来源：未尽研究 算力变得饥渴，追求终极的能源。今年，高风险偏好的投资者，将第一次有机会在公开市场交易两种极 端叙事：太空数据中心与商业核聚变。一边是试图逃离地球的轨道算力，一边是试图在地面复刻"人造 太阳"。 马斯克抛出了100GW级轨道数据中心的愿景，将SpaceX与xAI合并，估值1.25万亿美元，计划今年上 市；市场猜测特斯拉未来也可能换股整合。光伏、储能、芯片、大模型与火箭，构成垂直闭环。 戏剧性在于，马斯克长期斥为"愚蠢至极"的核聚变，如今成为另一股资本洪流。特朗普旗下TMTG与谷 歌支持的TAE签署最终合并协议，总值超过60亿美元；General Fusion也已定档年中完成SPAC交割。它 们都预定了纳斯达克的入场券。 在马斯克看来，2到3年内，生成AI算力的最低成本方式将出现在太空；而OpenAI创始人奥特曼投资的 商业聚变初创企业Helion，将向微软交付电力定在2028年。于是，AI领域的一大悬念诞生了，谁能兑现 承诺，谁在贩卖泡沫？ 在科学层面，可控核聚变"并不存在根本性的未知问题"。今年年初，星环聚能完成10亿元A轮融资时， 公司创始人陈锐如此表述。但他执意要给行业降温。核聚变这场"终 ...

你有没有想过：下一代的"算力工厂"，可能根本不在地球上？过去几年，AI把数据中心变成了新的"能源怪兽"。电力、散热、用水、选址，这些都成为了 制约AI进化的关键瓶颈。 于是，一个听起来似乎很科幻的想法，突然被拎到了台面上：那就是把数据中心搬到太空去。在太空建数据中心，听起来有点像是个骗投资人的 PPT？ 但实际上，一场关于"轨道算力"的圈地运动，已经拉开了帷幕。 在刚刚闭幕的达沃斯论坛上，马斯克宣称在未来的2至3年内，太空就将成为部署AI数据中心成本最低的地方。紧接着当地时间2月2号，SpaceX宣布已收 购人工智能公司xAI，而马斯克透露，二者完成合并后，SpaceX最重要的事情之一就是将推进部署太空数据中心。 除了马斯克外，其他公司也在密切布置着太空数据中心。亚马逊创始人贝佐斯旗下的蓝色起源，在一年多前已经秘密组建了开发团队，用以打造轨道AI 数据中心的专用卫星；谷歌也在近期发布了一项名为Suncatcher（捕光者）的太空数据中心计划，预计将在2027年把第一批"机架级算力"送入轨道；英伟 达刚刚通过初创公司Starcloud将一颗搭载了H100 GPU的卫星送入了轨道，并且首次在太空中完成了Nano- ...

Core Insights - The demand for space photovoltaics is expected to experience exponential growth, driven by investments from companies like Tesla and SpaceX in photovoltaic manufacturing to support orbital computing and AI [1] - Leading Chinese photovoltaic equipment manufacturers are well-positioned to enter the supply chains of major players like Tesla and SpaceX, potentially securing substantial orders and opening new growth opportunities [1] - Space photovoltaic equipment may exhibit significant inflationary effects, leading to a substantial increase in value [1] Domestic Market Projections - By 2026, the annual satellite launch count in China is projected to reach 1,000, increasing to 3,000 by 2030 under conservative estimates and potentially 6,000 under optimistic scenarios, with a long-term goal of 500,000 [2] - The demand for satellite solar wing batteries in China is expected to grow from 0.01 GW in 2026 to 0.12 GW by 2030 under optimistic conditions, with a long-term target of 150 GW [2] - The penetration rates for P-HJT and perovskite batteries are anticipated to reach 20% by 2030, with long-term goals of 65% and 35% respectively [2] Overseas Market Projections - The annual satellite launch count overseas, primarily driven by SpaceX, is expected to rise from 5,000 in 2026 to 15,000 by 2030, with an ultimate target of 20 million [2] - The demand for overseas satellite solar wing batteries is projected to increase from 0.1 GW in 2026 to 72 GW by 2030 under optimistic estimates, with a long-term goal of 1,000 GW [2] - The penetration rate for P-HJT batteries is expected to reach 85% by 2030, with a long-term target of 65% [2] Global Market Projections - The total demand for space photovoltaics globally is projected to grow from 0.1 GW in 2026 to 72 GW by 2030 under optimistic conditions, with a long-term target of 1,150 GW [2] - The market space for space photovoltaics is expected to expand significantly, from 121 billion yuan in 2026 to 29,179 billion yuan by 2030 under optimistic estimates, with a long-term goal of 173,783 billion yuan [2] - The price of P-HJT batteries is expected to decrease from 70 yuan/W in 2026 to 15 yuan/W in the long term, indicating a trend towards cost reduction in the industry [2]

