2025年政府工作报告中, 明确提出要培育壮大新兴产业、未来产业，深入推进战略性新兴产业融合集群发 展，并开展新技术新产品新场景大规模应用示范行动，推动商业航天等新兴产业安全健康发展。这是继2024 年"商业航天"首次写入政府工作报告后，政策支持力度进一步加码的标志性信号。 商业遥感卫星是我国航空航天体系的重要分支。近年来在政策支持、技术创新和市场需求的多重推动下，正 处于快速发展的黄金阶段。国家积极出台一系列政策，鼓励民间资本广泛参与商业遥感卫星的研制、发射和 运营，这一举措有力地推动了行业朝着市场化和专业化方向迈进。 在政策的引导下和市场发展下，中国商业遥感卫星行业已逐渐形成了完整的产业链。 商业遥感卫星产业链主要分为三个关键环节。上游主要包括商业遥感卫星制造、发射及地面设备制造商，他 们是整个产业链的基石，承担着卫星硬件设施的生产与搭建任务。中游为商业遥感卫星运营商，主要负责提 供卫星遥感数据服务、相关技术服务，以及开发出售基于卫星遥感数据的软件，是连接上下游的关键纽带。 下游则是应用领域，其范围极为广泛，涵盖了气象观测、国土测绘、海洋观测、灾害监测、环境监测等诸多 领域，为各行业提供了重要的数据支持与 ...

Core Viewpoint - The exhibition titled "Tracing Aerospace Memory - The 40th Anniversary Archive Exhibition of the Aerospace Remote Sensing Center of the Chinese Academy of Sciences" showcases the development and innovation journey of China's aerospace remote sensing industry, highlighting the contributions of researchers in addressing national needs and advancing technology [1][2]. Group 1: Exhibition Overview - The exhibition features over 400 archival items, including early documents that detail the construction and delivery of the first-generation aerospace remote sensing system [2]. - It presents the autonomous innovation process of the new generation aerospace remote sensing system based on the Xinzhou 60 aircraft platform through various project documents [2]. - The exhibition illustrates the center's involvement in significant disaster monitoring, including major floods and earthquakes, demonstrating the strategic technological capabilities of the nation [2]. Group 2: Achievements and Future Aspirations - After 40 years, the Aerospace Remote Sensing Center has developed four remote sensing aircraft, marking a significant transition from reliance on imports to independent research and development [3]. - The center has established a national-level aerial laboratory capable of carrying multiple payloads and conducting collaborative operations [3]. - The exhibition aims to inspire the new generation of researchers to recognize their role in the development of China's aerospace remote sensing industry and contribute to national scientific advancements [3].

Core Insights - The China Academy of Aerospace Aerodynamics has developed a national-level aerial remote sensing laboratory with advanced capabilities over 40 years, transitioning from reliance on imports to independent research and development [1][2] - The 40th anniversary exhibition showcases over 400 documents, highlighting the evolution of China's aerial remote sensing technology and the innovation journey of the new generation aerial remote sensing system based on the Xinzhou 60 aircraft [1] - The exhibition emphasizes the role of the aerial remote sensing center in national emergency disaster reduction tasks, showcasing its contribution to national strategic technological strength [1] Industry Overview - Aerial remote sensing is a crucial pillar of the Earth observation system, providing high-resolution data essential for implementing national information strategies and building a digital China [2] - The establishment of the aerial remote sensing center in April 1985 marked a significant milestone in the history of remote sensing development in China [2]

Core Viewpoint - The exhibition titled "Tracing the Memory of Aerospace Remote Sensing" showcases the development of China's aerospace remote sensing industry over the past 40 years through over 400 archival items, highlighting its significance in the country's Earth observation system and digital development [1][2]. Group 1: Development of Aerospace Remote Sensing - The exhibition is organized by the Aerospace Information Innovation Research Institute of the Chinese Academy of Sciences, featuring historical photos and research archives that document the establishment and growth of the Aerospace Remote Sensing Center since its formation in April 1985 [1][2]. - The early archives displayed include significant records such as the approval for the first generation of remote sensing aircraft, showcasing the rapid development of remote sensing technology in China since the early 1980s [1][2]. Group 2: Technological Innovations and Contributions - The new generation of aerospace remote sensing systems, particularly the archives related to the Xinzhou 60 remote sensing aircraft, are highlighted, documenting the entire process of technological innovation in this field [1]. - The Aerospace Remote Sensing Center has developed four remote sensing aircraft and established a national-level aerial laboratory with international advanced standards over the past 40 years [2]. Group 3: Educational and Inspirational Aspects - The exhibition aims to educate the public about the development of China's aerospace information industry and to inspire innovation by showcasing the scientific spirit and contributions of early researchers [2].

