（来源：淘金ETF） 1. 阳光电源（300274） 作为国内最早布局光伏逆变器的头部企业，核心业务以光伏逆变器为核心，覆盖储能系统、新能源电站 开发运营、光伏电站EPC等全产业链环节，在全球逆变器市场占据领先份额，技术实力覆盖核心电力电 子器件研发、系统集成等关键领域，产品适配户用、工商业、大型地面电站等全场景，同时在储能变流 器、光储一体化解决方案上具备显著优势。在太空光伏与太空算力赛道，企业的核心技术具备极强适配 性，太空光伏阵列发电需高效逆变器实现电能稳定转换，其深耕多年的高可靠性、抗辐射逆变器技术可 直接迁移至太空场景，为太空算力中心提供持续稳定电力支撑；储能系统技术积累能适配太空极端环境 下的能源存储需求，解决太空光伏间歇性供电问题，未来有望通过技术合作切入太空光伏电源系统供应 链，成为太空算力能源端核心参与者，打开全新增长维度。 2. 隆基绿能（601012） 国内光伏行业龙头企业，核心业务聚焦光伏单晶硅棒、单晶硅片研发生产，同时延伸至高效电池片、光 伏组件及光伏电站全产业链，是全球硅片领域的领军者，在N型TOPCon、HJT等新一代高效电池技术上 迭代速度领先，兼具规模化产能与技术壁垒，产品远 ...

本报讯 （记者吴奕萱见习记者王楠）2月2日，东方日升新能源股份有限公司（以下简称"东方日升"）微信公众号发布消息 称，彭博新能源财经（以下简称"BNEF"）最新发布的2026年第一季度全球储能系统制造商评级报告中，该公司储能业务再度 入选Tier 1厂商榜单，其在储能领域的综合实力获国际权威机构认可。 东方日升深耕锂电池领域21年，已构建起全栈式新能源解决方案能力，打造了适配不同区域的定制化产品矩阵，产品覆盖 光伏组件、逆变器、储能系统及智慧能源管理系统等多个品类。针对终端应用需求，企业推出"昇家、昇企、昇能"三大场景化 光储解决方案，实现户用、工商业、大型光储电站应用领域的全覆盖。 东方日升旗下的Risen Cloud智慧能源管理平台，依托数字孪生建模、7×24小时全天候主动预警、高效协同调度等核心能 力，为全球能源项目提供远程运维管控服务，实现从绿色发电、能量转换、储能存储到智慧运维的全生命周期价值闭环。 全球化布局与市场拓展也成为东方日升储能业务的重要支撑。目前，该公司已在全球布局10大生产基地与24个营销服务中 心，搭建起完善的全球化运营体系，业务辐射欧美、亚太、中东、南美等核心区域。近期，该公司海外 ...

大天基金 | 链接您与财富 图看懂数金 H 产业链 近日,A股市场掀起一轮"太空光伏"热潮。机构表示,商业航天蓬勃 发展背景下,太空光伏作为其电源系统升级的核心方向,在星座批量组 网的牵引下,正迈向技术路线升级与产业化交付的新阶段。 产业链 光伏辅材 换热器 双良节能 帝科股份 聚和材料 博迁新材 寨伍技术 福斯特 光伏电池 钧达股份 三安光电 ◎乾照光电 东方日升 降其绿能 晶科能源 阿特斯 晶澳科技 。 天合光能 光伏设备 拉普拉斯 迈为股份 连城数控 捷佳伟创 高测股份 帝尔激光 奧特维 机构解读 | TECH SHE | | | --- | --- | | 基金名称 近1年收益 | 成立来收益 | | 华泰柏瑞光伏ETF联接C 46.11% | -35.42% | | 招商中证光伏产业指数C 47.71% | -26.75% | | 银华中证光伏ETF发起式联接C | 43.92%基 -8.15% | | 国泰中证光伏产业ETF发起联接C 45.84% | -35.89% | | 汇添富中证光伏产业指数增强发起式C 50.27% | -35.22% | Q 168 上天天基金APP搜 注册即可领500 ...

受特斯拉CEO马斯克多次"站台"的影响，"太空光伏"概念成近期二级市场主要热点板块之一。 据Wind统计数据，截至1月30日收盘，万得太空光伏概念指数(8841929)近一个月上涨19.83%，大幅跑赢 沪深300指数1.18%的涨幅。 具体到板块成分股方面，据Wind统计，近20日内，钧达股份(002865.SZ)上涨84.62%、明阳智能 (601615.SH)上涨60.22%、捷佳伟创(300724.SZ)上涨44.04%、帝尔激光(300776.SZ)上涨41.54%、拓日新 能(002218.SZ)上涨35.94%。 股价冲高 第一财经记者注意到，本周内，多家光伏企业因短期内股价大涨触发交易异动而发布公告作情况说明。 比如，东方日升(300118.SZ)股票交易价格在1月23日和1月26日连续两个交易日内收盘价涨幅偏离值累 计达到30.10%(超过30%);光伏电池片制造设备企业拉普拉斯(688726.SH)股票交易价格在1月22日、1月 23日、1月26日连续三个交易日内日收盘价格涨幅偏离值累计超过30%。据深圳证券交易所相关规定， 东方日升和拉普拉斯属于股票交易异常波动情形。 太空光伏能源，指的 ...

