单晶封装方案拥有较小的封装尺寸、较佳的电流分布(Current Spreading)，以及高辐射光型均匀性 (Uniform Radiation Pattern)和低散热设计成本。随着UV-C LED价格下降，终端客户更偏好选择单晶封装 产品。 目前ams OSRAM与Nichia的产品已成功导入工商业动态水杀菌净化项目，并朝着替代物料成本上升的 传统汞灯方向前进，ams OSRAM更预计于2026年第四季推出200mW UV-C LED，以满足终端市场需 求。TrendForce集邦咨询表示，随着厂商技术不断精进，UV LED取代汞灯的速度将逐渐加快，动态水 杀菌或大规模表面杀菌项目也有望持续发酵。 另一方面，UV-C LED应用于杀菌净化，随着光学功率提升，也从消费性家电应用转向工商业表面杀菌 与动态水杀菌客制化项目，多数厂商因此能维持产品报价。根据TrendForce集邦咨询调查，2026年可供 应功率≥100mW的UV-C LED单晶封装厂商，包含ams OSRAM(艾迈斯欧司朗)、Nichia(日亚化学)、 Violumas、NKFG(福机装)、UVT、LITEON(光宝)。 根据TrendForc ...

·2026年核心投资主线：前期两个板块的股价经过一定回调，积蓄了2026年春节后的上涨势能，相关板块具备上涨 潜力。 ·美企光伏产能规划：特斯拉与SpaceX合计规划200GW光伏产能，二者布局场景存在明显差异：特斯拉的100GW产 能聚焦地面分布式电站、大型电站及储能配套，主要匹配地面电站与数据中心的供电需求；SpaceX的100GW产能 专供低轨卫星、太空AI数中心、轨道光伏电站等太空场景，形成地面与太空双轮驱动的格局。 ·商业航天近期行业事件：春节期间太空光伏及商业航天板块无重大事件，重要事件集中在春节前：2月10日电科 蓝天登陆科创板，是2025年底发布的商业火箭第五套上市标准化细则落地的经典案例，可加速相关火箭和卫星企 业的资本化通道；2月11日长征十号在海南文昌发射成功，完成低空演示验证，飞船海上安全降 ·2026年核心投资主线：前期两个板块的股价经过一定回调，积蓄了2026年春节后的上涨势能，相关板块具备上涨 潜力。 ·商业航天近期行业事件：春节期间太空光伏及商业航天板块无重大事件，重要事件集中在春节前：2月10日电科 蓝天登陆科创板，是2025年底发布的商业火箭第五套上市标准化细则落地的经典案 ...

结果估计一起出，估计这两周样子，目前看连城、拉普确定性比较高，弹性也比较大，高测宇晶50GW双供概率 大，不过也要看最后结果。 结果估计一起出，估计这两周样子，目前看连城、拉普确定性比较高，弹性也比较大，高测宇晶50GW双供概率 大，不过也要看最 春节T/S链更新： 春节T/S链更新： S链目前看核心还是迈为，要讨论接下来40+GW，其他环节看起来连城（签证发放，审厂），宇晶（和迈为信实 合作）概率稍大。 T春节前一周6家（连城、拉普、捷佳、宇晶、高测、晶盛）去讨论了10GW（还没明确结果），但过了几天很快开 启了40GW报方案，要求8月前交付，时间比较紧（北美光伏设备关税豁免是26.11，到期大概是230%的关税），如 果50GW一起那么奥特维、双良可能也有动静，近期更新。 不过S整体节奏慢，价格会更好，需要慢慢观察。 T春节前一周6家（连城、拉普、捷佳、宇晶、高测、晶盛）去讨论了10GW（还没明确结果），但过了几天很快开 启了40GW报方案，要求8月前交付，时间比较紧（北美光伏设备关税豁免是26.11，到期大概是230%的关税），如 果50GW一起那么奥特维、双良可能也有动静，近期更新。 ...

浙商机械 邱世梁丨王华君【太空光伏】江浙产业链调研，面向签约客户，欢迎报名！ 浙商机械 邱世梁丨王华君【太空光伏】江浙产业链调研，面向签约客户，欢迎报名！ 1、【晶盛机电】光伏硅片设备+半导体设备+碳化硅衬底材料龙头 2月26日（周四）上午10点，浙江杭州 2、【西子洁能】燃机锅炉龙头，光热、核电、钙钛矿多点开花 2月26日（周四）午餐交流+下午参观，浙江杭州 3、【连城数控】光伏硅片设备+半导体设备龙头 2月27日（周五），江苏无锡 4、 1、【晶盛机电】光伏硅片设备+半导体设备+碳化硅衬底材料龙头 2月26日（周四）上午10点，浙江杭州 2、【西子洁能】燃机锅炉龙头，光热、核电、钙钛矿多点开花 2月26日（周四）午餐交流+下午参观，浙江杭州 3、【连城数控】光伏硅片设备+半导体设备龙头 2月27日（周五），江苏无锡 4、【晶升股份】光伏设备+碳化硅设备领军者 3月2日（周一）下午3点，江苏南京 近期11场【太空光伏】产业链调研 【迈为股份、奥特维、东方日升、杭州科林、金辰股份、德龙激光、上海港 湾、弘元绿能、钧达股份、苏州固锝、京山轻机等】等，欢迎沟通 5、其他待定【杭氧股份(杭州)、微导纳米(无锡)】等 ...