济钢建投空天产业投资基金将重点投向卫星制造、遥感应用、低空经济等关键领域，加速优质项目落地 孵化，为济南建设国家级空天信息产业集群提供强有力的资本引擎。基金汇聚了市属国企济钢集团、央 企资本建投投资及市场化投资机构济南国开等，形成了优势互补、协同发力的投资新平台。建投投资作 为中国建银投资有限责任公司的全资子公司，凭借雄厚资本与丰富经验，将与济钢在空天信息、智能制 造、新材料等领域深度合作，共同组建系列产业基金。 据了解，济南市将空天信息产业列为重点发展方向，到2027年重点打造9个特色园区。济钢集团将与建 投投资等合作伙伴深化协同，围绕空天信息全产业链开展更多联合投资，促进商业航天、卫星互联网、 智能无人系统等前沿技术的产业化应用。基金将持续聚焦科技成果转化、初创企业孵化和产业链整合， 为济南打造全国空天信息产业高地注入源源不断的资本活水，构筑创新发展的产业生态。（记者 周历 通讯员 姚琳琳） 近日，由济钢私募基金管理（天津）有限公司牵头，联合济南国开股权投资基金管理有限公司、建投投 资有限责任公司等机构共同发起的"济钢建投空天产业投资基金（济南）合伙企业（有限合伙）"正式完 成工商登记，基金规模2.05亿 ...

苏乐平发表演讲主办方供图 6月20日下午，由上海数据交易所、上海交通大学上海高级金融学院（高金/SAIF）、《证券日报》社有限责任公司共同主办的中国企业数据价值化高峰论坛 在沪举办。航天宏图首席架构师苏乐平发表演讲《天空地一体化时空数据感知和应用体系》，从技术角度介绍企业数据价值化实践探索。 苏乐平表示，"女娲星座"构建起了全天候、全要素的空天数据采集体系，助力数字经济高质量发展。他期望加速时空数据资产价值的转化，推动产业深度融 合，持续拓展遥感+AI的边界，构建一个低门槛、高价值、可持续的数据生态体系。 "我们是国内卫星遥感领域首家上市公司。"苏乐平说："在天基领域，我们以雷达遥感能力为核心打造的大型混合式遥感星座——女娲星座，具备全天时、 全天候对地观测、物联网、导航增强、载荷托管等多项能力，计划发射114颗卫星。目前已经发射12颗。全球任意一点重访时间在10小时之内。"苏乐平还补 充道，女娲星座今年开始已为上海地区提供全域影像，可以为城市治理决策提供支持。 （文章来源：证券日报） 在空基领域，苏乐平介绍，航天宏图着力建设无人机遥感服务体系，自主研发并生产多种类型的无人机，涵盖固定翼、复合翼、倾斜旋翼、电 ...

Core Viewpoint - The research team from the Chinese Academy of Sciences has made significant advancements in the precise monitoring and accounting of carbon emissions from large coal-fired power plants, which is crucial under the global "dual carbon" goals of peak carbon emissions and carbon neutrality [1][2]. Group 1: Research Breakthroughs - The research team has developed a new satellite remote sensing solution that enables high-precision dynamic quantification and mapping of carbon dioxide emissions from large coal-fired power plants, marking a significant achievement in the field [1]. - The study was published in the international academic journal "Clean Production," highlighting its importance in providing objective and effective technical means for carbon emission accounting and verification [1][2]. Group 2: Methodological Innovations - The team introduced a model optimization algorithm based on the U.S. Orbiting Carbon Observatory-3, significantly improving the efficiency of background carbon emission value identification [2]. - A dynamic wind direction correction algorithm was developed to enhance the accuracy of smoke plume trajectory inversion, along with a smoke plume elevation model that accurately characterizes the dynamic lifting process of flue gas [2]. Group 3: Implications for Carbon Monitoring - The research results indicate that the improved Gaussian plume model successfully quantified carbon dioxide emissions from 14 large coal-fired power plants, with emissions ranging from 21.54 thousand tons to 82.3 thousand tons per day, demonstrating a significant increase in inversion accuracy [2]. - This research signifies a critical shift from static carbon emission inventories to dynamic management, which is essential for effective carbon monitoring and policy calibration [3].

