Summary of Solid-State Battery Conference and Mid-Term Review Industry Overview - Focus on the solid-state battery industry, particularly the outcomes of the solid-state battery academic and industrial conference held on February 7-8, 2026, and the results of the second mid-term review [1][2] Key Conclusions from the Conference - The conference is seen as a turning point for solid-state batteries transitioning from laboratory to production lines - Four main conclusions were drawn: - Sulfide materials are becoming the mainstream technology - Key industry timelines are set for 2027 for demonstration vehicles and 2030 for mass production - Significant challenges remain in process costs and industry chain collaboration - Clear advancements in lithium metal anodes and composite cathode technologies [1][2] Mid-Term Review Results - The second round of mid-term evaluations showed significant improvements over the first round, with leading manufacturers nearing commercialization thresholds - Key performance metrics include: - Cycle life target of 300 cycles or more, with leading manufacturers achieving close to this threshold with a decay rate of ≤10% - Energy density metrics reached 350-360 Wh/kg, the highest among all tested companies - Fast charging capabilities of 1C and peak performance of 2C, comparable to current ternary power batteries - The "no anode" (self-generating anode) approach is highlighted as a core innovation, offering significant improvements in energy density and potentially extending cycle life [3] Key Information from the Conference - High-profile attendees included the Minister of Industry and Information Technology and various battery and automotive companies - The overall industry pace is set for 2026 to be the year of solid-state batteries, with a ramp-up phase from 2028 to 2030 - The preference for sulfide electrolytes is confirmed, with leading manufacturers opting for the no-anode solution while others choose silicon-based or artificial graphite anodes [4] Catalysts and Industry Progress - The positive results from the mid-term review, combined with manufacturers' goals for near-term production, are boosting confidence in the industry - Rapid advancements in the construction of solid-state battery production lines are underway, with equipment tenders for various processes already initiated - Upcoming tenders for dry dispersion and dry film processes are expected to commence shortly, with further equipment tenders planned for early 2026 [5] Investment Recommendations - Recommendations focus on three main areas: materials, equipment, and electrolytes, aligning with mainstream technologies such as no anode, sulfide electrolytes, and dry processing - Specific investment targets include: - **No Anode Materials**: Top recommendation is Zhongyi Technology, a key supplier benefiting from lithium battery expansion, with expected revenues exceeding 250 million in 2026 - **Equipment**: Recommended companies include Lingge Technology and Huazi Technology, which are positioned to benefit from the expansion of solid-state electrolyte production - **Electrolytes**: Strong recommendation for Xiamen Tungsten New Energy, a core supplier for leading electronic manufacturers, with potential to dominate in the lithium sulfide sector [6][7]

Group 1: Lithium Battery Industry Overview - The lithium battery industry chain has shown relatively average performance recently due to capital shifts, weak demand from the automotive sector, and strong price increases in upstream raw materials like lithium carbonate, raising concerns about cost pressures across the industry chain [1] - Despite short-term fluctuations in lithium carbonate prices affecting marginal demand and slowing down project development, the overall demand for lithium batteries is expected to remain positive throughout the year [1] - The current weak sales of power batteries are attributed to demand overhang from the previous year, but with the implementation of new subsidy policies in 2026, domestic sales are expected to stabilize [1] Group 2: Energy Storage Sector - The cost of domestic energy storage systems has significantly decreased due to ongoing reductions in cell costs and technological advancements, enhancing their cost-effectiveness [2] - The widening price gap in the electricity market due to large-scale renewable energy integration is creating more opportunities for energy storage to profit from arbitrage [2] - Policy support for capacity pricing and compensation is expected to improve the profitability of energy storage, with demand anticipated to remain strong in 2026 [2] Group 3: International Demand and Market Dynamics - Internationally, demand for energy storage has been improving since 2024, with both large-scale and residential storage markets growing [3] - In Europe, the inventory of residential storage has normalized, and the profitability of commercial energy storage is increasing due to dynamic pricing mechanisms [3] - In regions like Africa, Asia, and Latin America, unstable power supply and rising electricity prices continue to drive energy storage demand growth [3] Group 4: Battery Material Composition and Market Trends - The lithium battery is primarily composed of four main materials: cathode, anode, electrolyte, and separator, which collectively determine battery performance [4] - The electrolyte segment has a favorable competitive landscape, with leading companies holding significant market share and a strong willingness to maintain prices [4] - The iron-lithium cathode segment shows stable market shares for leading firms, while smaller firms are experiencing market share fluctuations due to varying competitive dynamics [4] Group 5: Investment Recommendations - The electrolyte segment, particularly lithium hexafluorophosphate and VC, is recommended for short-term investment due to its favorable competitive landscape and higher price elasticity [5] - The separator and battery segments are also recommended for medium to long-term investment, as they are capital-intensive with strong industry logic [5] Group 6: Solid-State Battery Opportunities - Solid-state batteries are emerging as a next-generation battery technology, addressing key limitations of traditional lithium-ion batteries, such as energy density, safety, and fast-charging capabilities [6] - The initial application of solid-state batteries is expected in consumer electronics, followed by aerospace and robotics, where performance requirements are stringent [7] - The technology for solid-state batteries is advancing, with significant progress in materials and manufacturing processes, indicating readiness for industrialization [8] Group 7: Equipment and Policy Implications - The manufacturing process for solid-state batteries requires significant upgrades to existing equipment, benefiting equipment manufacturers as the technology scales [8] - Policies are increasingly recognizing the importance of solid-state battery technology, with initiatives aimed at accelerating its development during the current five-year plan [8] - Recent positive performance forecasts from lithium battery equipment companies suggest a potential recovery in the sector, with ongoing bidding activities from leading battery manufacturers [8] Group 8: Investment Vehicle Recommendation - The recommended investment vehicle in the lithium battery sector is the "Guotai" New Energy ETF (159387), which tracks the entrepreneurial board new energy index, providing comprehensive exposure to the battery, photovoltaic, and wind energy sectors [9]

