From July 26 to 28, the first Low-altitude Economic Weather Frontier Science and Technology Seminar was successfully held in Shenzhen. The seminar was jointly organized by the Chinese Meteorological Society, Chinese Academy of Meteorological Sciences, Sun Yat-Sen University and Shenzhen Meteorological Bureau, and was specifically organized by the Key Innovation Team of Boundary Layer Meteorology of China Meteorological Administration, the Meteorological Monitoring, Early Warning and Forecast Center of Guangdong-Hong Kong-Macao Greater Bay Area (Shenzhen Low-level Meteorological Network Construction Preliminary work class) and the School of Atmospheric Sciences of Sun Yat-sen University. More than 100 people from experts and scholars in the field of meteorological research across the country and leaders of meteorological departments in Beijing, Shanghai, Jiangsu, Hunan, Jiangxi and other places as well as relevant leaders of meteorological enterprises participated in the meeting to jointly discuss the construction of meteorological support system under the low-altitude economy and enable new quality productivity of low-altitude economy. Hangzhou Shallow Sea Technology Co., LTD. (referred to as: Shallow Sea Technology) as Shenzhen low altitude economic meteorological infrastructure construction model experiment participating units were invited to attend the meeting.

• Leadership speech

Mr. Li Jian, Vice President of the Chinese Academy of Meteorological Sciences and Vice President of the Chinese Meteorological Society, Mr. Liang Jianyin, first level Inspector of Guangdong Meteorological Bureau and Mr. Luo Huaming, deputy director of Shenzhen Meteorological Bureau attended the meeting and delivered speeches.

▎Li Jian, Vice president of Chinese Academy of Meteorological Sciences and vice president of Chinese Meteorological Society

▎Guangdong Meteorological Bureau first inspector Liang Jianyin

▎Luo Huaming, deputy director of Shenzhen Meteorological Bureau

• Invited presentation

Liao Xiaohan, Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, Xu Xiaofeng, China Meteorological Administration, Lei Xiaotu, Shanghai Meteorological Administration, Su Hui, Hong Kong University of Science and Technology, Huang Zhongwei, Lanzhou University, CAI Yinyin, Shenzhen Institute of Meteorological Innovation, Guo Jianping, Chinese Academy of Meteorological Sciences, Li Yaohui, Civil Aviation Flight College of China and other experts made invited presentations.

• Media interviews at the conference

In the first live media interview in Shenzhen, Liao Xiaohan of the Institute of Geographic Sciences and Natural Resources Research of the Chinese Academy of Sciences said that "Shenzhen already has a good foundation for the construction of meteorological service infrastructure, and at the same time build some platforms to provide customized meteorological products services for operators to the demand side, which can make the low-altitude economy a better step in high quality." Xu Xiaofeng of the China Meteorological Administration said, "The basic conditions, the basic situation, we have to master its law, such as the atmosphere, environment, temperature, wind, rain it is a law, especially in the process of urban construction, what changes have taken place, the other is extreme, special attention should be paid to, so as to ensure that the service is done well."

▎Conference group photo

• Low altitude economic meteorological support
  

Low altitude economy is a comprehensive economic mode which relies on low altitude airspace, ‌ with civil manned and unmanned aircraft as carrier, ‌ drives the integrated development of related fields through multi-scenario low altitude flight activities such as manned flight, ‌ cargo flight and other operations. ‌ Low-altitude commuting, drone delivery, etc., in recent years, Shenzhen low-altitude economy application scenarios are within reach, but complex and changeable climate conditions also bring challenges to the development of low-altitude economy, how can meteorological services help low-altitude economy.

Safe flight is the key to ensure the sustainable development of low-altitude economy, and meteorological conditions are the key factors affecting the safety and high quality of low-altitude flight. In order to support the construction of low-altitude economic application scenarios and enable the development of low-altitude industries, Shenzhen Meteorological Bureau takes the development of meteorological science and technology industry as the starting point, gathers resources and strength from all parties, builds a low-altitude flight "meteorological monitoring network", builds a low-altitude economic "meteorological digital network", incubates and incubates the "meteorological enabling network", and builds an industrial science and technology innovation platform in the subdivision field of low-altitude meteorology.

The low-level meteorological infrastructure model experiment jointly carried out by Shenzhen Meteorological Innovation Research Institute and more than 10 meteorological science and technology enterprises such as Hangzhou Shallow Sea Technology shows that "the reality is the main, the forecast is supplemented, the density is uniform, the multi-source integration, and the unified benchmark" will be the general direction of low-level meteorological infrastructure.

The dual promotion of policy and industry will further promote the development of various "low-altitude economy +" application scenarios, bring new growth points and opportunities for tourism, logistics, urban management, transportation and cultural tourism and other fields, promote sustainable economic and social development, and help various industries to move towards intelligent and efficient development. Shallow sea Technology will actively explore the "low altitude +" urban air traffic, emergency rescue, logistics transportation, government flight and other business activities in the meteorological support program, so that products and services with the downstream application market for sustainable organic integration.