炒股就看金麒麟分析师研报，权威，专业，及时，全面，助您挖掘潜力主题机会！ 中信证券研究 文|林劼 吴子祎 华夏 李越 ▍光伏设备龙头成长空间打开，设备价值量有望跃迁式提升。 除SpaceX已明确自建光伏产能外，国内外其他厂商也有望加快产能规划，且随着太空算力发展加速， 以及钙钛矿叠层电池技术逐步趋于成熟，设备升级需求亦将持续释放，有望打开远期百GW/年级别市 场。同时，太空光伏技术在工艺难度、定制化程度、设备标准和由于低产效率所需的配置冗余等方面显 著高于传统光伏，或令相关设备价值量迎来显著提升，太空光伏设备市场空间亦有望超预期。 太空光伏需求有望迎来指数级增长。马斯克下注光伏制造，为轨道算力和AI供电铺路。中国头部光伏 设备厂商具备极强的高效迭代和快速响应能力，有望跻身特斯拉和SpaceX等相关设备供应链，并收获 高额订单，打开全新成长空间。此外，太空光伏设备或具备明显通胀效应，价值量或将实现跃迁式提 升。重点推荐具备技术、产品和份额优势的光伏各环节设备龙头厂商。 ▍SpaceX剑指轨道算力，太空光伏需求增长或远超想象。 SpaceX引领商业航天发展，加快星链（Starlink）建设和卫星升级，并申请部署百 ...

与此同时，特斯拉的角色也成为市场关注焦点。特斯拉上周宣布将向xAI投资约20亿美元。Wedbush认 为，特斯拉未来存在以某种形式并入SpaceX/xAI生态的可能，尤其在自动驾驶与机器人战略加速推进的 背景下，马斯克或将逐步整合其AI帝国的关键技术与资源。 Seeking Alpha分析机构The Techie进一步指出，特斯拉正从传统汽车制造商演变为"物理AI提供者"，其 能源存储业务可能成为支撑轨道数据中心的关键环节，而Optimus机器人布局也将使特斯拉成为马斯克 陆地与太空基础设施的重要工业支柱。 分析人士普遍认为，"轨道算力"叙事正在重新点燃太空板块热度，并为SpaceX未来登陆公开市场增添了 更清晰的AI驱动增长逻辑。随着AI算力需求与能源约束持续加剧，太空数据中心或将成为下一阶段科 技竞争的焦点之一。 智通财经APP获悉，航空航天研究机构The Aerospace Forum负责人Dhierin Bechai指出，SpaceX与xAI的 组合为投资者提供了"AI+太空"双重热门赛道的吸引力，但同时也可能让部分只想押注航天产业的投资 者感到顾虑，因为SpaceX未来若推进上市，其业务定位将不再单 ...