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]

我们继续推荐半导体设备，关注华峰测控、强一股份、长川科技、精智达、金海通、矽电股份、精测电子、微导 纳米、迈为股份、帝尔激光等。 #光伏。 【广发机械】专用设备跟踪 #半导体设备。 海力士表示，所有客户需求都无法满足，目前DRAM及NAND库存仅剩约4周，且2026年HBM产能已全面售罄，存 储景气度依旧，价格有望继续上涨；字节的Seedance2.0以及智谱的GLM5，显示国产大模型的进步，同时春节期间 的使用体验凸显了算力的紧缺。 我们继续推荐半导体设备，关注华峰测控、强一股份、长川科技、精智达、金海通、矽电 【广发机械】专用设备跟踪 #半导体设备。 海力士表示，所有客户需求都无法满足，目前DRAM及NAND库存仅剩约4周，且2026年HBM产能已全面售罄，存 储景气度依旧，价格有望继续上涨；字节的Seedance2.0以及智谱的GLM5，显示国产大模型的进步，同时春节期间 的使用体验凸显了算力的紧缺。 聚变方面，关注永鼎股份、王子新材、联创光电、精达股份、合锻智能、国力电子、旭光电子、国光电气等；传 统裂变堆方面，关注中国铀业、江苏神通、应流股份等。 具体细节欢迎交流。 太空光伏，T启动美国太阳能工厂的 ...

Summary of Conference Call Notes Industry Overview - The focus is on the **bifacial solar cell technology** and its applications in both space and terrestrial photovoltaic systems. The bifacial structure allows for flexible connections of silicon wafers, reducing mechanical stress and minimizing risks of micro-cracks and breakage [1][2][4]. Key Points - **Bifacial Structure Benefits**: - The use of a bifacial structure enables zero spacing between solar cells, which increases the effective power generation area for the same solar wing area [3][5]. - The flexible connections and reduced number of solder joints effectively disperse mechanical stress, leading to lower risks of hidden cracks and breakage [2][4]. - **Market Adoption**: - The bifacial structure has been widely adopted in space photovoltaic applications since the launch of the "Shijian-1" satellite in 1971. Notably, a well-known North American renewable energy company is also utilizing bifacial solutions for ground-mounted solar components [6]. - **Equipment and Material Insights**: - Bifacial component production lines have a value that is over **twice** that of conventional soldering methods [6]. - The bifacial conductive paste and adhesive are projected to have a value that is **five times** higher than current glass powder inflation [6]. Company Highlights - **ST Jingji**: - The company’s subsidiary, Shengcheng, leads in the production of bifacial component equipment, holding over **50%** market share in North America. It has been supplying major North American companies [6]. - The company has early reserves of bifacial equipment and is recognized as the sole supplier for a prominent North American ground bifacial production line [6]. - **Dike Co., Ltd.**: - A leading company in photovoltaic silver paste, with significant R&D capabilities. It holds global core patents for high and low-temperature silver paste through its subsidiary, Sote [6]. - The company has nearly **100%** market share in North America for conductive paste and adhesive products, having promoted bifacial adhesive products since 2019 [6]. - **Debang Technology**: - A core supplier of domestic bifacial conductive adhesives, with products already applied at scale by major companies like Tongwei and Canadian Solar, and holds a significant market share [6]. - **Juhe Materials**: - A leading company in photovoltaic silver paste, currently testing and small-scale shipping copper paste products, which are expected to benefit from the future adoption of high-purity copper paste [7]. - **Aotwei**: - A leading company in photovoltaic component equipment, with key products including soldering machines and silicon wafer sorting machines, and has made investments in bifacial equipment [9]. Additional Insights - The integration of semiconductor material assets by some companies is expected to help address domestic supply chain issues [8].

