高轨商业中继卫星

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全球首颗高轨商业中继卫星项目在深圳罗湖启动
Zhong Guo Xin Wen Wang· 2025-06-19 21:04
Group 1 - The "2025 Shenzhen (Luohu) Aerospace Industry Conference and Cangyu Space-Based Global Capability Release" was held, marking the official launch of the world's first high-orbit commercial relay satellite project [1] - A total of 203 domestic and international aerospace organizations, research institutes, leading enterprises, and investment institutions participated in discussions on commercial aerospace technology innovation, industrial collaboration, and international cooperation [1][3] Group 2 - Luohu has chosen the aerospace industry as a breakthrough for industrial transformation and upgrading, establishing an aerospace industry innovation service platform that integrates resources from universities, research institutes, and enterprises [3] - The region has also set up a low-altitude economy demonstration base to provide testing and validation space for enterprises, gathering over 50 companies in satellite communication, remote sensing applications, and aircraft manufacturing [3] Group 3 - Li Deren, a recipient of the National Highest Science and Technology Award, emphasized the deep integration of spatiotemporal information with new technologies such as artificial intelligence, big data, and the Internet of Things, which will give rise to new productive forces in low-altitude economy and commercial remote sensing [5] - Christian Feichtinger, Executive Director of the International Astronautical Federation, highlighted the need for international cooperation in the peaceful use of space technology to address global challenges like climate change and disaster response [5] Group 4 - Cangyu Space, the first commercial aerospace company in mainland China focusing on high and medium orbit space-based information system construction and operation, announced the establishment of a research center for instant remote sensing based on relay communication in collaboration with Wuhan University [5] - The company plans to launch the Cangyu-1 high-orbit satellite by 2026, achieving 60% low-orbit coverage and 40% surface coverage, with a goal of completing a constellation of 13 satellites by 2030 for all-weather and all-time coverage [7]