2026年2月2日，光伏板块快速拉升，东方日升触及涨停！光伏ETF华夏（515370）上涨1.47%，太空光 伏含量指数维度全市场第一。 资金面上，光伏ETF华夏（515370）近五日净流入超5100万元。 光伏ETF华夏（515370）及其联接基金（012885/012886）跟踪中证光伏产业指数，涉及光伏产业链 上、中、下游企业，包括硅片、多晶硅、电池片、电缆、光伏玻璃、电池组件、逆变器、光伏支架和光 伏电站等，能够更好的反映光伏产业整体表现。 （文章来源：每日经济新闻） ...

光伏ETF华夏及其联接基金5/跟踪中证光伏产业指数，涉及光伏产业链上、中、下游企业，包括硅片、 多晶硅、电池片、电缆、光伏玻璃、电池组件、逆变器、光伏支架和光伏电站等，能够更好的反映光伏 产业整体表现。 资金面上，光伏ETF华夏近五日净流入超5100万元。 2026年2月2日，光伏板块快速拉升，东方日升触及涨停！光伏ETF华夏上涨1.47%，太空光伏含量指数 维度全市场第一。 ...

电新周观点更新：好看太空光伏、储能、锂、钠电 锂电：全国容量电价政策落地，储能爆发确定 #周度变化：1）全国容量电价政策出台，预计储能IRR增加 3%以上，26年会有更多省份储能0-1；2）2月锂电排产 中枢环降10%+，排产淡季不淡；3）钠电宁德开启多个车企冬季测试，Q2有望批量出货。 电新周观点更新：好看太空光伏、储能、锂、钠电 锂电：全国容量电价政策落地，储能爆发确定 #周度变化：1）全国容量电价政策出台，预计储能IRR增加 3%以上，26年会有更多省份储能0-1；2）2月锂电排产 中枢环降10%+，排产淡季不淡；3）钠电宁德开启多个车企冬季测试，Q2有望批量出货。 看好环节排序：储能电芯（鹏辉）＞铁锂正极＞储能集成（海博）＞隔膜（恩捷）、铜铝箔（诺德、鼎胜）、 6F等。 #周度变化：风电板块业绩预告密集落地，受q4出货量下降和年底减值影响，业绩多数不及预期；其中主机板块低 价单已大幅出清，确定性底部已现，预计26Q1毛利率整体开启修复。 看好标的排序：首推金雷股份、大金重工以及主机（金风、三一、运达、明阳）；海风链—塔桩（泰胜、天 顺），海缆（东缆、中天），此外现阶段建议重点关注海力风电。 看好环节排 ...

Core Insights - The "space photovoltaic" concept has gained significant attention in the secondary market, largely influenced by Tesla CEO Elon Musk's endorsements [2] - The Wind Space Photovoltaic Index has risen by 19.83% over the past month, outperforming the Shanghai and Shenzhen 300 Index, which increased by 1.18% [2] - Several photovoltaic companies have experienced substantial stock price increases, with JunDa Co., Ltd. rising by 84.62% and Mingyang Smart Energy increasing by 60.22% in the last 20 days [2] Market Performance - The stock prices of companies like Dongfang Risen and Laplace have shown abnormal fluctuations, with price deviations exceeding 30% over consecutive trading days [3] - The space photovoltaic sector is characterized by its potential to harness solar energy in outer space, providing power to satellites and space stations [3] Industry Challenges - Despite the market enthusiasm, the commercialization of space photovoltaics faces significant uncertainties related to technology maturity and economic viability [4] - Industry insiders indicate that the application scenarios for space photovoltaics are still in the exploratory phase, with many companies not yet supplying products to commercial satellite firms [4] Technological Considerations - Current leading materials for space photovoltaics include gallium arsenide, which is costly at approximately 1000 RMB per watt, and perovskite, which faces stability issues in extreme space conditions [5] - The cost of electricity generated from space photovoltaics is estimated to be 2-3 USD per kilowatt-hour, significantly higher than the ground-based photovoltaic cost of 0.03-0.05 USD per kilowatt-hour [5] Future Outlook - Several A-share listed companies express optimism about the future of space photovoltaics, with potential market size reaching trillions as technology advances [5] - Companies like Trina Solar and HaiMuxing are actively collaborating with leading aerospace institutions to develop practical applications for space solar energy [5] - The commercialization of space photovoltaics is projected to gradually occur over the next 10 to 15 years as launch costs decrease and battery technologies improve [6]