Core Viewpoint - The article highlights significant advancements in the precise monitoring and accounting of carbon emissions from large coal-fired power plants, which are crucial for achieving global carbon neutrality goals [1][2]. Group 1: Research Breakthroughs - The Chinese Academy of Sciences has achieved a breakthrough in remote sensing and carbon emission estimation, enabling high-precision dynamic quantification and mapping of CO2 emissions from large coal-fired power plants [2]. - The research team developed a new satellite remote sensing approach, marking the first time high-precision dynamic quantification of CO2 emissions from large coal-fired power plants has been realized internationally [2][4]. Group 2: Importance of Carbon Emission Monitoring - Coal-fired power plants account for approximately 50% of global carbon emissions from fossil fuel combustion, making accurate carbon accounting essential for global carbon assessments and the electricity sector [3]. - Traditional methods of calculating emissions rely heavily on self-reported data from power plants, which can lead to discrepancies and lack of comparability due to the absence of unified international accounting standards [3]. Group 3: Methodological Innovations - The research team introduced an innovative optimization algorithm that significantly enhances the efficiency of identifying background carbon emission levels and improves the accuracy of smoke plume trajectory inversion [4]. - The study successfully quantified CO2 emissions from 14 large coal-fired power plants, with emissions ranging from 21.54 thousand tons to 82.3 thousand tons per day, demonstrating a marked improvement in inversion accuracy [4].

据罗湖区投资促进局负责人介绍，罗湖选择空天产业作为产业转型升级的突破口之一。在平台建设上， 罗湖已搭建空天产业创新服务平台，整合高校、科研院所与企业资源，打造"产学研用"一体化协同创新 载体；同时布局低空经济示范基地，为企业提供测试验证与场景落地空间。并通过'链主企业+配套企 业'模式，已集聚卫星通信、遥感应用、飞行器制造等领域企业超50家，形成覆盖产业链上下游的创新 生态体系。 中新网深圳6月19日电 (记者索有为)"天基无界·智联寰宇——2025深圳(罗湖)空天产业大会暨苍宇天基全 球能力发布会"19日在深圳罗湖举办，全球首颗高轨商业中继卫星项目在大会上正式启动。 国家最高科学技术奖获得者李德仁作主旨演讲。彭程摄 中国科学院院士、中国工程院院士、国家最高科学技术奖获得者李德仁作主旨演讲时表示，时空信息和 人工智能、大数据、物联网等新技术深度融合，已经呈现出彼此交融、相互促进的格局。时空智能将催 生低空经济、自动驾驶、智慧养老和商业遥感大众化等新质生产力产业。各地应抓紧推进人工智能引导 的通导遥一体化时空智能大众化服务，推动测绘学向时空智能学升级，通过技术创新与产业协同为全球 可持续发展提供支撑。 国际宇航 ...

Group 1 - The event in Wuhan focused on the implementation of the spirit of the 20th National Congress, highlighting seven strategic areas including technological innovation and industrial growth [1][4] - The presentations showcased successful cases and data reflecting Wuhan's commitment to becoming a strategic hub in central China, emphasizing the transformation of advantages into tangible outcomes [1][4] Group 2 - The narrative included significant technological advancements, such as the development of China's first practical optical fiber and the creation of a satellite constellation, demonstrating the city's leadership in technology [4][5] - Wuhan has achieved notable milestones, including overcoming over 20 critical technological challenges and becoming the fifth sub-provincial city in China with over one million small and medium-sized enterprises [5][6] Group 3 - The integration of social welfare and cultural initiatives was emphasized, with efforts to improve living standards and promote cultural activities that reflect the city's spirit [6][8] - The transportation sector's role in rural revitalization was highlighted, with over 4,000 kilometers of rural roads built and 57 bridges constructed, supporting urban-rural integration [7][8] Group 4 - Environmental initiatives were presented, including waste management strategies that aim to reduce carbon emissions and enhance ecological sustainability, with specific data on daily waste reduction [8][9] - The city's commitment to ecological protection was illustrated through the increase in the population of the Yangtze River dolphin and the establishment of numerous parks, reinforcing Wuhan's status as a green city [9] Group 5 - The importance of discipline and data in promoting high-quality development was discussed, with a focus on the role of statistics in shaping economic policies and enhancing public welfare [11][12] - The engagement of local councils in community issues was highlighted, showcasing their efforts in addressing public concerns and fostering democratic participation [12]