style modernization in depth. In the second chapter, “The Practical Path of Chinese Modernization”, the innovative development path and achievements of Qingdao Leice Transient Technology Co.,Ltd. are reported as a typical case of developing new productivity.
Recently, Shandong Provincial Market Supervision Bureau (Intellectual Property Office) quality province and brand strategy to promote the work of the Leading Group Office announced the third batch of “good quality Shandong” brand list, Qingdao Leice Transient Technology Co.,Ltd. Limited independent research and development of three-dimensional scanning type / vertical profile type Doppler wind measurement LiDAR successfully selected.
At around 17:00 on March 15, a forest fire broke out near Baizi Village, Gluttony Town, Yajiang County, Ganzi Tibetan Autonomous Prefecture, Sichuan Province. After receiving the order from the superior, LEICE set up an emergency protection working group at the first time, cooperated with the Ministry of Emergency Management and China Meteorological Administration's expert team, and arrived at the scene with two Doppler wind measurement lidars, overcame the obstruction of the complex terrain and the limitations of observation conditions, realized the real-time monitoring of the three-dimensional wind field, low-altitude rapids, plume diffusion, atmospheric boundary layer and other information, and combined with the AI model, carried out the forecasting of the future meteorological information of the fire site. Combined with the AI model, it forecasts future meteorological information of the fire site and carries out system-level emergency meteorological guarantee services.
