Important Matters - Rongda Photoelectric is expected to begin trial production of its first high-end photoresist dry film production line in the second half of 2026 [1] - Chip Energy Technology is conducting resource analysis and feasibility studies for the production of space photovoltaic components [1] - Jiashitang's controlling shareholder will change to Tongrentang Group, with the actual controller changing to Beijing State-owned Assets Supervision and Administration Commission, and the stock will resume trading [1] - Kailong High-tech plans to acquire 70% of Jinwangda's shares, with the stock resuming trading; Jinwangda specializes in precision transmission components [1] Investment Operations - Suzhou Gaoxin's investee, Su Gaoxin Venture Capital, has indirectly invested in Galaxy General Robotics through a fund [1] - Wangneng Environment plans to invest no more than 1.2 billion yuan to build a waste incineration power plant in Uzbekistan [1] - Fulian Precision Engineering is increasing capital and expanding shares in its subsidiary Jiangxi Shenghua in collaboration with CATL [1] - FAW Liberation intends to use no more than 10 billion yuan of its own funds for entrusted wealth management [1] - Hanjian Heshan plans to acquire 99.9978% of Xingfu New Materials, adding PEEK business [1] Contracts and Cooperation - Hongfuhan signed a contract worth 480 million yuan with Guangdong Quansiang to provide robotics and other products [1] - Aotwei reported that its photovoltaic equipment orders for the entire year of 2025 are at a historical low, with batch orders received for aluminum wire bonding machines and AOI inspection equipment [1] Share Buybacks - CATL has repurchased a total of 15.9908 million A-shares as of January 31, with a total transaction amount of 4.386 billion yuan [1] - Kweichow Moutai has repurchased 416,900 shares as of the end of January 2026, with a total payment of 571 million yuan [1] - Xingye Yinxin's director and vice president Sun Kai increased his holdings by 40,000 shares on February 3 [1]

据报道，在国家自然科学基金等项目资助下，暨南大学教授麦耀华团队与上海交通大学教授韩礼元团队 合作，采用非晶钝化策略提升大面积柔性钙钛矿组件的效率与稳定性，研究团队实现柔性电池24.52% 转换效率，10000次弯折后仍保持92.5%初始效率。 据悉，太阳电池阵的技术路线包括砷化镓、P型HJT和P型HJT/钙钛矿叠层等，当前主流方案是砷化镓太 阳能电池。砷化镓太阳能电池具有耐高温、抗辐射、高转换效率、轻薄等性能优势，但高成本(占卫星 制造成本的15-20%)和刚性基板限制其大规模应用。钙钛矿电池比功率可达23W/s，约为砷化镓的6至57 倍，且省去高价值占比的TCO玻璃环节，小面积拼装路线可降低设备折旧，适配太空轻量化需求。 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。瑞银集团近期预测，2026年全球太空光伏需求为0.3吉瓦，预 计2035年将飙升至115吉瓦，10年规模预计涨超300倍。 值得一提的是，多家上市公司已在钙钛矿赛道展开布局。天合光能近日在互动平台上透露，在太空光伏 相关的晶体硅电池(HJT等)、钙钛矿叠层电池、I ...