2月10日晚，小米创办人、董事长兼CEO雷军在直播中透露，最后一辆初代小米SU7量产下线，正在运 送途中，将安排车主提车。这意味着初代小米SU7正式停产。据雷军介绍，初代SU7交付量接近37万 辆。 雷军：小米汽车工厂有六七百台机器人，做到了百分之百自动组装和检测 乘联分会崔东树：预计2026年乘用车市场将实现前低后高的走势 2月10日，乘联分会秘书长崔东树发文表示，根据测算，2026年报废更新车型的补贴均值较2025年降 21%，2026年置换更新车型的补贴均值较2025年降30%。以旧换新固定补贴改分档补贴的效果很突出， 尤其是财政效率提升明显，确保资金更好的全年保障支撑。在同预算下，满额门槛筛选出更高单价的换 购群体，拉动单车成交额与总消费额，减少低价车"躺赚"补贴的浪费；上限控制避免豪华车挤占过多资 金。预计2026年全年受益于消费升级和政策支持，乘用车市场将实现前低后高的走势。 雷军宣布初代小米SU7正式停产 江淮汽车2月10日晚间公告，2026年1月销量为3.48万辆，同比下降2.14%。其中，新能源乘用车1月销量 为3151辆，同比增长183.11%。 北京汽车：预期2025年归属于公司权益持有 ...

Group 1 - Guoxuan High-Tech and BASF signed a strategic cooperation memorandum in Hefei to jointly develop next-generation solid-state battery technology [1] - The collaboration will focus on the joint R&D of high-performance materials for solid-state batteries, covering multiple core materials [1] - The partnership aims to accelerate the commercialization of innovative results in global markets, empowering applications in electric vehicles and energy storage [1] Group 2 - Century Securities noted that the industrialization of semi-solid and solid-state batteries is steadily advancing, with FAW's independently developed Hongqi solid-state battery prototype successfully completed [1] - The successful prototype marks significant breakthroughs in high-pressure module packaging and system lightweight integration, laying a technical foundation for future mass production [1] - There is a growing demand for high-safety, high-energy-density batteries in various applications such as high-end electric motorcycles, drones, and distributed energy storage, providing diverse commercialization paths for solid-state batteries [1] Group 3 - Xiamen Tungsten New Energy has completed the development of high-stability lithium-supplementing materials and is supplying them in small batches, with several high-capacity lithium-supplementing materials under stable development with customers [1] - Tianci Materials is in the pilot testing stage for sulfide-based solid electrolytes and is collaborating with downstream battery customers for material technology validation [1]

