证券日报网讯12月16日，天银机电（300342）在互动平台回答投资者提问时表示，除子公司天银星际的 星敏产品外，子公司上海讯析科技的低轨互联网卫星信号地面处理设备也可应用于航天类业务。 ...

格隆汇12月16日丨天银机电(300342.SZ)在投资者互动平台表示，公司控股子公司天银星际是国内商业 运营的恒星敏感器生产厂商，与星链公司（SpaceX）没有业务合作，除恒星敏感器外，天银星际还有 太阳敏感器、姿态控制模块等产品应用于卫星。此外，子公司上海讯析科技的低轨互联网卫星信号地面 处理设备也可应用于航天类业务。 ...

凤凰网科技讯 北京时间12月4日，亚马逊创始人杰夫·贝佐斯(Jeff Bezos)旗下蓝色起源正在为登月做准 备。据CNBC报道，蓝色起源与一家创业公司合作，利用AI研发出了一种能将月尘转化为能源的设备。 罗珀补充道："这有点像在家中使用吸尘器，但在吸尘的同时还能产生自己的电力。" 罗珀表示，这款将月尘转化为电池的设备完全由AI设计。他曾在美国前总统特朗普的首个任期内担任 空军助理部长，并以改革空军及当时新成立的太空军的装备采购流程而闻名。 Istari这一技术突破的一个关键部分，在于其处理和限制AI"幻觉"的方式。罗珀表示，平台会将零件的所 有需求输入系统，并为AI建立防护措施，或者说是"划定游乐场的围栏"，让AI在设计过程中无法越 界。"在这个游乐场内，AI可以尽情发挥创造力。"他解释道。 "以蓝色起源的月球电池为例，AI不会告诉你设计好不好，但会告诉我们所有需求都已满足、标准达 标，以及在投入使用前必须检查的其他事项。"他补充道。 Istari获得了谷歌前CEO埃里克·施密特(Eric Schmidt)的支持，并已与美国政府开展合作，包括作为洛克 希德·马丁的主要承包商参与实验性无人机x-56A项目。( ...

Core Viewpoint - The company has successfully applied its products in the commercial aerospace sector, specifically in new satellite platforms, and is poised to capitalize on future market opportunities as technology develops and demand increases [2]. Group 1: Product Applications - The company's products, including vacuum relay products, are utilized in satellite platform electric propulsion systems to control power on and off [2]. - The company has already achieved small-scale supply in the commercial aerospace field [2]. Group 2: Future Outlook - The company plans to continue monitoring and seizing commercialization opportunities in the commercial aerospace sector as technology research and market demand evolve [2].

Core Points - The company announced that its wholly-owned subsidiary, Hong Kong Shanghang Holdings, applied for arbitration with HKIAC on May 25, 2023, seeking payment of the profit shortfall of 19,171,139,019.844 KRW and interest for the target net profits of 2019 and 2020 [1] - On November 13, 2025, HKIAC delivered a final arbitration award supporting the claim amount and corresponding interest of Hong Kong Shanghang Holdings, marking this arbitration as a final decision [1] - The Korean bankruptcy court is expected to initiate debt confirmation and enforcement procedures; however, the unclear nature of these procedures makes it difficult to assess the impact on the company's profits [1]

Core Viewpoint - The company, Taili Technology (301595), has developed a space waste collection and preprocessing device that has received approval from users in the aerospace sector and will be gradually implemented in the space station [1] Group 1 - The self-developed space waste collection device has passed technical reviews and user recognition in the aerospace field [1] - The implementation of this technology in the space station is expected to occur in stages [1]

