Core Viewpoint - The article highlights the rapid advancements and innovations in China's commercial aerospace sector, particularly focusing on Galaxy Space, which has transformed satellite manufacturing from a custom workshop model to a digital production line, achieving a production capacity of 150 satellites per year, nearing the global average launch volume from 13 years ago [2][5][12]. Group 1: Company Overview - Galaxy Space was established in 2018 in Beijing, entering the satellite internet market during a time when China's commercial aerospace was still in its infancy [5]. - The company combines aerospace engineering with internet technology, which initially faced skepticism due to the contrasting development cycles of the two industries [5]. - In January 2020, Galaxy Space launched its first low-orbit broadband communication satellite, marking a significant milestone in China's satellite communication capabilities [5]. Group 2: Technological Innovations - The company has developed advanced fourth-generation Q/V antennas, achieving an annual production of 100 units, which are crucial for communication quality and bandwidth [5]. - The launch of the Lingxi 03 satellite in July 2023 marked the introduction of China's first satellite using flexible solar wings, enhancing energy absorption and facilitating mass satellite launches [6][9]. - Galaxy Space has reduced the production cycle of SAR satellites to just four months through the use of digital twin technology and a modular production approach [8]. Group 3: Supply Chain and Production Capacity - The supply chain has expanded from about 100 to over 1,300 suppliers, with more than half being private enterprises, showcasing a significant restructuring and enhancement of capabilities [8]. - The company employs an automated detection system for cable routing, reflecting a shift towards more efficient manufacturing processes [8]. Group 4: Global Impact and Future Plans - Galaxy Space's "wheel formation" technology allows for precise satellite positioning, enhancing capabilities in geological disaster warning and ocean monitoring [9]. - The company has initiated overseas applications of its low-orbit satellite internet, providing high-speed internet access to remote areas in Thailand [11]. - Future plans include launching more satellites to support the construction of a space information corridor in countries involved in the Belt and Road Initiative, aiming to connect 2.6 billion unconnected individuals globally [11][12].

跨界选择 "很多人的航天梦是从小就有的，但我不是。"提起与卫星互联网的缘分，徐鸣回忆，自己对航天产生兴 趣始于2011年。当时，从安徽小山村走出来的徐鸣，尚埋首互联网创业。一个偶然的机会，他被旅行者 2号探测器拍摄的照片所震撼，对航天产生了兴趣。"读大学时，家里没信号也没网，一到假期就失 联。" 彼时，不只是小山村用不上网。截至2015年末，全球有41亿人无法接入互联网，目前这个数字虽已减少 到25亿人，但仍是一条巨大的数字鸿沟。而卫星互联网恰巧能解决这一问题。当徐鸣将他的目光投注于 航天科技时，全球商业航天的时代悄然到来，我国商业航天的大门正向民营企业打开。 "基于对政策、行业趋势和市场需求的判断，我深感机会来了，要抓住太空新基建的时代机遇！"2018年 4月，银河航天投入运营，开启硬核技术攻坚的征程。短短5年时间，我国首款使用柔性太阳翼的平板可 堆叠卫星——银河航天灵犀03星发射成功，这款卫星服务低轨道宽带通信，为我国巨型低轨通信星座的 快速部署提供了技术支撑。 此后，银河航天的技术突破一个接一个。2024年11月，长征十二号新型运载火箭成功将银河航天研制的 卫星互联网技术试验卫星送入预定轨道；12月，银 ...