声 明： 本文由起点锂电原创，版权归属起点锂电，如需转载或开白联系起点锂电小编（微信：qd-Lib1222）！ 往 期 回 顾 | 01 | ｜ 再增80GWh产能！楚能新能源连签大订单！ | | --- | --- | | 02 | ｜ 突发！全球汽车巨头出售电池子公司49%股权 | | 03 | ｜ 7GWh！中储科技发布2026年电芯框架集采 | | 04 | ｜ 2026（第二届）起点锂电圆柱电池技术论坛暨圆柱电池20强排行榜发布会4月深圳 举办！ | 2月9日，据财联社援引比亚迪投资者关系部方面消息，比亚迪在固态电池领域进行多路线探索，以硫化物固态电池作为重要的技术方向，在 电池寿命、快充等领域实现突破，有望2027年实现小批量生产。 在钠电池领域，比亚迪的第三代产品技术平台已处于开发阶段，并开发出万次循环的钠电产品，量产节点将根据实际市场及客户需求而定。 比亚迪锂电池有限公司CTO孙华军表示，从长期的发展的角度看，经过测算，规模化之后，固液电池可以接近于同价，液态的三元电池跟固 态的三元电池，理论上是可以做到固液同价的。比亚迪将在2027年左右启动全固态电池批量示范装车应用，2030年后实现大规模 ...

1. 汇报核心背景与整体结论 本次汇报聚焦固态电池产学研年会（2 月 7-8 日）、中期评审二测结果、投资观点与标的三大核心。 年会被认定为。 团队梳理出固态电池领域四大核心结论：。 行业时间节点明确为。 工艺成本、产业链协同仍存诸多待突破问题。 锂金属 1. 汇报核心背景与整体结论 本次汇报聚焦固态电池产学研年会（2 月 7-8 日）、中期评审二测结果、投资观点与标的三大核心。 年会被认定为。 团队梳理出固态电池领域四大核心结论：。 行业时间节点明确为。 工艺成本、产业链协同仍存诸多待突破问题。 锂金属负极、复合正极技术取得明确进展。 同时确定固态电池相关标的推荐顺序为。 2. 中期评审第二次测评核心成果 固态电池中期评审第一轮送样（2025 年 10 月下旬）各厂商表现不佳。 第二次送样如期完成且结果，头部厂商性能指标。 循环寿命上，中期目标为 300 圈及以上，头部厂商在衰减≤10% 时循环寿命已接近 300 圈。 其通过微调配方、适当降低内部能量密度标准，顺利达到。 能量密度方面，头部厂商在指标微调后仍达，为所有送检企业中最高。 倍率性能上，快充可达 1C、峰值 2C，放电倍率与现行三元动力电池接近。 ...

Group 1 - The Ministry of Industry and Information Technology has approved solid-state battery testing, with industrialization expected to occur soon, targeting an energy density of over 400Wh/kg by 2026-2027, focusing on electrolyte and negative electrode collector materials [1] - Solid-state batteries are anticipated to see a bidding catalyst in 2025, with high certainty in equipment and significant flexibility in materials, offering a unit value five times that of liquid batteries [1] - JinkoSolar may collaborate with SpaceX to resolve TOPCon patent issues within the equipment chain, with auxiliary materials and flexibility being maximized, and the semiconductor and copper paste business valued at 80 billion [1] Group 2 - As of February 9, 09:43, the Kexin New Energy ETF (588830.SH) rose by 3.97%, with its related index Kexin New Energy (000692.SH) increasing by 3.89%; major constituent stocks included JinkoSolar up 10.44%, Juhua Materials up 20.00%, Rongbai Technology up 9.61%, Trina Solar up 4.15%, and Aotewi up 3.06% [1] - Guosen Securities highlights the promising prospects of space photovoltaics in the new energy power equipment sector, with global tech giants continuously expanding AI capital expenditures, leading to "outperform" ratings for certain storage equipment sector stocks [1] - Great Wall Securities believes that solid-state battery technology is entering a golden development period, with a combination of cold isostatic pressing and warm isostatic pressing processes offering efficiency and cost advantages in large-scale production, driving technological innovation in the equipment sector [1]

Group 1 - The core viewpoint of the article is that Geely is intensifying its investment in the battery industry chain after resolving conflicts with its partner, Xinwanda [2] - Geely has established a new battery company, Baoji Shanju Battery Co., Ltd., with a registered capital of 50 million yuan, just four months after the establishment of another battery company, Zhejiang Jiyao Tongxing Holdings Co., Ltd., which has a registered capital of 1 billion yuan [3] - The restructuring of Geely's battery business aims to create a unified battery industry group, Ji Yao Tongxing, to streamline operations and enhance efficiency by consolidating various brands and technologies [5][4] Group 2 - Geely plans to achieve a production capacity of 70 GWh by 2027, focusing on lithium iron phosphate blade battery technology for its brands such as Zeekr, Lynk & Co, and Galaxy [3][4] - The company will not expand its production capacity further but will optimize existing capacity, with a distribution plan of 40% for Ji Yao Tongxing products, 40% for CATL products, and 20% for other capacities [5][6] - Geely is also exploring the acquisition of idle battery production capacity in the market instead of building new factories, aiming for practical cooperation and resource restructuring [8] Group 3 - Geely is set to make significant advancements in solid-state battery technology, with plans to complete the production of a 20Ah solid-state cell by 2024 and launch a solid-state battery pack by 2026 [10] - The solid-state battery development utilizes sulfide electrolyte technology, achieving a conductivity of over 7 mS/cm, while also exploring oxide technology with a conductivity of 0.8 mS/cm [10][11] - The company aims to use sulfide batteries for high-end models and oxide batteries for mass-market vehicles, creating a complementary dual-route strategy [11]