Group 1 - Jinan University and Shanghai Jiao Tong University teams achieved a flexible perovskite solar cell with a conversion efficiency of 24.52% and maintained 92.5% of its initial efficiency after 10,000 bends [1] - The current mainstream solar cell technology is gallium arsenide, which has advantages such as high temperature resistance and high conversion efficiency, but its high cost (15-20% of satellite manufacturing costs) limits large-scale applications [1] - Perovskite solar cells have a power density of 23W/s, significantly higher than gallium arsenide, and can reduce equipment depreciation by eliminating high-value TCO glass [1] Group 2 - The perovskite-silicon tandem solar cells are seen as a promising niche market for space applications, driven by clear national policies and diversified enterprises, with expectations for commercial breakthroughs between 2028 and 2030 [2] - SpaceX plans to launch up to 1 million satellites to create an "orbital data center," which could revolutionize energy efficiency by utilizing solar energy in space [2] - The International Telecommunication Union predicts that by the end of 2025, over 100,000 low-Earth orbit satellites will be registered, indicating a strong demand for satellite launches [2] Group 3 - UBS predicts that global demand for space photovoltaics will rise from 0.3 GW in 2026 to 115 GW by 2035, representing a growth of over 300 times in ten years [3] - Several listed companies are actively investing in the perovskite sector, with Trina Solar revealing its long-term layout in crystalline silicon batteries and perovskite tandem batteries [3] - Companies like Dike Co. and Shanghai Port Bay are expanding into space photovoltaic applications, with Dike focusing on electronic paste and Shanghai Port Bay's subsidiary working on satellite energy systems [3] Group 4 - Guosheng Securities notes that Chinese photovoltaic companies with aerospace certification and delivery capabilities are transitioning from ground support to core space applications, indicating a potential growth area in space photovoltaics [4] - Guohai Securities highlights the increasing demand for space photovoltaics, driven by the rise in satellite launches and the shift from communication satellites to more power-intensive computing satellites [4] Group 5 - JunDa Co. is entering the low Earth orbit and space photovoltaic market by investing 30 million yuan for a 16.67% stake in Shanghai Xingyi Xinneng [6] - GCL-Poly achieved a breakthrough in GTC perovskite tandem battery technology with a conversion efficiency of 33.31% and is applying for patents to enhance battery performance [6] - Aerospace Holdings is involved in satellite manufacturing and space energy, possessing relevant technology reserves for satellite energy systems [6]

Core Viewpoint - The A-share photovoltaic sector is experiencing a recovery phase in 2026, driven by policy adjustments and stabilized industry chain prices, leading to significant structural differentiation within the industry [1][2]. Group 1: Market Performance - The photovoltaic concept index in A-shares rose by 5.99% on February 3, 2026, and has accumulated a 21.42% increase year-to-date [2]. - The current market sentiment reflects a consensus that the industry's darkest period has passed, with a shift from a one-sided decline to a stabilization phase [2]. Group 2: Structural Changes - The industry is expected to enter a deep restructuring phase in 2026, moving away from a broad-based uptrend driven by demand surges to a more competitive landscape focused on technology, brand strength, and cash flow [2][3]. - Companies with strong technological capabilities, global channel layouts, and healthy cash flows are anticipated to outperform, with leading firms likely to gain valuation premiums through market share concentration [2][3]. Group 3: Policy and Competitive Landscape - The transition from a focus on scale expansion to value creation is driven by a reduction in the marginal returns of scale due to overcapacity [4]. - The competitive logic is shifting towards three dimensions: technology premium, brand and service capabilities, and intellectual property barriers [4][6]. - Policies aimed at curbing low-cost bidding and promoting high-quality development are reshaping the competitive landscape, with a focus on sustainable profit margins [7][8]. Group 4: Technological Advancements - The industry is moving towards high-quality development driven by technology and cash flow, with investment opportunities concentrated in leading enterprises [7]. - New battery technologies and the integration of solar and storage systems are identified as key growth areas, with advancements in BC technology and high-efficiency TOPCon expected to drive future performance [8]. Group 5: Emerging Opportunities - The rise of space photovoltaics presents new opportunities, although it currently does not alter the core investment logic of ground-based photovoltaics [4][5]. - The focus on customized, precision manufacturing for space applications contrasts with traditional mass production, indicating a shift in manufacturing strategies [5][6].

Group 1 - The report indicates that the recent market adjustment pressure has been released, leading to a rebound, with popular sectors experiencing valuation recovery [6] - It maintains a cautiously optimistic view for February, suggesting that while the A-share index may struggle, there is potential for valuation recovery in the H-share market [6] - The report emphasizes the importance of mid-cap blue-chip stocks, particularly in the agricultural sector, as they are expected to continue performing well due to their risk characteristics [6] Group 2 - The renewable energy sector is highlighted as a cornerstone for carbon reduction, with significant growth expected in wind and solar installations during the 14th Five-Year Plan period [3] - The report anticipates over 50% growth in energy storage installations by 2025, driven by high demand in the renewable energy sector [3] - It suggests focusing on high-growth technology-related stocks within the renewable energy space [3] Group 3 - The report discusses the increasing certainty of mass production for humanoid robots, particularly with Tesla's advancements in this area [4] - It identifies investment opportunities in components related to robotics, such as sensors and flexible protective layers, as the industry moves towards more human-like robots [4] - Companies with proven manufacturing and management capabilities in automotive and machinery parts are expected to gain higher market shares [4]

