根据陕煤集团信息，半固态电池的工艺迭代方向聚焦于与现有软包工艺的兼容性，具体包含两条技术路 线：路线一是在隔膜涂覆固态电解质层、正极掺混固态电解质的基础上降低电解液用量；路线二则是增 加原位固化工艺，通过电解液凝胶化来降低液相组分，在设备层面，该工艺可分为热固化、电化学固 化、紫外线固化三类，热固化设备能与传统锂电产线的热压工艺设备兼容，电化学固化和紫外线固化则 只需调整化成工艺并增加对应设备，对现有产线的影响相对较小。 智通财经APP获悉，华源证券发布研报称，固态电池产业正加速形成"材料-设备-制造-应用"全链条协同 创新格局。参考三个皮匠报告网调查报告，在中游制造环节，头部企业通过半固态量产验证与全固态中 试线布局构建技术护城河，2026年或将成为产能释放关键窗口期。与传统液态电池相比，固态电池前 段、中段设备价值量占比进一步提升，前段从传统液态的31%提升至35%-40%，中段从传统液态的40% 提升至40%-45%，前中段合计占比达80%左右，成为设备升级的核心增量环节。 华源证券主要观点如下： 发展：全球全固态电池有望在2027年前达到GWh级量产，材料与工艺设备协同创新 固态电池产业正加速形成"材 ...

Investment Rating - The report indicates a positive outlook for the solid-state battery industry, projecting GWh-level mass production by 2027, driven by collaborative innovation across the entire supply chain [2][6][12]. Core Insights - The solid-state battery industry is rapidly forming a collaborative innovation pattern across "materials, equipment, manufacturing, and applications," with significant advancements expected in materials and processes [6][20]. - Major players like CATL and BYD are expected to dominate the market, focusing on high-end applications in electric vehicles and energy storage [20][21]. - The demand for high-performance batteries is increasing due to the rapid growth of the global electric vehicle market, with solid-state batteries emerging as a strong competitor [20][21]. Summary by Sections Development - Global solid-state batteries are expected to achieve GWh-level mass production by 2027, with a focus on material innovation and process optimization [6][9]. - The supply chain is anticipated to mature over the next 3-5 years, with commercial viability expected around 2030 [9][10]. Process - The electrolyte film formation process is critical, influencing the thickness and ionic conductivity of solid electrolyte membranes [22][23]. - Two main technical routes for semi-solid batteries are identified: one focuses on reducing electrolyte liquid usage, while the other emphasizes in-situ curing processes [22][23]. Equipment - The global solid-state battery equipment market is projected to reach 12 billion yuan by 2026, with significant demand for new equipment such as dry electrode preparation and isostatic pressing [31][32]. - The value share of equipment in the front and middle stages of solid-state battery production is expected to increase significantly compared to traditional liquid batteries, with a combined share of around 80% [32][36]. Key Company Updates - Naconor has successfully delivered high-speed wide-format dry electrode equipment to leading domestic manufacturers, marking a significant milestone in solid-state battery production [4.1][21]. - Lingge Technology has secured contracts for solid-state sulfide systems and is advancing its solid electrolyte pilot line [4.2][26]. - Litong Technology is developing isostatic pressing equipment to enhance the interface density between solid electrodes and solid electrolytes [4.3][41]. - Wuhan Blue Electric is focusing on high-precision testing equipment for solid-state batteries, capable of stable testing under low currents [4.4][30].

Group 1 - The core viewpoint is that solid-state batteries are expected to enter a critical phase in 2026, with vehicle-grade packs beginning road tests in H1 and mass production lines expected to be established in H2, driven by GWh-level production line tenders and new vehicle models appearing in the Ministry of Industry and Information Technology directory [1] - In 2025, the industrialization of solid-state batteries is accelerating, with vehicle-grade cells expected to be produced in H1 and pilot lines established in H2, leading to two major market surges [1] - The key catalysts for 2026 are the tenders for GWh-level production lines and the road testing of solid-state related vehicle models, which may lead to significant market movements similar to those in 2025 [1] Group 2 - Solid-state batteries are naturally suited for space applications due to their wide temperature range, high safety, and energy density, making them ideal for extreme conditions such as vacuum and high radiation [2] - The annual demand for solid-state batteries in satellite applications is expected to reach tens to hundreds of GWh, with additional potential in deep space exploration and lunar bases [2] - Investment recommendations include focusing on four main lines: battery segment led by CATL, equipment segment with companies like Xianhui Technology, materials segment with lithium sulfide and electrolytes, and new technologies with firms like Zhongyi Technology [2]