Core Viewpoint - The "space photovoltaic" concept has become a major focus in the secondary market, significantly influenced by Tesla CEO Elon Musk's endorsements, with the relevant index rising 19.83% in the past month, outperforming the CSI 300 index by 18.65% [1] Market Performance - The space photovoltaic concept index has shown strong performance, with notable stock increases: JunDa Co., Ltd. up 84.62%, Mingyang Smart Energy up 60.22%, Jiejia Weichuang up 44.04%, Dier Laser up 41.54%, and Tuori New Energy up 35.94% over the past 20 days [1] - Several photovoltaic companies have experienced significant stock price surges, triggering trading anomalies, such as Dongfang Risheng and Laplace, both exceeding a cumulative price deviation of 30% within a short period [2] Industry Insights - Space photovoltaic energy refers to utilizing solar photovoltaic technology in outer space to generate and supply energy, with the potential to transmit power wirelessly to Earth or supply satellites and space stations [2] - The rationale for space photovoltaics includes abundant sunlight in space and the feasibility of deploying photovoltaic components on satellites, with near-Earth satellites experiencing over 60% sunlight exposure [2] Challenges in Industrialization - Despite the rising stock prices, the industry faces significant uncertainties regarding the industrialization of space photovoltaics, including technological maturity and economic viability for large-scale commercialization [3] - Current applications of space photovoltaics are still exploratory, with many companies in the secondary market not yet supplying products to commercial space satellite companies [3] - Analysts indicate that space photovoltaics are in the early stages of development, requiring validation of technology and economic benefits for large-scale applications [3] Technological Considerations - Gallium arsenide is the mainstream material for space photovoltaics, but its high cost (approximately 1000 RMB per watt) poses challenges for large-scale deployment [4] - Perovskite technology shows promise but has stability concerns in extreme space conditions, necessitating further validation [4] - Multiple technological routes are being explored, with a focus on solving power and cost issues as critical for the commercialization of space energy solutions [4] Cost Analysis - Current estimates suggest that the cost of electricity from space photovoltaics is around $2-3 per kilowatt-hour, compared to $0.03-0.05 per kilowatt-hour for ground-based photovoltaics, indicating a potential cost disparity of up to 100 times [5] - Companies like Trina Solar and HaiMuxing express optimism about the future of space photovoltaics, citing collaborations with leading aerospace institutions and advancements in reusable rocket technology [5] Commercialization Timeline - Predictions indicate that space photovoltaics may gradually commercialize over the next 10 to 15 years, contingent on decreasing launch costs and breakthroughs in battery technology [6]

Core Viewpoint - The "space photovoltaic" concept has gained significant attention in the secondary market, largely influenced by Tesla CEO Elon Musk's endorsements, with the relevant index rising 19.83% in the past month, outperforming the CSI 300 index by 18.65% [1] Market Performance - The space photovoltaic concept index has seen a notable increase, with specific stocks like JunDa Co., Ltd. rising by 84.62%, Mingyang Smart Energy by 60.22%, and Jiejia Weichuang by 44.04% over the past 20 days [1] - Several photovoltaic companies have experienced stock price surges, triggering trading anomalies, such as Dongfang Risheng and Laplace, which saw price deviations exceeding 30% [3] Technology and Feasibility - Space photovoltaic energy involves utilizing solar photovoltaic technology in outer space to generate and supply energy, with the potential for direct power transmission to Earth [3] - The advantages of space photovoltaic systems include abundant sunlight and reduced atmospheric interference, making them a viable option for satellite power supply [3] Industry Challenges - Despite the market enthusiasm, the space photovoltaic industry faces significant uncertainties regarding technological maturity, long-term reliability, and economic viability for large-scale commercialization [4][5] - Current applications are still in the exploratory phase, with many companies not yet supplying products to commercial space satellite firms [5] Technological Development - Various technological routes are being explored, with gallium arsenide being the mainstream material, but its high cost poses challenges for large-scale deployment [5][6] - The cost of space photovoltaic energy is currently estimated at $2-3 per kilowatt-hour, significantly higher than ground-based photovoltaic costs of $0.03-0.05 per kilowatt-hour, indicating a need for cost reduction and efficiency improvements [6] Future Outlook - Companies like Trina Solar and HaiMuxing express optimism about the future of space photovoltaic technology, citing collaborations with leading aerospace institutions and advancements in reusable rocket technology [6][7] - The commercial viability of space photovoltaic systems is projected to develop over the next 10 to 15 years, contingent on decreasing launch costs and breakthroughs in battery technology [7]