Group 1 - India has introduced a new e-B-4 electronic business visa for Chinese citizens to facilitate the entry of professionals in engineering and technical fields, which has led to an increase in Chinese companies sending employees to India [1] - The approval process for business visas has significantly improved, with higher approval rates and shorter processing times, addressing the issue of "having orders but no personnel" for Chinese companies in India [2] - The renewable energy sector, particularly in solar and wind power, is a key area where India requires Chinese talent, as the country aims to achieve 500 GW of non-fossil energy capacity by 2030 [2] Group 2 - Bilateral trade between China and India has been growing, with China becoming India's largest trading partner, reaching a trade volume of $110.2 billion from April to December 2025 [3] - India has developed some manufacturing capabilities in wind energy components, while China excels in core components and specialized engineering equipment, indicating a complementary relationship [3] - Indian imports of engineering products from China amounted to approximately $24 billion from April to October 2025, reflecting a 12.6% increase year-on-year, with significant reliance on Chinese machinery in various sectors [4] Group 3 - Despite improvements in visa policies, challenges remain, such as lengthy approval times and the requirement for a guarantee letter from Indian companies, which can complicate the application process [5][6] - The Indian government is reconsidering its previous restrictions on Chinese investments, recognizing the need for collaboration in sectors like renewable energy and advanced manufacturing [9] - There is a growing acknowledgment within India that foreign capital should be assessed based on its economic impact rather than nationality, leading to potential policy adjustments to attract investment [9]

本公司董事会及全体董事保证公告内容不存在任何虚假记载、误导性陈述或者重大遗漏，并对其内容的 真实性、准确性和完整性依法承担法律责任。 天合光能股份有限公司（以下简称"公司"）于2026年1月23日召开公司第三届董事会第四十次会议，审 议通过了《关于〈天合光能股份有限公司2026年限制性股票激励计划（草案）〉及其摘要的议案》等相 关议案。根据《上市公司股权激励管理办法》（以下简称"《管理办法》"）等相关规定，公司对《天合 光能股份有限公司2026年限制性股票激励计划（草案）》（以下简称"《激励计划（草案）》"）中首次 授予激励对象名单在公司内部进行了公示，公司董事会薪酬与考核委员会结合公示情况对拟激励对象进 行了核查，相关公示情况及核查意见如下： 一、公示情况及核查方式 1、公示情况 公司于2026年1月24日在上海证券交易所网站（http://www.sse.com.cn）披露了《激励计划（草案）》及 其摘要公告、《天合光能股份有限公司2026年限制性股票激励计划实施考核管理办法》《天合光能股份 有限公司2026年限制性股票激励计划首次授予激励对象名单》（以下简称"《激励对象名单》"）。 公司于2026年1月 ...

商报讯(记者苗露)昨日，A股强势反弹，沪指午后涨超1%，深证成指涨超2%；港股午后止跌，恒生指 数翻红。截至下午收盘，沪指涨1.29%报4067.74点，深证成指涨2.19%，创业板指涨1.86%，北证50指数 涨3.27%，沪深北三市合计成交约2.57万亿元。 从盘面上看，商业航天概念再度爆发，太空光伏概念拉升，CPO概念崛起，炬光科技涨超18%，盘中突 破300元大关，创历史新高。半导体板块亦走高。此外，近两日大幅回调的黄金概念亦有所反弹，湖南 黄金（002155）午后涨停，紫金矿业（601899）涨约6%。总的来说，A股全市场涨多跌少，超4800股 飘红。 商业航天概念爆发 国信证券研报称，当前金价波动对板块虽有短期情绪影响，但在当前行业增长逻辑转向依赖品牌建设、 工艺创新和文化叙事能力带来的"α收益"下，预计实际基本面影响相对平稳。黄金珠宝行业岁末迎来消 费旺季，板块整体估值处于低位，金价短期波动未影响核心龙头的增长逻辑，投资金业务占比较高企 业，以及具备一口价产品力的公司，仍有望实现稳定成长。 太空光伏概念活跃 受商业航天概念爆发的影响，光伏设备板块近期持续走强，昨日太空光伏概念盘中走势活跃，成分股 ...

