【环球网科技综合报道】9月27日，"2025第十三届航天国际化发展大会"在四川绵阳成功举办，这是中国（绵阳）科技城国际科技博览会首次设立航天专题 论坛。论坛以"共商技术合作 共谋产业发展"为主题，围绕航天国际合作必要性、政策赋能、技术路径、机遇与挑战等议题展开交流。 国际宇航科学院院士、中国遥感应用协会副理事长徐文，绵阳市政府副市长、科技城党工委副书记邓辉，中国国防工业企业协会会长张嘉浩，中国长城工业 集团有限公司总会计师陶玉贵，中国航天工业科学技术咨询有限公司董事长谭强，亚太空间合作组织战略规划部副部长Gantugs Tsegmid，国际宇航联通讯 院士、哥伦比亚美洲开发银行总统团队太空顾问Veronica La Regina，北京航空航天大学教授、联合国附属空间科技教育亚太区域中心（中国）副主任谭玉 敏，ABI Research研究咨询师Rachel Kong等嘉宾出席论坛，诺瓦太空高级顾问Blaine Curcio以视频形式参加。活动吸引了来自政府部门、行业机构、科研院 所和航天企业近200名代表参会。 中国长城工业集团有限公司总会计师陶玉贵在致辞中表示，作为中国航天国际化经营的专业公司，中国长城工业集 ...

【大河财立方 记者 秦龙 文 朱哲 摄影】9月26日下午，第十五届中国河南国际投资贸易洽谈会——河南省政府投资基金赋能产业发展合作交流会举行。活动 现场，河南商业航天产业基金正式签约。大河财立方记者获悉，河南商业航天产业基金规模暂定5亿元，首期认缴2亿元，目前基金正处于设立阶段，将由河 南农投联创私募基金管理有限公司担任基金管理人。 许昌市投资集 T 据介绍，基金主要围绕鹤壁的商业航天上下产业链、火箭制造、地面设备等进行投资，支持鹤壁市商业航天产业的火箭、卫星装备制造及应用产业集群发 展。 近年来，随着商业航天产业兴起，遥感卫星、导航卫星、通信卫星持续发射，国家空间基础设施能力逐步完善，卫星应用已逐步向商业化、大众化服务拓 展。鹤壁市主动融入航天强国战略大局，把商业航天产业作为培育新质生产力的关键抓手，着力构建创新引领、链群互动的产业生态。 同时，河南省委、省政府大力支持鹤壁市卫星产业发展，先后出台《河南省卫星产业发展规划》《河南省卫星及应用产业发展行动计划》等，明确"2+N"空 间布局，支持鹤壁市作为全省两大重要战略支点之一发展卫星产业。 大河财立方记者从鹤壁市财政局了解到，鹤壁市在商业航天领域已具备相关产 ...

5月14日，之江实验室首次把12颗卫星同时送进太空。"这12颗卫星组成的星座第一次把地面真正意义上 的8B AI模型放到了太空去。不是把用简单的深度学习算法做了处理的小程序放到卫星上，而是把一个 跟地面上一模一样的完完整整的AI模型送到了太空上。这让我们感到非常激动，我们第一次感受到AI 是不能缺失太空的。这12颗卫星到了太空以后会保证只要卫星到达的地方，就可以在太空的任何地方完 成对所有数据的处理。" 王坚表示，在这之前，所有的卫星在天上是没有任何联系的，所有在天上的卫星只跟地面产生联系，因 此这也是第一次完整地做完了在太空卫星的互通互联，给人工智能在太空带来了一次巨大的机会。 新京报贝壳财经讯（记者罗亦丹）9月11日，外滩大会在上海举行。中国工程院院士、阿里云创始人、 之江实验室主任王坚在大会开幕式上表示，人工智能不应该在太空缺失，"今天有了通讯卫星、导航卫 星、遥感卫星以后，因为人工智能的出现就会有第四种卫星，我把它叫'计算卫星'。同样因为卫星的存 在，我们有机会把AI送到那里（太空）去。" 王坚表示，只有把AI和算力送入太空，人类才有可能真正地走出地球，"下面这个时代还是非常激动人 心的。我经常讲，人 ...