Core Viewpoint - Beijing Minastar Technology Co., Ltd. has officially initiated its listing guidance on September 15, 2025, with Guotai Junan Securities as the advisory institution [1] Company Overview - Established on August 7, 2017, the company has a registered capital of 62.5625 million yuan and is located in Haidian District, Beijing [2] - The company has no controlling shareholder, with founder Gao Enyu holding 25.6363% of the shares [2] - The company specializes in the research and manufacturing of satellite systems and ground station products, providing a "one-stop" integrated delivery service for satellite solutions [2][3] Industry Position - Recognized as a national "specialized and innovative" small giant enterprise and a national high-tech enterprise, Minastar is a unicorn in the commercial aerospace sector [3] - The company possesses over 300 registered patents and has developed nearly 40 key technologies in satellite manufacturing [3] Product and Service Capabilities - Minastar has successfully developed and launched 27 satellites, covering a weight range of 10 to 1000 kg, and operates in various fields including narrowband low-power communication, broadband internet satellite communication, and high-resolution optical remote sensing [3] - Notable products include the first domestically developed 0.5m resolution remote sensing satellite, the Tai Jing No. 3, and the first commercial Ku-band phased array radar remote sensing satellite, the Tai Jing No. 4 [3] Operational Expansion - The company has established a comprehensive "research, production, and testing" closed loop for satellite manufacturing, with an annual production capacity exceeding 60 satellites [4] - Minastar is expanding its global marketing and service network, having established close business exchanges and international cooperation with multiple countries [4] Financing and Investment - The company has completed a total of 14 rounds of financing, including a successful 1 billion yuan C1 round in June last year, marking its status as a commercial aerospace unicorn [4] - Prior to the listing guidance, the company completed a new round of financing led by Shengbang Security on August 26 [4]

Core Viewpoint - The successful development and delivery of China's first ultra-high-speed laser payload data processor marks a significant advancement in satellite technology, addressing the challenges of processing vast amounts of high-speed laser data in space [1] Group 1: Product Development - The laser payload data processor is the first of its kind in China, specifically designed for laser detection payloads [1] - It is currently the satellite device with the highest number of processed beams and the highest data rate in the country [1] - The successful development of this processor resolves the bottleneck issues related to on-board processing of massive ultra-high-speed laser payload data [1] Group 2: Technical Team and Innovation - A dedicated team for intelligent processing technology was established to tackle the challenges in this new field of on-orbit processing of laser detection payloads [1] - The team worked from scratch, developing technical solutions and methodologies that align with international advanced standards [1] - Key technologies related to system processes, algorithms, software, and hardware were successfully mastered, leading to the completion of full-process technical verification, system testing, and environmental testing of the prototype [1]

Core Viewpoint - The successful development and delivery of China's first spaceborne laser payload data processor marks a significant advancement in the field of spaceborne laser detection technology, addressing the challenges of processing high-speed laser payload data in orbit [1] Group 1: Product Development - The laser payload data processor is the first of its kind in China, designed specifically for high-speed spaceborne processing of laser detection payloads [1] - It is currently the most advanced spaceborne device in China, capable of handling the highest data rates and processing the most beams [1] - The product has completed a full range of technical verifications, system tests, and environmental tests before being delivered for satellite integration [1] Group 2: Technological Innovation - A dedicated team was formed to tackle the challenges in this new technology area, starting from scratch to develop solutions that meet international standards [1] - The team successfully overcame key technical challenges related to system processes, algorithms, software, and hardware, thereby mastering all core technologies [1] Group 3: Strategic Implications - The successful development of this processor not only resolves the bottleneck issues associated with processing vast amounts of high-speed laser data in orbit but also opens new avenues for the development of remote sensing satellites [1] - This achievement exemplifies the commitment to independent innovation and deep specialization in technology, reinforcing the principle that "technology is the foundation of the institute" [1]

Core Viewpoint - The HT-1000 Hall effect thruster developed by a research institution under the Moscow Aviation Institute has completed its development and testing, offering a new propulsion technology for spacecraft [1][2]. Group 1: Technology and Functionality - The HT-1000 thruster generates thrust through high-speed ion flow, which can be used for trajectory correction of spacecraft [1]. - The working principle involves ionizing inert gases like xenon or krypton using the Hall effect, creating plasma composed of electrons and free ions, which are then accelerated and expelled to produce thrust [1]. - The thruster is suitable for spacecraft weighing at least 450 kilograms, operating in low Earth orbit, with an effective lifespan of up to 7 years [1]. Group 2: Advantages and Applications - The use of inert gas as a propellant reduces overall fuel storage and launch weight, enhancing payload capacity and lowering launch costs [2]. - The HT-1000 thruster can precisely adjust or elevate spacecraft trajectories, facilitate the deployment of multiple small satellites during a single launch, and ensure predictable operation of spacecraft [1][2]. Group 3: Production and Testing - The research unit is preparing for qualification testing of the HT-1000 thruster based on user requirements, with a production base established by the partner company "Orbital Technologies" for mass manufacturing [2].