Core Viewpoint - The dual-driven logic of "manufacturing advantages + technological innovation" remains solid, and current adjustments provide opportunities for long-term investment [1]. Group 1: Market Outlook for 2025 - The market in 2025 is divided into three phases: - The first phase from post-Spring Festival to April focuses on technology revaluation, driven by the international recognition of the DS model, with strong performances from Hong Kong internet giants and A-share tech companies [5]. - The second phase from May to September highlights accelerated AI capital expenditure and overseas expansion trends, with record-breaking collaborations in innovative drugs and enhanced competitiveness in the energy storage sector driving related stocks up [5]. - The third phase in the fourth quarter shifts towards expectations of PPI recovery due to "anti-involution" policies, benefiting cyclical sectors like chemicals [5]. - The non-ferrous metals industry is a consistent highlight throughout the year, with precious metals performing strongly in a weak dollar environment, leading to increases in industrial metals like copper and silver [5]. Group 2: Investment Opportunities for 2026 - Four key industrial tracks are identified for investment based on the "14th Five-Year Plan": - The AI industry remains central, with a focus on computing power investment as domestic internet companies are expected to significantly increase capital expenditure, benefiting the domestic computing power supply chain [6]. - The overseas expansion of the renewable energy sector, particularly in energy storage and electric vehicles, continues to be promising due to declining lithium battery costs and global energy transition demands [6]. - The commercial aerospace sector is entering an acceleration phase, supported by policy and industry resonance, with significant satellite reserves laid out for industry development [6]. - The internationalization of innovative drugs is progressing, with Chinese companies moving from licensing to direct overseas expansion, showcasing competitive R&D efficiency in large molecule drugs [6]. Group 3: Strategies for Market Volatility - Recent market volatility is attributed to rapid price increases raising demand concerns and emotional disturbances from uncertain events. A strategy of "not chasing high prices, focusing on valuation, and looking long-term" is recommended [7]. - For high-priced assets, careful evaluation of the potential for exceeding performance expectations is necessary, while solid companies with growth potential present opportunities during short-term adjustments [7]. - In managing product portfolios, dynamic adjustments are made through in-depth industry research, tracking changes in competitive landscapes, and timely adjustments to overvalued assets while focusing on undervalued companies with significant growth potential [7]. Group 4: Investment Strategy for the Year of the Horse - The overall market outlook for 2026 is optimistic, with the capital market remaining in a favorable environment. Continuous technological advancements and enhanced competitiveness in high-end manufacturing are expected to support corporate profitability and market stability [8]. - The market is anticipated to trend upward with fluctuations, necessitating a focus on rhythm and structural opportunities. Identifying certainty amid volatility through in-depth research and patient holding is expected to yield good returns [8].

证券日报网讯 2月12日，中集集团在互动平台回答投资者提问时表示，储能路线方面，公司不断构建储 能产业链集成能力，产品覆盖发电侧、电网侧及工商业储能系统，并与海外大型风力发电运营商建立稳 固合作。当前，中集储能装备已广泛交付至亚洲、北美、欧洲等全球主要市场，储能装备累计出货量折 合能量规模超100GWh，处于全球领先地位；同时，中集储能持续拓展多元化应用场景，已成功在城市 超充、绿色交通、港口岸电、数据中心、高耗能工业等场景落地示范性项目，产品力与交付力获市场认 可。公司会继续通过加深核心客户合作、差异化竞争、创新商业模式等举措，紧抓市场机遇，促进储能 业务健康可持续发展。 （文章来源：证券日报） ...