Core Viewpoint - The article emphasizes the role of China Aerospace Science and Technology Corporation's Fifth Academy in utilizing advanced satellite technology to support the "Green Mountains and Clear Water are Gold and Silver Mountains" concept, enhancing ecological monitoring and promoting sustainable development [1]. Group 1: Satellite Technology and Development - The Fifth Academy has a rich history of over 50 years in remote sensing satellite development, significantly advancing China's capabilities in this field [2]. - The Academy is responsible for the comprehensive development of multiple series of "High-Resolution" satellites, which have improved the country's ground observation capabilities in terms of spatial, temporal, and spectral resolution [2]. Group 2: Carbon Monitoring and Ecological Applications - The successful launch of the "Jumang" satellite in August 2022 marked a significant milestone as the world's first satellite for forest carbon monitoring, enabling high-precision remote sensing measurements of forest biomass and aerosol distribution [3]. - This satellite facilitates various applications, including land ecosystem carbon monitoring and climate change research, thus advancing China's capabilities in carbon sink monitoring [3]. Group 3: Integrated Ecological Monitoring - The Academy has established a comprehensive satellite application system that integrates sensing, transmission, intelligence, and utilization, providing robust services across various sectors such as environmental protection and natural resource management [4]. - The integration of satellite remote sensing with drone and ground monitoring has created a holistic ecological monitoring system, enhancing the management of national parks and other protected areas [4]. Group 4: Green Development Initiatives - The Fifth Academy promotes green development by transforming ecological environments into assets and providing precise data for carbon trading market mechanisms [5]. - In regions like Hunan, advanced satellite technology is utilized to assess forest carbon storage with over 85% accuracy, demonstrating the effectiveness of satellite-based monitoring [5]. Group 5: Innovative Agricultural Practices - The Academy has successfully implemented space breeding techniques, particularly with "space bamboo," which shows high adaptability and production potential in mining areas, contributing to ecological restoration efforts [6]. - The first-year yield of space bamboo can exceed 10,000 kg per mu, showcasing its viability for environmental rehabilitation and economic benefits [6].

Core Insights - The water quality of the Yangtze River has significantly improved over the past decade, with a notable decrease in total phosphorus concentration as evidenced by satellite imagery from 2015 and 2023 [1][4] - The Yangtze River Economic Belt has seen the relocation and transformation of nearly 10,000 chemical enterprises, contributing to a reduction in pollution sources [4] - A comprehensive monitoring system utilizing drones, unmanned boats, and satellite remote sensing has been established to ensure effective pollution control along the river [6][9] Group 1 - The Yangtze River basin has conducted extensive inspections of 140,000 kilometers of river and lake shorelines, identifying over 180,000 pollution discharge outlets with a remediation completion rate of approximately 90% [4] - In Jiujiang, a dynamic monitoring system has been implemented, allowing for real-time tracking of 1,468 pollution discharge outlets [9][11] - The integration of advanced technologies has improved pollution source tracing accuracy from kilometer-level to meter-level, enhancing response times from 24 hours to just 4 hours [11][13] Group 2 - The ecological environment of the Yangtze River has seen a resurgence, with 344 native fish species monitored from 2021 to 2024, an increase of 36 species compared to the period before fishing bans [15] - The resource quantity of key fish species in the middle reaches of the Yangtze River has increased to 6.2 times that of 2020, indicating a significant recovery of aquatic life [15]

Core Insights - Wuhan is emerging as a hub for innovation and education, particularly in the fields of space exploration and technology, attracting students to pursue their studies there [1][9] - The city is home to several universities that are actively involved in space research, including the development of materials for lunar missions and the study of lunar soil [2][5][7] Group 1: Lunar Exploration and Research - Wuhan Textile University and China University of Geosciences (Wuhan) have made significant contributions to China's lunar exploration efforts, including the development of a national flag for lunar missions and the study of lunar soil [2][3][6] - The teams have faced numerous challenges, including creating materials that can withstand the harsh lunar environment, with extensive testing leading to breakthroughs in material science [2][4][6] - The successful return of lunar samples from the Chang'e 5 mission has provided new opportunities for research and development in planetary science within Wuhan [5][6] Group 2: Educational Opportunities and Innovations - Wuhan's universities are fostering a new generation of scientists and engineers, with students actively participating in groundbreaking research projects related to lunar exploration and space technology [7][9] - The establishment of comprehensive academic programs in planetary geology and related fields is attracting young talent to the region, enhancing its reputation as a center for scientific research [8][9] - Innovative projects, such as the development of lunar bricks for potential construction on the moon, are being pursued by students and faculty, showcasing the ambitious goals of these institutions [7][8]

