每经AI快讯，有投资者在投资者互动平台提问：公司研发的高阻水密封胶5166是否已经获得德国TüV南 德颁发的行业首张"阻水胶"产品认证，专用于HJT异质结电池封装？ 回天新材（300041.SZ）2月26日在投资者互动平台表示，公司5166高阻水密封胶已通过德国TV、美国 UL等权威认证，可应用于HJT电池封装，助力客户攻克HJT电池封装技术难题。 （文章来源：每日经济新闻） ...

格隆汇2月26日丨回天新材(300041.SZ)在投资者互动平台表示，公司5166高阻水密封胶已通过德国 TüV、美国UL等权威认证，可应用于HJT电池封装，助力客户攻克HJT电池封装技术难题。 ...

格隆汇2月26日丨回天新材(300041.SZ)在投资者互动平台表示，公司5166高阻水密封胶已通过德国 TüV、美国UL等权威认证，可应用于HJT电池封装，助力客户攻克HJT电池封装技术难题。 ...

Investment Rating - The report maintains a positive outlook on the photovoltaic equipment industry, indicating a recovery and growth trajectory for 2026, driven by space computing applications and increasing overseas ground demand. Core Insights - The photovoltaic equipment sector is characterized by both growth and cyclical attributes, with supply, demand, and technological factors resonating together [2]. - The industry is expected to enter a recovery phase in 2026, following a significant adjustment in 2025, where leading equipment manufacturers have strengthened cash flow management and reduced operational risks [5]. - The emergence of space computing applications is anticipated to expand the long-term growth potential of the photovoltaic sector, transitioning from ground energy to orbital energy systems [5]. - Overseas demand, particularly from the U.S. and the Middle East, is projected to be a significant source of incremental growth in 2026, with U.S. solar installations remaining robust and local manufacturing policies enhancing supply chain security [5]. - A new round of technological iterations is seen as a key variable for capacity reset amid supply-demand imbalances, with advancements in HJT technology expected to drive structural expansion [5]. Summary by Sections Section 1: 2025 Industry Fundamentals and 2026 Outlook - The fundamentals of leading photovoltaic equipment manufacturers are expected to bottom out in 2025, with a positive outlook for 2026 driven by recovery in equipment orders [5]. - The report highlights the importance of cash flow management and risk control among leading manufacturers, with adjustments in payment models to mitigate risks during industry downturns [9][10]. Section 2: Space Computing Applications - The report discusses the significant reduction in launch costs due to advancements in reusable rocket technology, which is expected to facilitate the deployment of space data centers powered by photovoltaic energy [38]. - The U.S. and China are leading in the planning and deployment of space computing capabilities, with ambitious goals for satellite constellations and data centers [41][42]. Section 3: Overseas Ground Demand - The U.S. market is highlighted as a key area for growth, with local manufacturing policies and high installation rates driving demand for photovoltaic equipment [5]. - The report notes that Middle Eastern countries are also increasing their solar installation plans, providing further opportunities for growth [5]. Section 4: Domestic Policy Changes and Technological Iteration - The report emphasizes the need to monitor domestic policy changes and the ongoing technological advancements within the industry, which are crucial for maintaining competitiveness [5]. Section 5: Investment Recommendations - The report recommends focusing on leading companies in the HJT technology space, such as Maiwei Co., Jinsheng Electric, and Aotwei, as well as those specializing in automation and thin silicon wafer cutting equipment [5].

Group 1 - The core view of the report indicates that the photovoltaic equipment sector is expected to recover in 2026, driven by the application of space computing power and growth in overseas ground demand [5][8] - The report highlights that the supply and demand dynamics, along with technological factors, give photovoltaic equipment both growth and cyclical attributes [2] - The report emphasizes that the leading equipment manufacturers have strengthened cash flow management through adjusted payment models, which enhances their risk control capabilities [9][10] Group 2 - The application of space computing power is accelerating, transitioning photovoltaic energy from terrestrial to orbital energy systems, thus opening up long-term growth potential [5][38] - The report notes that overseas ground demand, particularly in the U.S. and the Middle East, is expected to be a significant source of incremental growth in 2026 [5][41] - The report discusses the importance of domestic policy changes and the continuous iteration of new technologies in the photovoltaic equipment industry [5][34] Group 3 - The report suggests that the photovoltaic equipment sector is entering a new structural expansion window driven by technological upgrades, as the industry faces a supply-demand imbalance [5][56] - Investment recommendations include focusing on leading companies in HJT technology, low-oxygen monocrystalline furnaces, and automation equipment [5][34]