Core Viewpoint - The A-share photovoltaic sector is experiencing a recovery phase driven by policy adjustments and stabilization of industry chain prices, with a significant structural differentiation expected in 2026 [1][2] Market Performance - The photovoltaic concept index surged by 5.99% on February 3, 2026, and has accumulated a 21.42% increase year-to-date, indicating a consensus that the industry's darkest period has passed [2] - The current market trend reflects a shift from a one-sided decline to a stabilization phase, with funds beginning to cautiously allocate towards leading companies capable of withstanding economic cycles [2] Structural Changes - The industry is expected to undergo significant structural differentiation in 2026, moving away from a broad-based uptrend driven by demand surges to a more competitive landscape focused on technology, brand strength, and cash flow [2][3] - The investment focus will shift from pure manufacturing to companies that can provide comprehensive solutions, possess strong brand premiums, and have unique advantages in niche markets [3] Policy Impact - Recent policies, including reduced export tax rates and anti-monopoly measures, signify a transition from extensive growth to high-quality development in the Chinese photovoltaic industry [3] - The reduction of aggressive bidding practices and the disappearance of tax incentives are pushing companies to maintain profit margins and stabilize prices within the industry chain [3][8] Competitive Dynamics - The competition is shifting from scale expansion to value creation, driven by diminishing returns on scale due to overcapacity [4] - The new competitive logic emphasizes three dimensions: technology premium, brand and service capabilities, and intellectual property barriers [4][7] Emerging Opportunities - The rise of commercial space-related industries and the potential for space photovoltaics are opening new avenues for investment, although ground-based photovoltaics remain the primary focus [4][5] - The transition from low-cost competition to high-value offerings is expected to reshape the industry landscape, with a focus on performance over cost in space photovoltaics [5][6] Investment Focus - Short-term investment opportunities are concentrated in leading companies within the main industry chain, driven by policy changes aimed at curbing low-price competition [8] - Long-term growth prospects are linked to advancements in battery technologies and the integration of solar and storage solutions, addressing grid consumption challenges [9]

Core Viewpoint - The A-share photovoltaic sector is experiencing a recovery phase in 2026, driven by policy adjustments and stabilized prices within the industry, leading to significant structural differentiation and a shift in competitive logic from scale expansion to technology, brand, and cash flow competition [1][2]. Market Performance - The photovoltaic concept index in A-shares rose by 5.99% on February 3, 2026, and has accumulated a 21.42% increase year-to-date, indicating a consensus that the industry's darkest period has passed and a recovery is underway [1]. Structural Differentiation - The photovoltaic sector is expected to see increased differentiation and structural recovery in 2026, with a shift away from the previous broad-based growth driven by demand surges. Companies with technological capabilities, global channel layouts, and healthy cash flows are likely to outperform [2]. Policy Impact - Policies such as reduced export tax rates and anti-monopoly measures signify a transition from extensive expansion to high-quality development in the Chinese photovoltaic industry. This shift is leading to a stabilization of industry chain prices and a focus on maintaining reasonable profit margins [2][6]. Shift in Competitive Logic - The competition in the photovoltaic industry is transitioning from scale-based strategies to value-based strategies, focusing on technology premiums, brand and service capabilities, and intellectual property barriers. This change is driven by diminishing returns from scale effects due to overcapacity [3][5]. Emerging Opportunities - The rise of commercial space-related industries and the potential for space photovoltaics present new investment opportunities, although ground-based photovoltaics remain the primary focus for energy transition and carbon neutrality [4]. Growth Drivers - The core growth opportunities in the photovoltaic industry are now centered on leading enterprises in the main industry chain, driven by policies aimed at curbing low-price competition and promoting supply-side reforms [6]. Technological Advancements - New battery technologies and the integration of energy storage are critical for industry growth, with advancements in BC technology and high-efficiency TOPCon being key areas of focus. These technologies are expected to enhance conversion efficiency and reduce costs [6][7]. Energy Storage Integration - The integration of energy storage is essential for overcoming grid consumption bottlenecks, with increased storage capacity helping to reduce curtailment rates and create new grid connection opportunities for photovoltaic plants [7].