深度！【东吴电新】固态电池：技术突破装车在即，太空领域打开想象空间 25年看，固态电池产业化加速，H1车规级电芯下线，H2中试线落地，带来两轮主升浪行情。 26年看，固态电池进入关键期，H1车规级Pack下线，开启装车路试验证，H2预计量产线落地。 我们认为26年核心催化点在于GWh级量产线的 深度！【东吴电新】固态电池：技术突破装车在即，太空领域打开想象空间 26年看，固态电池进入关键期，H1车规级Pack下线，开启装车路试验证，H2预计量产线落地。 我们认为26年核心催化点在于GWh级量产线的招标+固态相关车型的路试，有望带来类比25年两轮大级别的行情， 建议重点关注头部企业的产线招标情况，以及后续亮相工信部申报名录的新车型。 #具备宽温域+高能量+安全性、固态电池天然适配太空领域。 #固态26年进入路试阶段、边际变化从电芯转为Pack、重点关注车型路试进展。 #固态26年进入路试阶段、边际变化从电芯转为Pack、重点关注车型路试进展。 25年看，固态电池产业化加速，H1车规级电芯下线，H2中试线落地，带来两轮主升浪行情。 固态电池在卫星领域每年需求有望达几十甚至上百GWh，此外还有深空探测器、月球基地等 ...

Investment Rating - The report suggests a positive investment outlook for the solid-state battery industry, highlighting key players and sectors to focus on [2][11]. Core Insights - The solid-state battery industry is entering a critical phase in 2026, with significant advancements expected in the production of battery packs and vehicle testing [2][14]. - Solid-state batteries are particularly suited for space applications due to their wide temperature range, high energy density, and safety features [27][32]. - The report emphasizes the importance of policy support and technological advancements in driving the commercialization of solid-state batteries [11][24]. Summary by Sections Part 1: Transition from Cell to Pack - The focus is shifting from cell production to pack development, with significant attention on vehicle testing progress [5][14]. - The timeline indicates that 2025 will see the rollout of vehicle-grade cells, while 2026 will focus on pack production and testing [11][12]. Part 2: Adaptation to Space Environment - Solid-state batteries are designed to operate in extreme conditions, making them ideal for space applications [27][32]. - The demand for solid-state batteries in the space sector could reach tens to hundreds of GWh annually as technology matures [32][29]. Part 3: Equipment and Material Dynamics - The equipment sector is expected to benefit first from the expansion of solid-state battery production, with a focus on key players in the equipment supply chain [37][41]. - The materials sector is becoming increasingly competitive, with various players working on cost reduction and efficiency improvements [60][62]. Part 4: Investment Recommendations - The report recommends focusing on leading battery manufacturers, equipment suppliers, and material producers, highlighting specific companies for investment [2][11]. - Key players include CATL, Gotion High-Tech, and others in the battery production and equipment sectors [2][11].

智通财经APP获悉，东吴证券发布研报称，政策端是固态电池产业化的核心驱动力，国家多部门重点支 持固态电池，技术聚焦硫化物全固态，剑指27年装车示范性运营。固态电池在国家的大力支持下，25年 来产业链发展迅速。26年看，固态电池进入关键期，H1车规级Pack下线，开启装车路试验证，H2预计 量产线落地。该行认为26年核心催化点在于GWh级量产线的招标+固态相关车型的路试，有望带来类比 25年两轮大级别的行情，建议重点关注头部企业的产线招标情况，以及后续亮相工信部申报名录的新车 型。 东吴证券主要观点如下： 固态26年进入路试阶段，边际变化从电芯转为Pack，重点关注车型路试进展。25年看，固态电池产业 化加速，H1车规级电芯下线，H2中试线落地，带来两轮主升浪行情。26年看，固态电池进入关键期， H1车规级Pack下线，开启装车路试验证，H2预计量产线落地。该行认为26年核心催化点在于GWh级量 产线的招标+固态相关车型的路试，有望带来类比25年两轮大级别的行情，建议重点关注头部企业的产 线招标情况，以及后续亮相工信部申报名录的新车型。 具备宽温域+高能量+安全性，固态电池天然适配太空领域。太空体系具备真空、极 ...

Investment Rating - The investment rating for the industry is "Overweight" indicating an expectation for the industry to outperform the overall market performance [74]. Core Insights - The report highlights significant breakthroughs in quantum key distribution networks, with the successful construction of the world's first large-scale quantum key distribution network based on integrated optical quantum chips, supporting 20 chip users and a networking capability of up to 3700 kilometers [13][18]. - Fujida (920640.BJ) is identified as a representative company in the quantum industry chain, having made early investments in quantum technologies and achieving key technical breakthroughs in low-temperature superconducting RF cables, which are essential for stable signal transmission in quantum computing applications [3][25]. - The report notes that Fujida's revenue for the first three quarters of 2025 reached 652 million yuan, a year-on-year increase of 16.62%, with a net profit of 55.93 million yuan, reflecting a growth of 55.38% [30][28]. Summary by Sections Quantum Key Distribution Breakthroughs - The report discusses the advancements in quantum key distribution, emphasizing the development of a scalable quantum relay module that enables long-distance quantum networks and the successful transmission of device-independent quantum key distribution (DI-QKD) over distances exceeding 100 kilometers [18][21]. Industry Performance - The information technology sector experienced an average weekly increase of 1.68%, with the median price-to-earnings (P/E) ratio dropping to 74.1X [4][31]. - The smart manufacturing sector saw its median P/E ratio rise to 42.5X, indicating positive market sentiment [47][54]. Company Announcements - Fujida's core products are being utilized in superconducting quantum computer projects across domestic research institutions, with current operations focused on small-batch supply, contributing to a growing revenue stream [3][25]. - The report also includes performance forecasts for various companies, with notable expected revenue growth for companies like JinHao Medical and North Mining Testing [68][69].