《财经》近日采访了多位光伏业权威人士，他们的核心观点有四： 1．HJT（异质结）电池最有望成为下一代太空光伏电池，更下一代的太空光伏电池则是钙钛矿叠层电 池。 特斯拉、SpaceX（空间探索技术公司）董事长埃隆·马斯克（ElonMusk）团队2月初走访多家中国光伏 企业后，A股光伏板块多只个股涨停，太空光伏成为热门话题。 马斯克称，太空光伏的发电效率可达地面光伏的5倍。在30至36个月内，太空有可能成为部署人工智能 算力中心的最具经济性场景。 2．马斯克的太空光伏计划对提振中国光伏需求几乎没有影响，即使马斯克的梦想成真，太空光伏占全 球光伏消费总量的比例也只有很小比例，无法替代地面光伏。 3．美国太空光伏的发展进度需要高度重视，但美国太空光伏将根植于美国本土制造，中国光伏批量拿 下美国订单不太现实，中国光伏企业真正的机会是服务好中国的太空战略。 4．光伏毫无疑问是太空的基石能源，未来的能源体系将是地天一体，光伏业界要加强和国内商业航天 的合作，共同探索广阔的太空光伏蓝海。 01 马斯克的太空光伏计划靠谱吗？ 马斯克将太空光伏视为支撑其未来AI算力的主力能源，他近两个月多次表态：特斯拉与SpaceX将在三 年内 ...

当前，全球商业航天行业正迎来高速发展期，AI算力需求的爆发式增长更是为行业添上了一把火，太空数据中心成为备受关注的新赛道，而作为航天活 动中性价比最高的电源解决方案，太空光伏也随之迎来发展新机遇。 相较于地面光伏，太空光伏在光照、稳定性、土地利用等方面优势显著，技术路线也在不断迭代升级。 尽管目前太空光伏的市场规模仍较为有限，但随着发射成本的逐步下降，其远期增长潜力巨大，相关产业链企业也将迎来新的发展契机，成为新能源与商 业航天融合领域的优质投资赛道。 2025年上半年，全球商业航天高景气度延续，中国发射入轨卫星数量同比增幅达92%，远超全球平均水平。 国内政策对商业航天的支持力度持续加码，商业航天不仅被纳入"新质生产力"范畴，还连续两年写入《政府工作报告》，2025年国家航天局更是出台专项 行动计划，将空间能源技术列为核心突破方向，为太空光伏的技术研发和场景应用提供了明确的政策支撑。 同时，中国星网GW星座、垣信卫星千帆星座等低轨卫星计划加速推进，叠加2025年底中国向ITU申请的20.3万颗卫星频轨资源，未来几年国内卫星发射 数量将迎来大幅增长，直接带动太空光伏的需求提升。 01 商业航天高景气，政策+需 ...