Investment Rating - The report indicates a positive outlook for the solid-state battery industry, highlighting significant growth potential and technological advancements [2]. Core Insights - The Chinese government has established the world's first national standard for solid-state batteries, emphasizing the need to accelerate breakthroughs in solid-state battery technology. The new standard categorizes batteries based on their ion transfer methods, excluding the previously mentioned "semi-solid batteries" [6][10]. - The demand for solid-state lithium batteries is projected to reach approximately 200 billion yuan by 2030, driven by their advantages in energy density, safety, and environmental impact compared to liquid lithium batteries [15][27]. - The solid-state battery industry is expected to see rapid growth, with global demand forecasted to reach 243.7 GWh by 2030, translating to a market space of nearly 200 billion yuan [25][27]. Market Dynamics - The report outlines that the solid-state battery supply chain is similar to that of liquid lithium batteries, encompassing upstream raw materials, basic materials (cathodes, anodes, electrolytes, current collectors, and auxiliary materials), and production equipment. The midstream involves cell packaging and battery module assembly, while downstream applications include electric vehicles, consumer electronics, and energy storage systems [6][10]. - The Ministry of Industry and Information Technology (MIIT) has emphasized the need to accelerate the development of solid-state batteries and advanced autonomous driving technologies [14]. Material Routes - The report identifies a short-term mainstream system for solid-state batteries consisting of high-nickel ternary cathodes, silicon-based anodes, sulfide electrolytes, and iron-based current collectors. Sulfide electrolytes are expected to dominate the market, with a projected market share of 65% in solid-state batteries by 2030 [28][33]. - The production of cathode materials in China is expected to exceed 5 million tons by 2026, while anode materials are projected to reach 288,000 tons in the same year [29][30]. Key Company Updates - Yuanhang Precision is developing precision components that may expand into the solid-state battery field, focusing on conductive connections and thermal protection [3]. - Better Energy has launched the Beian FLEX semi-solid and GUARD solid-state series, providing high-energy and high-safety material solutions for next-generation battery technologies [3]. - Liwang Co., in collaboration with Tsinghua University, is researching new high-performance lithium battery technologies to meet the needs of humanoid robots [3].

Company Overview - XianDao Intelligent is a smart equipment enterprise providing solutions for emerging industries, with a strong market position in lithium battery, photovoltaic, and consumer electronics manufacturing [4][9] - The company maintains extensive cooperation with leading clients in these industries and has established a leading market position in the new energy sector [4] Market Position - As of 2024, XianDao Intelligent holds a global market share of 22.4% in lithium battery smart equipment and 23.8% in lithium battery smart logistics equipment [9][13] - The company is the largest supplier of smart logistics equipment in the lithium battery manufacturing sector, with a market share of 23.8% [13] Product Offerings - XianDao Intelligent's winding machines and stacking machines each account for over 55% of the global market share by shipment volume [10] - The company has delivered a complete line solution for solid-state batteries, showcasing its competitive advantage in advanced technology [10] Financial Performance - The company achieved a revenue of RMB 10,388 million in 2024, with a significant increase in net profit to RMB 1,161 million, indicating a strong growth trajectory [38][39] - Research and development investment has reached RMB 5.9 billion, accounting for 11.3% of total revenue, reflecting the company's commitment to innovation [28] Industry Outlook - The global lithium battery smart equipment market is projected to grow significantly, with a compound annual growth rate (CAGR) of 22.5% from 2020 to 2024 [17] - The overseas market for lithium battery smart equipment is expected to reach RMB 21.6 billion by 2024, with a CAGR of 23.3% from 2024 to 2029 [19] Sustainability Initiatives - XianDao Intelligent has established an ESG management committee to promote sustainable development and has set a goal to achieve carbon neutrality by 2035 [30][31] - The company has implemented a climate governance framework to enhance carbon emission management and has received ISO 14068 certification for its carbon-neutral factory [34]