Group 1 - The 55th Paris Air Show opened on June 16, showcasing China's aerospace technology capabilities, including the debut of the Long March 6A and Long March 12 rocket models [1][3] - China Aerospace Science and Technology Corporation displayed various rocket models, including Long March 2D, Long March 3B, Long March 6A, Long March 8, and Long March 12, along with the Dongfanghong 3E all-electric small communication satellite [1] - The exhibition included multimedia presentations on sounding rockets, communication satellites, remote sensing satellites, and China's advancements in Beidou navigation, manned spaceflight, lunar exploration, deep space exploration, and international cooperation [1] Group 2 - The Long March 6A is a new generation of non-toxic, pollution-free rocket designed to meet the diverse and dense launch demands of future satellites, while the Long March 12 is a new medium-sized liquid rocket that enhances capabilities for sun-synchronous orbit and low Earth orbit constellation networking [3] - The Long March 12 rocket features a simple and reliable single-core series configuration, improving the payload capacity and large fairing envelope, contributing to the high-quality development of China's space transportation system [3] Group 3 - China Great Wall Industry Corporation, authorized by the government, focuses on commercial launches, satellite system delivery, and space technology cooperation, aiming to promote the globalization of China's commercial aerospace products [5] - Since the 1990s, the Great Wall Company has completed 101 commercial launches, delivering 74 international commercial satellites and 261 domestic commercial satellites, along with providing 52 rideshare launch services [5] - As China's aerospace products gain competitiveness, the Great Wall Company serves as an international platform, integrating various resources to offer more competitive and advanced products and services to the global market [5]

Core Insights - China's commercial space industry is experiencing a dual turning point of "technological breakthroughs" and "scale explosion" with multiple commercial rockets and satellites set to launch this year [1] - The establishment of a multi-faceted competitive ecosystem in commercial space, driven by both national strategy and economic benefits, marks a significant shift from traditional state-driven models [2] Industry Development - The commercial space sector in China has seen a 2.8-fold increase in the number of companies, reaching 537 by October 2024, with annual investment exceeding 5.47 billion yuan and a launch success rate of 96% [5] - The industry is projected to surpass a market scale of 2.5 trillion yuan by 2025, with significant growth expected in areas like space tourism and commercial lunar exploration within the next 5 to 10 years [5] Technological Advancements - The successful testing of a 140-ton reusable liquid oxygen-methane engine by the China Aerospace Science and Technology Corporation marks a new height in the field, which will play a crucial role in key areas such as reusable launch vehicles [2] - The development of laser communication technology is highlighted as a key innovation for satellite networking, providing advantages such as high bandwidth and strong anti-interference capabilities [7] Market Dynamics - The commercial space industry is entering a growth phase, with the potential to mature by the end of the 14th Five-Year Plan or the beginning of the 15th Five-Year Plan, supported by improved regulations and business models [4] - The market is characterized by three major industrial clusters: Beijing-Tianjin-Hebei, Yangtze River Delta, and Pearl River Delta, with significant concentration of private rocket development companies in Beijing [4] Challenges and Opportunities - Companies face challenges related to funding and talent acquisition, with a need for enhanced collaboration between universities and enterprises to cultivate skilled professionals [6][7] - The market is becoming increasingly competitive, with leading companies leveraging technological barriers and capital advantages, while some smaller firms may face elimination risks [6]