Core Viewpoint - The global commercial space industry is experiencing rapid growth, driven by the explosive demand for AI computing power, with space photovoltaic technology emerging as a promising investment opportunity due to its cost-effectiveness and advantages over terrestrial solar power [5][10]. Group 1: Industry Growth and Policy Support - The commercial space sector is entering a high-growth phase, with the number of satellites in orbit expected to exceed 11,605 by the end of 2024, dominated by the US at 76% and China at around 9% [6]. - In the first half of 2025, China's satellite launches are projected to increase by 92% year-on-year, significantly outpacing the global average, supported by government policies that emphasize the importance of commercial space [8]. - The Chinese government has included commercial space in its "new quality productivity" category and has committed to developing space energy technologies, providing clear policy support for space photovoltaic technology [8][10]. Group 2: Advantages of Space Photovoltaics - Space photovoltaics have significant advantages over terrestrial solar power, including better sunlight conditions, with solar intensity in space being 36% higher, and the ability to generate power continuously without the need for energy storage systems [12]. - The technology for space photovoltaics is evolving, with three main types of solar cells: gallium arsenide, crystalline silicon, and perovskite, each with distinct advantages and challenges [14]. Group 3: Market Potential and Economic Viability - The current market for space photovoltaics is limited due to high launch costs, but it is expected to grow steadily, with projections indicating a market space of approximately 3 billion yuan from 2026 to 2030, increasing to 12 billion yuan from 2030 to 2035, and further to 25 billion yuan from 2035 to 2040 [17]. - A significant factor for the future market potential of space photovoltaics is the reduction in launch costs, which currently stand at $3,600 per kilogram. If costs can be reduced to $200-$300 per kilogram, the demand for space photovoltaics could see explosive growth, potentially reaching a market size of 500 billion yuan annually [19]. Group 4: Investment Opportunities - The growth of space photovoltaics is directly linked to the high demand in the commercial space sector, with photovoltaic equipment manufacturers, particularly those specializing in HJT and perovskite technologies, expected to be the biggest beneficiaries [21]. - Companies involved in the production of HJT and perovskite battery equipment, as well as ultra-thin silicon wafer cutting, are recommended for investment as the industry demand continues to rise [21].

有股民用年终奖补仓，业内普遍看好节后行情。"刚发了5万元年终奖，马上就用来补仓了。"一名来自 江苏的股民张生称，目前其重仓持有某上市银行股票，打算"持股过节"，虽然目前持仓为浮亏状态，但 其仍看好银行的后市表现，"就当是存定期了，股息率现在看起来也还可以。" 苏商银行研究员付一夫表示，当前市场行情下，建议保留一定仓位过节。对投资者而言，持股过节还是 持币过节，做出选择的核心依据更应该着眼于对市场中长期趋势的判断，目前，支撑A股"慢牛"的逻辑 并未改变。 据时代周报，从历史行情来看，A股市场存在显著的春节"日历效应"。 据Wind数据，过去十年以来，A股有较大概率上涨，上证指数在节后5个交易日和节后10个交易日上涨 概率达到70%。 一是科技成长主线，包括AI应用、半导体、人形机器人等； 二是新能源高景气板块，如HJT电池、储能等。 他指出，对于风险承受能力强、投资周期3个月以上的投资者来说，建议维持70%以上的仓位，核心逻 辑是把握节后盈利验证期的成长机会。 重点可布局两大方向： ...

Core Viewpoint - The management reshuffle at *ST Lingda (300125) continues, marking significant changes in leadership as the company faces challenges in the photovoltaic industry, including a temporary suspension of battery production [1][10]. Group 1: Management Changes - *ST Lingda announced the completion of its board restructuring and the appointment of new senior management on February 4, with many new faces in the newly formed seventh board [1]. - The new chairman, Peng Qian, replaces the former chairman Jin Yongfeng, who has stepped down after only eight months in the role [6][7]. - The restructuring saw the departure of seven board members, including five directors and two independent directors, while new appointments include Peng Qian, Mingxing, Chen Zhiguo, and Ren Guangpeng [7][8]. Group 2: Company Background and Challenges - *ST Lingda entered the battery segment in 2021 by acquiring 100% of Jinzhai Jiayue, but soon faced difficulties as the photovoltaic industry adjusted [8][10]. - The company announced a temporary production halt for its subsidiary Jinzhai Jiayue, becoming the first listed company in the photovoltaic sector to do so [10]. - The company has been struggling with debt issues, leading to pre-restructuring applications from creditors [10]. Group 3: Future Outlook - Following the management changes, *ST Lingda is expected to divest its photovoltaic assets and shift its main business focus, as previous expansion plans for battery production have been terminated [11]. - The company had previously planned significant investments in battery production capacity, including a 15GW TOPCon and 5GW HJT expansion, which are now deemed unfeasible [11].