Core Viewpoint - The energy storage industry is undergoing significant transformation, moving from "scale construction" to "high-quality development" by 2026, with a focus on market-driven mechanisms and technological advancements [3][20]. Industry Overview - In 2025, the global solar-storage industry continued to grow rapidly, with new solar installations exceeding 500 GW and cumulative energy storage installations surpassing 300 GWh, reflecting a nearly 70% year-on-year growth [8]. - The shift from administrative pricing to market pricing is reshaping the energy storage landscape, with peak-valley price differences transitioning from nominal expansion to actual contraction [3][19]. Technological Advancements - AI and energy revolution are closely intertwined, with the need for companies to embrace AI to remain competitive [11][12]. - The integration of AI and energy solutions is expected to drive innovation and operational efficiency in the energy sector [11][12]. Market Dynamics - The cancellation of mandatory energy storage requirements for new renewable energy projects marks a significant shift in market logic, emphasizing operational profitability over policy-driven growth [22]. - The energy storage market is expected to see a transition from short-term arbitrage to long-term, diversified revenue streams, necessitating a focus on comprehensive service capabilities [18][19]. Company Strategies - Companies like Ronghe Yuanshu are emphasizing the long-term operational value of energy storage assets, focusing on data-driven approaches and ecosystem development [16]. - Hai Bo Si Chuang has achieved significant milestones with large-scale energy storage projects and strategic partnerships, aiming to break industry barriers through innovation [17]. - Penghui Energy highlights the importance of profitability as a key determinant for project viability, shifting the focus from policy mandates to market demand [20]. Future Outlook - The energy storage industry is expected to face three main challenges: the AI technology revolution, the third energy revolution driven by energy security, and geopolitical uncertainties affecting supply chains [11][14]. - Companies are urged to adapt to the evolving market by enhancing their operational capabilities and focusing on long-term value creation rather than short-term gains [21][27].

Core Viewpoint - The article emphasizes the significance of large-scale fire testing for energy storage systems, particularly the 6.25MWh long-duration storage system, as a critical safety validation step for the industry [2][3][5]. Group 1: Testing and Safety Validation - The large-scale fire test conducted by Haicheng Energy for the 6.25MWh long-duration storage system is the first of its kind globally, marking a key milestone in safety verification for next-generation energy storage systems [3][4]. - The test adhered to the latest standards of UL 9540A 2025 and NFPA 855-2026, demonstrating that the high-energy density system exhibited stable and controllable safety performance under extreme conditions [2][5]. - The testing conditions included extreme scenarios such as "full open burning" and "maximum spacing," which provided important practical references for the industry's fire testing evolution [5][9]. Group 2: Industry Implications - The successful fire test signals that large-capacity cells may enter a period of centralized validation, addressing industry concerns regarding safety during thermal runaway events [11][13]. - The test fills a significant gap in safety verification for lithium battery long-duration storage systems, providing crucial data to support the commercial application of 4-hour and longer storage solutions [14]. - The results indicate that safety is becoming a core competitive signal in the energy storage industry, shifting the focus from cost competition to technological and safety advancements [15][19]. Group 3: Safety Design Innovations - Haicheng Energy's innovative safety design includes a multi-layered safety protection system that effectively manages thermal runaway risks, ensuring that high-temperature gases are quickly vented to prevent explosions [16][18][21]. - The structural integrity of the storage system was maintained during the test, with no deformation or collapse observed, demonstrating the effectiveness of the fire isolation and heat insulation measures [9][21]. - The design philosophy emphasizes a comprehensive safety approach that integrates cell, module, and system-level protections, establishing a benchmark for safety in the energy storage sector [18][19].