Group 1 - The report highlights a breakthrough in quantum key distribution networks, with Chinese scientists constructing the world's first large-scale quantum key distribution network based on integrated optical quantum chips, supporting 20 chip users and a networking capability of 3700 kilometers, achieving international leadership in both user scale and networking capability [3][13][25] - Fujida (920640.BJ) is identified as a representative company in the quantum industry chain, having invested over ten years in quantum-related technology and successfully developing low-temperature superconducting RF cables for use in superconducting quantum computer projects, currently supplying in small batches and generating significant revenue [2][27][28] Group 2 - The average weekly performance of the information technology sector increased by 1.68%, with the median price-to-earnings (P/E) ratio dropping to 74.1X, while the high-end equipment sector's median P/E ratio decreased to 34.8X [4][31][34] - In the technology new industry, 75 out of 159 companies saw an increase in stock prices, with the median P/E ratio rising from 40.6X to 42.3X, and total market capitalization increasing from 5273.55 billion to 5374.97 billion [5][48][49] Group 3 - Fujida's revenue for the first three quarters of 2025 reached 652 million, a year-on-year increase of 16.62%, with a net profit attributable to shareholders of 55.93 million, up 55.38% year-on-year [30][28] - The report indicates that Fujida is expected to achieve a net profit of between 76.90 million and 84.80 million for the full year of 2025, representing a growth of 50.41% to 65.86% compared to 2024 [28]

2026年2月8日，由中国全固态电池产学研协同创新平台主办、全固态电池制造工艺及装备联盟承办的第三届中国全固态电池创新发展高峰论坛-工艺创 新与关键装备专题论坛在京举办。 全固态电池被视为下一代动力电池的核心突破口，其技术突破已不再局限于电化学体系本身，而是日益依赖于制造工艺与专用装备的协同成熟。在此背 景下，论坛围绕固态电池的工艺路线、关键设备、制造系统与量产瓶颈等关键问题展开，一汽、东风、北汽、广汽、奇瑞、吉利、蜂巢能源、欣旺达、卫蓝 新能源等企业的专业人士与装备企业深度对接、协同研讨。电池制造企业与装备企业的深度互动，"需求牵引+装备供给"的高效对接，正打通从实验室样品 到中试线、再到规模化量产的技术堵点，为全固态电池产业化发展筑牢全链条贯通的协同基础。 聚焦智能制造与核心技术，探索电池制造优化路径 上海交通大学溥渊未来技术学院教授李冕 表示，即将实施的动力电池安全标准对未来电池生产提出了更极限的安全要求。针对电池产线复杂多变、产线 数据流规模大等问题，持续推进工业智能化高质量转型尤为迫切。他提出基于视觉大模型和工业边缘智能体的锂电池生产通用智能检测与测量一体化技术， 服务电芯电极问题检测和评估，以期构 ...

国泰海通证券股份有限公司 关于邢台纳科诺尔精轧科技股份有限公司 变更募集资金用途的核查意见 国泰海通证券股份有限公司（以下简称"国泰海通"或"保荐机构"）作为邢台纳 科诺尔精轧科技股份有限公司（以下简称"纳科诺尔"或"公司"）向不特定合格投资 者公开发行股票并在北京证券交易所上市的保荐机构，根据《北京证券交易所上市 公司持续监管办法（试行）》《北京证券交易所证券发行上市保荐业务管理细则》 《北京证券交易所股票上市规则》《北京证券交易所上市公司持续监管指引第9号 —募集资金管理》等相关规定，对纳科诺尔变更募集资金用途事项进行了审慎核查 ，具体情况如下： 一、募集资金基本情况和使用情况 （一）募集资金基本情况 2023年11月16日，邢台纳科诺尔精轧科技股份有限公司发行普通股20,000,000 股，发行方式为向战略投资者定向配售和网上向开通北交所交易权限的合格投资者 定价发行相结合的方式进行，发行价格为15元/股，募集资金总额为300,000,000元， 实际募集资金净额为275,611,037.74元，到账时间为2023年11月3日。公司因行使超 额配售取得的募集资金净额为44,999,700.00元，到账时 ...