Core Insights - The rise of artificial intelligence is leading to a significant increase in global data center electricity demand, projected to more than double by 2030, with AI being the primary driver [1] - Tech giants like Microsoft, Google, and Amazon are investing in nuclear power plants and underwater data centers to alleviate energy consumption pressures [1] - A novel solution is emerging: deploying data centers in space, with Elon Musk promoting this concept through social media [2][4] Group 1: Space Data Centers as a New Frontier - The year 2025 marks a pivotal moment for the realization of space data centers, with major tech companies and emerging space firms collaborating to build a new digital infrastructure network in orbit [5] - Starcloud successfully completed the first human space-based large model training, demonstrating the feasibility of high-performance computing in space [5][6] - The CEO of StarCloud highlighted the advantages of solar energy in space, claiming it is more efficient than terrestrial data centers [6] Group 2: Business Models and Market Dynamics - SpaceX plans to launch the largest IPO in history, with a valuation of $1.5 trillion, driven by its Starlink and Starship projects, creating a closed-loop business model for space data centers [7] - Amazon's Blue Origin is also developing technologies for orbital AI data centers, indicating a competitive landscape among tech giants [8] Group 3: Environmental Considerations and Criticism - Critics question whether relocating high-energy industries to space is genuinely more environmentally friendly, raising concerns about the carbon emissions from rocket launches [9][10] - Supporters argue that space data centers can utilize continuous solar energy and efficient cooling mechanisms, potentially achieving a Power Usage Effectiveness (PUE) close to 1.0 [11] - However, studies suggest that the carbon footprint from rocket launches could negate the environmental benefits of space data centers, with emissions potentially being an order of magnitude higher than terrestrial centers [12][13] Group 4: Global Competition and Strategic Implications - The race for space data centers is not just a commercial issue but also a geopolitical one, with control over orbital computing power becoming a key factor in the future digital economy [17] - Europe risks falling behind in this competition, prompting calls for urgent action to seize emerging opportunities in the digital and space industries [18] - China is actively participating in this race, forming a consortium to advance the development of space data centers [19][22] Group 5: Long-term Perspectives - While space data centers may not be an immediate solution for reducing carbon emissions, they could play a significant role in future green digital infrastructure [23] - The concept challenges humanity to rethink the relationship between technology and nature, emphasizing the need for sustainable practices in expanding digital frontiers [23]

Core Viewpoint - SpaceX has achieved a valuation exceeding $800 billion, making it the most valuable private company globally, driven primarily by the success of its Starlink business and the anticipated growth in revenue from its space operations [1][5]. Group 1: Company Valuation and Financial Performance - SpaceX's internal stock price has reached $420 per share, allowing employees to cash out approximately $2 billion, while the company plans to repurchase some shares [1]. - The company is projected to generate total revenues of about $15 billion in 2025, increasing to $22-24 billion in 2026, with Starlink expected to contribute significantly to this revenue [1]. - By the end of 2024, Starlink is estimated to generate $8.2 billion, accounting for 62% of SpaceX's total revenue of $13.1 billion [1]. Group 2: Strategic Importance of Starlink - Starlink is identified as the best cash flow source for SpaceX, providing the financial backing necessary for the ongoing development of the Starship program [2]. - The integration of Starlink with SpaceX's capabilities is seen as a way to create a "space-grade computing closed loop," which could potentially generate thousands of billions in revenue over the next decade [5]. Group 3: IPO Implications - The upcoming IPO is viewed as a pivotal moment for SpaceX, with the potential to transform the company into a public entity that could influence global markets and redefine the aerospace industry [11][14]. - The IPO is not merely a financial maneuver but a strategic choice that could position SpaceX as a leader in advancing human civilization through space exploration [14]. Group 4: Market Dynamics and Competition - The IPO is expected to accelerate capital inflow into the aerospace sector, marking a shift where rockets become an asset class rather than just engineering projects [13]. - SpaceX's advancements may compel traditional aerospace companies and international competitors to adapt rapidly to remain relevant in the evolving market landscape [14]. Group 5: Broader Societal Impact - The potential for SpaceX to become a public company raises questions about the future of human civilization and the role of capital markets in supporting long-term space exploration goals [14]. - The company's vision for Mars colonization is framed as a significant narrative that could attract investment and public interest, positioning SpaceX as a unique player in the aerospace industry [11][12].

Group 1: RWA and Digital Asset Transformation - RWA (Real World Assets) is transforming the financial landscape by digitizing physical assets through blockchain technology, with the potential market growth from $24.5 billion to $16 trillion [1][3] - The process of RWA involves five steps to create a compliant RWA hub globally, indicating a competitive race among countries [4] - RWA is not merely about the tokenization of ABS (Asset-Backed Securities) but represents a core pathway for digital financial transformation [6] - The ecosystem for RWA is forming with various stakeholders actively participating, indicating a collaborative approach to asset digitization [7] Group 2: Satellite Communication and Orbital Computing - Orbital computing is set to break traditional ground-based limitations, creating a new dimension for space observation and data transmission, with a market size targeting trillions [8][10] - The establishment of a network in space will enable low-latency transmission and new evaluation perspectives for sectors like finance and disaster monitoring [8] - Three main investment areas are suggested: satellite service platforms with orbital resources, companies capable of satellite manufacturing, and AI service providers in downstream applications [8]