今日，储能电池ETF易方达(159566)标的指数大涨近3%，成份股申菱环境大涨17%，英维克、科士达涨 停，该标的指数年初至今上涨5.51%。 消息面上： ①国家级收益兜底政策发布后，储能再迎涨价，反映出需求高度景气。近日华电12GWh储能系统开 标，平均报价达到0.55元/Wh，较此前明显上涨，反映出当前供需偏紧的高景气状态！ ②美股液冷服务器龙头Vertiv（维谛技术）在2025财年第四季度财报超预期以及强劲的业绩指引驱动 下，隔夜股价大涨超24%，续创历史新高。 ③2月11日，科士达在投资者互动平台表示，公司与字节跳动、阿里巴巴、京东、快手、万国数据、世 纪互联等头部企业有着深度合作。 2026年刚开篇，储能行业就迎来了一场政策春风——国家发展改革委、国家能源局联合印发《关于完善 发电侧容量电价机制的通知》（以下简称"114号文"），于2月正式对外公布实施。 这是储能行业发展史上里程碑式的政策，文件首次在国家层面将新型储能纳入容量电价体系，为调节性 电源构建了清晰、稳定、可持续的收益框架，标志着储能从 "政策依赖型" 向 "价值驱动型" 转型，打破 了储能行业长期"看天吃饭"的困境。而其中按放电时长折 ...

Core Viewpoint - The article emphasizes the launch of the all-liquid-cooled silicon carbide (SiC) commercial energy storage integrated machine by Dongfang Risen, addressing key issues in commercial energy storage such as revenue stability, efficiency loss, and operational complexity [2]. Group 1: Technical Upgrades - The all-liquid-cooled SiC energy storage system achieves a system-level technical upgrade, resulting in an additional annual cycle energy of approximately 12,210 kWh compared to traditional air-cooled systems, leading to an overall revenue increase of over 9,000 yuan based on a 330-day calculation [4]. - The PCS power has been increased from 125 kW to 131 kW, enhancing charging and discharging capabilities for high-frequency operations [6]. - The introduction of SiC MOSFETs increases switching frequency to three times that of traditional IGBTs, reducing device losses by 40% and improving maximum efficiency to 99.1% [6]. Group 2: Installation and Deployment - The product features a standard cabinet and highly integrated design, allowing for batch stocking and flexible allocation, with single cabinet installation completed in 20 minutes [8]. - The system can automatically identify and connect devices after power-up, enabling the entire station to be operational within 30 minutes [8]. Group 3: Flexibility and Adaptability - The modular system allows for flexible allocation of energy storage resources, enabling the repurposing of redundant standard cabinets from existing sites to new projects, thus avoiding downtime during upgrades [9]. - The system can adapt to changes in electricity prices and policies, extending the overall revenue cycle of projects [9]. Group 4: Safety and Reliability - The product offers multi-dimensional protection with an IP66-rated PCS and optional IP67-rated PACK, suitable for various complex environments [12]. - A three-tier fire protection system, combined with AI health management, ensures precise monitoring and rapid response to potential thermal runaway situations [12]. Group 5: AI and EMS Integration - The system utilizes AI for predictive analysis and EMS for intelligent scheduling, reducing reliance on manual experience and improving decision-making speed and accuracy [13]. - Actual operational data indicates that AI strategies can enhance daily revenue by approximately 20%, with a 15% increase in scenarios involving reverse flow [13]. Group 6: Grid Compatibility - The system is designed to operate effectively in complex grid environments, stabilizing voltage and frequency under weak grid or load fluctuation conditions [15]. - It optimizes active and reactive power output, maintaining a power factor above 0.98, thereby reducing losses from harmonics and phase imbalance [15].

Core Viewpoint - The article highlights the successful launch of the world's first large-scale application of the 628Ah energy storage battery system, marking a significant advancement in the energy storage industry and establishing a solid foundation for high-quality development in this sector [2][3]. Group 1: Project Launch and Collaboration - On January 31, 2026, a 400MWh energy storage power station utilizing 628Ah batteries officially commenced operations, featuring 80 sets of 628Ah batteries integrated into a 5MWh storage DC system [2]. - A strategic cooperation agreement for a future 10GWh large battery system was signed between Beijing State Grid Technology and EVE Energy, elevating their collaboration to a new strategic level [2][4]. Group 2: Technological Advancements - The successful implementation of the 200MW/400MWh independent energy storage project demonstrates that the 628Ah large battery technology is fully capable of supporting stable and efficient operation in grid-level projects [3]. - EVE Energy has achieved significant milestones with over 1 million large batteries produced, validating both the scale of manufacturing and the maturity of the technology [3]. Group 3: Industry Positioning and Future Directions - The collaboration between EVE Energy and State Grid Technology signifies a shift from single project delivery to a long-term, deep strategic partnership focused on future growth [4][6]. - EVE Energy aims to lead the industry towards a more sustainable direction by enhancing core technology, system value, and ecological capabilities, while continuing to innovate and expand the application of reliable energy storage technologies [8].