Industry Overview - Remote sensing satellites are defined as application satellites that utilize sensors onboard to detect the Earth's surface and lower atmosphere for information gathering. They can operate in orbit for several years and cover specified areas continuously when in geosynchronous orbit [1][2]. - The remote sensing satellite system consists of two main components: the satellite platform and the payload system, which includes various subsystems such as power units, antennas, and control electronics [1]. Industry Chain Analysis - The upstream of the commercial remote sensing satellite industry includes satellite manufacturing, launch services, and ground equipment manufacturing. Manufacturing involves materials, chips, and propulsion systems, while launch services cover rocket development and delivery [5][6]. - The midstream consists of commercial remote sensing satellite operations, primarily involving ground operators and data operators who sell data products and provide service solutions [6][8]. - The downstream application areas are divided into B-end (government and enterprises) and C-end (consumers), with various information products and services distributed to users [6][8]. Industry Development History - The Chinese commercial remote sensing satellite industry has evolved from non-existence to a significant presence, driven by policy support since 2014. The establishment of companies like Changguang Satellite Technology marked the beginning of commercial remote sensing in China [10][11]. - The period from 2015 to 2019 saw rapid development, with the emergence of private companies and significant projects like the "Beijing No. 2" satellite [11]. - Since 2020, the industry has entered a phase of large-scale commercialization, with numerous companies announcing satellite constellation and launch plans [11]. Industry Policy Background - The importance of satellite remote sensing has been emphasized in national strategies, with various supportive policies introduced to promote the industry and its applications [15][16]. Current Industry Status - China has seen a significant increase in remote sensing satellite launches, with 105 satellites launched in 2022, surpassing the US for the first time. In 2023, over 160 satellites were successfully launched [19][22]. - By the end of 2023, China had more than 323 commercial remote sensing satellites in orbit, with a diverse range of data types and enhanced capabilities [22][27]. Commercial Remote Sensing Satellite Market - The market for commercial remote sensing satellites in China has been steadily growing, driven by policy support, technological advancements, and diverse market demands. The industry scale exceeded 270 billion yuan in 2023, with direct benefits surpassing 50 billion yuan [26][27]. - The commercial operation models include self-owned satellite operators who develop and launch their satellites and those who purchase data for processing and resale [23][26]. Competitive Landscape - The commercial remote sensing satellite industry features a mix of cooperation and competition among companies. The competitive landscape is dynamic, influenced by manufacturing cycles, application demands, and market evaluations [28][29]. - The first tier of competition includes leading companies with comprehensive capabilities across the industry chain, while the second and third tiers focus on specific operational models and data services [28][29]. Future Industry Trends - The market for remote sensing satellites is expected to grow at around 10% annually, potentially exceeding 37.2 billion yuan by 2030, driven by increasing applications in various sectors [32][35]. - Future trends include technological innovations in satellite miniaturization, high-resolution imaging, and AI data processing, alongside expanding applications in agriculture, environmental monitoring, and disaster management [35].

Group 1 - The Global Space Intelligence Conference was held in Beijing, focusing on the collaboration between industry and finance in the commercial space sector [1] - The forum discussed the current state of commercial space development, industry challenges, and potential solutions [1] Group 2 - Zhao Wenbo from the National Space Administration highlighted that there are approximately 100 satellite constellations planned in China, with over 60,000 satellites to be launched, compared to around 34 constellations and approximately 56,000 satellites planned internationally [4] - The future of remote sensing satellites is predicted to evolve towards enhanced functionality and performance, with a focus on high spatial, temporal, spectral, and radiation resolution [4] Group 3 - Deep Blue Aerospace's chairman, Huo Liang, emphasized the need for infrastructure to support reusable rocket development, including testing facilities and launch towers [5] - There is a call for the establishment of a certification and management system for commercial space to enhance public safety [5] - The importance of "patient capital" and "technological faith" for long-term investment in reusable rocket development was stressed [6] Group 4 - Dou Mingming from Zhongshang discussed the challenges faced by the commercial space industry, including a fragmented supply chain, redundant satellite planning, and difficulties in achieving a commercial closed loop [7] - He suggested that collaboration between general partners (GP) and limited partners (LP) in both primary and secondary markets is essential to help companies overcome these challenges [7] - Companies are encouraged to strengthen international cooperation and learn from successful overseas firms [7] Group 5 - The 2025 Commercial Space Industry Collaboration TOP List was announced, ranking the top ten influential cities, investment institutions, and industrial parks in China's commercial space sector [8] - The top ten cities include Beijing, Shanghai, and Xi'an, with Wuxi noted as the fastest-growing city [8] - The leading investment institutions include Matrix Partners, Yuanhang Capital, and Shenzhen Capital Group [8] - The top industrial parks include Zhongguancun Science City and Beijing Economic-Technological Development Area [8]