Investment Rating - The report suggests a focus on the space computing industry chain, particularly on upstream and downstream core segments, indicating a positive investment outlook for the sector [8]. Core Insights - Space computing represents a new paradigm of deploying computational facilities in Earth's orbit, transforming the traditional "ground-based computing" into "space-based computing" by utilizing distributed orbital computing clusters [5][6]. - The advantages of space computing include the use of continuous solar energy and near-absolute zero cooling environments, which effectively address the energy and heat dissipation bottlenecks faced by ground data centers [6][7]. - The U.S. is leading the charge with technology companies driving advancements, while China is following a government-led approach with collaborative development across academia and industry [7][8]. Summary by Sections Space Computing Overview - Space computing is characterized by the deployment of computational infrastructure in orbit, leveraging radiation-resistant chips and inter-satellite laser communication to create distributed computing clusters [5][13]. - This model allows satellites to evolve from mere data relays to intelligent nodes, enabling real-time data processing and decision-making in orbit, significantly reducing transmission delays [6][16]. Market Dynamics - The rise of space computing is driven by the exponential growth in global computing demand, particularly under the influence of AI, while traditional data centers face significant energy and cooling challenges [6][24]. - The market for space computing is projected to reach $100 billion by 2030, with a recommendation to focus on key segments such as rocket and satellite manufacturing, laser communication, and space computing chip suppliers [8][24]. Competitive Landscape - Major players in the U.S. include SpaceX, which is developing large-scale space data centers, and other tech giants like Google and Amazon exploring space computing ecosystems [7][8]. - In China, significant projects are underway, including the Beijing GW-level space data center and the "Three-Body Computing Constellation" initiative, indicating a robust governmental push towards space computing [7][8]. Investment Recommendations - The report emphasizes the importance of monitoring the entire space computing industry chain, particularly focusing on core suppliers in rocket and satellite manufacturing, laser communication, and space photovoltaic suppliers [8][24]. - Specific companies recommended for investment include leading firms in laser communication and space photovoltaic technologies, as well as suppliers for SpaceX and space computing chips [8].

Core Insights - The Chinese photovoltaic equipment industry has evolved from reliance on imports to self-innovation and now leads globally, undergoing several stages including technological exploration, domestic breakthroughs, and high-quality leadership [7]. Industry Overview - The photovoltaic equipment industry includes various types of equipment used in the production of raw materials, batteries, and components, categorized into five main types: silicon rod/ingot manufacturing equipment, wafer manufacturing equipment, cell manufacturing equipment, crystalline silicon module manufacturing equipment, and thin-film module manufacturing equipment [1][12]. Company Landscape - Key companies in the silicon rod/ingot manufacturing segment include Jingcheng Machinery (晶盛机电), Liancheng CNC (连城数控), Robotech (罗博特科), and Shuangliang Energy (双良节能) [3][6]. - In the wafer manufacturing segment, notable companies are Jingcheng Machinery, Jincheng Co. (金辰股份), and Dier Laser (帝尔激光) [4][6]. - For cell manufacturing, leading firms include Jiejia Weichuang (捷佳伟创), Jingcheng Machinery, and Liancheng CNC [4][6]. - In the module manufacturing segment, key players are Jingcheng Machinery, Jincheng Co., and Xian Dao Intelligent (先导智能) [4][6]. Industry Development - The industry has achieved a complete supply capability, covering the entire photovoltaic production chain from silicon material production to module manufacturing, including water purification, environmental treatment, and related testing equipment [9][11]. - High domestic substitution rates have been observed in products such as cleaning equipment, texturing machines, diffusion furnaces, and various automation devices, with some products already exported [11]. Market Size - Since 2018, the scale of the Chinese photovoltaic equipment industry has been on a continuous rise, projected to exceed 130 billion yuan in 2024, reflecting an 18.2% year-on-year growth [12].

Core Viewpoint - The lithium battery industry is experiencing a dual trend of rapid growth in energy storage and a shift towards solid-state technology for power batteries, leading to increased production capacity and rising material prices, which may impact profit margins for battery manufacturers [2]. Group 1 - The energy storage sector is thriving, with major battery manufacturers receiving numerous orders and calling for expansion [2]. - The transition towards solid-state technology is becoming a focal point for leading manufacturers, while the global pace of electrification is slowing down, creating a cautious atmosphere in the industry [2]. - The rebound in upstream material prices is causing profit growth for battery companies to lag behind the increase in shipment volumes [2]. Group 2 - The new year is seen as a pivotal moment for the lithium battery industry, with expectations for technological advancements and a focus on high-quality manufacturing [4][12]. - Companies are emphasizing the importance of innovation and collaboration to navigate the challenges and opportunities presented by the evolving market landscape [8][20]. - The industry is poised for a significant transformation, with a collective goal of achieving high-quality development and contributing to global energy transition efforts [18][59].