CCTV News: Beijing is one of the birthplaces of my country's aerospace industry. Core R&D units account for more than 50% of the country, and has most of the country's large-scale aerospace R&D supporting infrastructure and professional technical talents. The Beijing Municipal Science and Technology Commission and Zhongguancun Management Committee recently stated that Beijing's commercial aerospace development has entered the "fast lane" and has made important breakthroughs in many fields such as reusable rockets. Private rocket enterprises have gradually become an important force in building a complete commercial aerospace industry chain.

At 19:07 on March 21, the Ceres One (Yao 17) carrier rocket independently designed and developed by Xinghe Power Space Company was successfully launched at the Jiuquan Satellite Launch Center.

Ceres One is the first rocket in China that has both sea and land and adapts to a variety of different mission orbits. It is also a light and small solid rocket with high cost performance. It successfully sent 6 satellites, 43-48 stars in Yunyao Meteorological Constellations, into the 535-kilometer solar synchronous orbit.

Liu Baiqi, the head of the company, introduced that this launch is a conventional commercial launch mission. For the Rockets, the implementation of the 19th launch will further accelerate the process of mass production and industrialization of the Rockets. It is a valuable experience to further improve the reliability of the rocket and improve the production and launch efficiency in the future. How can satellites be lighter and more flexible? What smart modules are installed?

In the satellite advanced equipment manufacturing laboratory, this high-resolution flat-panel structure remote sensing radar satellite is simulating the vibration generated during rocket launch. The vibration platform tests the satellite in different directions to test whether the satellite can withstand the mechanical environment during rocket launch.

At present, this company has about 40 different models of satellites under development and has initially entered the stage of mass production. Research institutes create shared platforms to help the development of commercial aerospace

Beijing has gathered research institutes in many aerospace fields in my country. These large courtyards and institutes have now built equipment and instrument sharing service platforms to help the development of commercial aerospace.

As an important unit of launch vehicle development, testing and production of my country's launch vehicle technology research and development, testing and production, the China Launch Vehicle Technology Research Institute uses the national laboratory system to build a equipment and instrument sharing service platform. It integrates four major professional sectors such as electromagnetic testing and metrological testing, which can be opened to the public, with more than 200 tests in total to help the development of commercial aerospace.

At the Beijing Institute of Aerospace Systems Engineering at this institute, scientific researchers are conducting tests on the "infinite radiation launch characteristics", and its strict "passing conditions" also make commercial rocket launch more secure.

The Beijing Institute of Aerospace Metrics and Testing Technology, which is also in this research institute, has achieved a comprehensive coverage of launch vehicle quality management through the development of intelligent detection technology. Seize the opportunity and commercial aerospace embarks on the journey of starry sky

As my country's commercial aerospace industry enters a new stage of large-scale development, commercial aerospace companies are also making every effort to promote technological research.

This is a meteorological planet generated by massive observation data. Its data has many types, such as temperature and precipitation. The current presentation is the distribution of a wind. Professionals in the commercial aerospace field can obtain important meteorological data references in terms of arrangement of time windows and judgment of predetermined landing points of return capsules during satellite launch based on such animations.

Tang Deke, chief scientist of Zhongke Star Map Co., Ltd., introduced that with our efforts and promotion, we will further expand the application of Tianshang satellite in all walks of life so that its value can be spread more widely. In the future, through artificial intelligence solving and processing, the ability to observe the world you live in will be greatly enhanced.

In addition to using these satellites that are already in orbit to obtain data, Beijing Xingchen Future Space Technology Research Institute is planning and building and operating a giant computing power satellite constellation. Today's remote sensing satellites generally need to return data to the ground and perform calculations on the ground. In the future, after the computing power satellite is successfully launched and operated, this part of the calculation can be carried out in the sky, which can greatly improve the timeliness and economics of satellite data calculations.