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长城基金:看好商业航天赛道布局机会
Zheng Quan Shi Bao Wang· 2025-12-15 06:15
人民财讯12月15日电,长城基金认为,军工行业部分细分主题表现活跃,看好商业航天赛道布局机会, 主要集中在两大方向:一是可控核聚变,近期相关项目招标进入密集落地阶段,多项核心系统采购结果 陆续公布,标志着工程化进程加快,为产业链上下游企业带来明确业务增量,有助于提升行业发展能见 度。二是商业航天,国际层面科技企业积极布局太空算力,国内星座建设与发射节奏加快,首个太空计 算星座已于近期组网,同时政策层面持续释放支持信号。 ...
未知机构:AI算力卫星星座专家纪要1之江实验室三体星座即将发星-20250512
未知机构· 2025-05-12 01:55
Summary of Key Points from the Conference Call Industry Overview - The conference discusses the emerging field of space computing, specifically focusing on the "Three-body Constellation" initiated by the Zhijiang Laboratory, marking the launch of the world's first space computing constellation [1][3]. Core Insights and Arguments - The Three-body Constellation transforms traditional ground-based calculations into space-based calculations, significantly enhancing the efficiency of space reconnaissance. For instance, AI-generated analysis reports from satellites can be produced in just 90 minutes, which is eight times faster than traditional methods [1]. - The initiative is positioned as a new battleground in the US-China space competition, with the US having its own Star Shield program, which provides dedicated satellite communication, reconnaissance, and navigation services for national security agencies and the Pentagon [2]. Strategic Planning - The Three-body Constellation is planned to consist of no fewer than 1,000 satellites, with the support from the Zhejiang provincial government expected to help achieve this goal within five years. The short-term plan includes launching at least 100 satellites, with an initial launch of 12 satellites scheduled for May [4]. Business Implications - The satellites being launched are not experimental but are operational satellites with existing business orders, indicating a move towards commercial viability and practical applications in the space computing sector [5]. Additional Important Content - The Three-body Constellation aims to reduce costs by offloading some computational capabilities from existing communication, remote sensing, and navigation satellites to the new constellation [1].