Core Viewpoint - The article discusses the increasing importance of safety in large-scale energy storage systems, emphasizing the need for thorough testing under real conditions to understand potential risks and responses in worst-case scenarios [2][15]. Group 1: Testing and Safety Standards - The SolaX Power ORI 5MWh large energy storage system underwent a real cell explosion test under the UL 9540A:2025 standard proposal framework, highlighting the necessity for comprehensive safety evaluations [2][4]. - Appendix C of the standard requires testing under real conditions to observe the overall behavior post-explosion, including structural stability and the effectiveness of venting systems [4]. - The test was designed to replicate the most extreme conditions, with the ignition point strategically placed to challenge the system's structural integrity and pressure relief pathways [8]. Group 2: Test Results and System Performance - During the explosion, the ORI large energy storage system performed as expected, providing critical empirical evidence for system-level safety design [9]. - The explosion venting structure functioned as designed, with the container doors remaining closed and showing no significant deformation, while the overall structure did not rupture [10]. - No debris or fragments were observed to be ejected during the test, indicating no additional risk to surrounding personnel or the environment [10]. Group 3: Commitment to Safety - The engineering team from UL Solutions noted that the test aimed to optimize the severity and realism of the explosion, while also addressing inherent uncertainties associated with real lithium-ion battery cells [12]. - The R&D team at SolaX Power emphasized that product safety is a fundamental aspect of their development process, not merely a compliance checkpoint, and they are committed to rigorous testing to mitigate risks before system deployment [14][15]. - SolaX Power plans to continue collaborating with international authorities like UL Solutions to enhance the safety levels of energy storage systems, thereby establishing a more robust safety foundation for long-term applications in the global energy system [15].

证券日报网讯2月12日，智光电气（002169）在互动平台回答投资者提问时表示，公司平远独立储能电 站(一期)已并网，预计一季度内将正式进入商运。 ...

Core Insights - The 14th International Energy Storage Summit and Exhibition (ESIE2026) will take place from March 31 to April 3, 2026, in Beijing, focusing on "Scenario Innovation, Value Reconstruction, and Global Win-Win" [1] - The exhibition will cover an area of 160,000 square meters, featuring over 800 leading exhibitors and more than 200,000 professional visitors, making it a key event in the global energy storage sector for 2026 [1][3] - All exhibition spaces in the four major pavilions (A1, A2, B1, B2) have been sold out, indicating strong interest from top companies in the energy storage industry [1][3] Exhibition Details - The exhibition will include eight cutting-edge technology forums, dozens of vertical industry exchange activities, and over 150 global product launches, creating a comprehensive platform for industry communication [1] - The layout of the exhibition is designed to align with the development trends of the energy storage industry, with pavilions focusing on core technologies, international battery materials, and practical applications across various sectors [4][5] - Major companies such as CATL, Sungrow, and CRRC will showcase their core technologies and innovative products in dedicated pavilions, highlighting the event's significance [3][5] Networking and Forums - ESIE2026 will serve as a platform for industry exchange, resource integration, and value reconstruction, featuring high-level forums on energy storage market trends and investment innovations [7] - The event will also include specialized activities focusing on zero-carbon parks, data center operations, and energy storage system collaborations, promoting effective integration of storage technologies with end-user demands [7] - The exhibition is open to global professional visitors for free, encouraging industry professionals to register in advance to participate in this significant annual event [7]