欢迎加入 睿兽分析会员 ，解锁 AI、汽车、智能制造 等相关 行业日报、图谱和报告 等。 1.【多家车企明确2027年计划开展全固态电池装车示范工作】记者获悉，吉利汽车、奇瑞汽车等多家 车企近日披露各自全固态电池产业规划方案。吉利控股高级副总裁兼CTO沈源表示，公司在全固态电 池领域布局了三大技术路线，在应用规划方面，短期目标是2026年完成样车首发；2027年全固态电 池实现小批量产业化；长期目标是2030年完成全固态电池的产业化布局，并在高端车型上批量上 市。奇瑞汽车副总裁古春山表示，公司计划2026年实现0.5GWh中试线投产、PACK样包下线，完成 60Ah级全固态电芯的连续化生产；2027年正式启动全固态电池装车示范工作，推动技术从产线走向 实车验证，逐步实现规模化应用落地。（财联社） 2.【MinerU完成10余家国产AI芯片算力适配】2月12日消息，目前上海人工智能实验室 OpenDataLab团队、DeepLink团队及国产芯片厂家合作，已完成昇腾、平头哥、沐曦、海光、燧 原、摩尔线程、天数智芯、寒武纪、昆仑芯、太初元碁、壁仞等10余家主流国产算力的适配。 MinerU为上海人工智能实验室研发 ...

2026年2月8日，第三届中国全固态电池创新发展高峰论坛高层论坛在北京顺利召开。由中国全固态电池 产学研协同创新平台主办，设置1场高层论坛与3场专业论坛，涵盖关键材料与电芯创新、工艺创新与关 键装备、知识产权战略重塑与风险前瞻三大主题。 作为全固态电池领域的高规格会议，论坛汇聚政产学研各界400 余人，涵盖9位院士、8家行业组织代 表、专家学者及电池、材料、整车、装备等企业骨干，聚焦行业共性关键问题，为我国全固态电池突破 技术瓶颈，实现高质量跃升，提供系统性支撑。 锚定战略方向 聚力协同攻关 中国科学院院士、中国全固态电池产学研协同创新平台理事长欧阳明高在致辞中指出，中国电池产业保 持高速增长，技术快速迭代，应用场景从汽车、储能拓展至机器人、低空飞行器等领域。当前电池技术 仍需系统性提升，需围绕全气候快充、全过程安全、全工况高效三大目标持续优化。他表示，重大技术 变革都不是一蹴而就，要厚积薄发，全固态电池是下一代电池的重大战略方向。目前，产业发展进步很 快，但竞争形势严峻，挑战巨大、使命重大。我们全固态电池协同创新平台，是聚力产学研联合攻关的 高端交流合作平台，为全行业打造科学、技术、工程、工艺多层次跨学科、 ...

Group 1 - The State Administration for Market Regulation opposes manufacturers engaging in "involution" and selling cars at a loss, aiming to promote healthy competition in the automotive market [3] - The newly released guidelines clarify the boundaries of pricing behavior in the automotive industry, encouraging compliance and fair competition among manufacturers and sellers [3] - The guidelines specify that automotive manufacturers must not engage in pricing behaviors that aim to eliminate competitors or monopolize the market, which poses significant legal risks [3] Group 2 - OpenAI announced the release of a new real-time programming model, GPT-5.3-Codex-Spark, which is a more compact version of GPT-5.3-Codex, optimized for low-latency hardware [5][7] - The Codex-Spark model can generate over 1000 tokens per second and is currently available as a research preview for ChatGPT Pro users [5][7] - The model operates on Cerebras' Wafer Scale Engine 3, which features 40 trillion transistors and 900,000 AI cores, providing extremely low latency [7] Group 3 - Multiple automotive companies, including Geely, Chery, and BYD, have disclosed their plans for solid-state battery technology, with Geely aiming for small-scale production by 2027 and a long-term goal of mass production by 2030 [18][19][20] - Chery plans to start pilot production of solid-state batteries by 2026 and aims to validate the technology in real vehicles by 2027 [20] - BYD is focusing on sulfide solid-state batteries, expecting to achieve small-scale production by 2027 [23] Group 4 - Meizu's smartphone business is reportedly facing dissolution, with the Meizu 23 project allegedly halted [25][26] - The company has not officially responded to the rumors, and customer service has stated that no notifications regarding the business's status have been received [26] Group 5 - ByteDance is set to release the upgraded Doubao model on February 14, 2026, which will include significant enhancements to its foundational model capabilities [34][35] - The Doubao 2.0 model is expected to be a multimodal model with 1 trillion parameters, marking a substantial advancement in the company's AI capabilities [35] Group 6 - Xiaomi has launched its first-generation robot VLA model, which features 4.7 billion parameters and excels in visual language understanding and real-time execution capabilities [39][42] - The model has achieved state-of-the-art results in various benchmarks and is designed for high efficiency in real-world tasks [42] Group 7 - Lenovo reported a 72% year-on-year increase in AI-related revenue, which now accounts for 32% of the company's total revenue, driven by growth in AI PCs, smartphones, and servers [32][36] - The company has successfully navigated challenges in the global AI supply chain, maintaining its commitment to double-digit revenue growth and profitability [32]

来源：科技日报 科技日报记者 刘垠 2月8日，第三届中国全固态电池创新发展高峰论坛高层论坛在京召开。论坛由中国全固态电池产学研协 同创新平台主办，设置1场高层论坛与3场专业论坛，涵盖关键材料与电芯创新、工艺创新与关键装备、 知识产权战略重塑与风险前瞻三大主题。 中国科学院院士、中国全固态电池产学研协同创新平台理事长欧阳明高在致辞中指出，中国电池产业保 持高速增长，技术快速迭代，应用场景从汽车、储能拓展至机器人、低空飞行器等领域。当前电池技术 仍需系统性提升，需围绕全气候快充、全过程安全、全工况高效三大目标持续优化。他表示，重大技术 变革都不是一蹴而就，要厚积薄发，全固态电池是下一代电池的重大战略方向。目前，产业发展进步很 快，但竞争形势严峻，挑战巨大、使命重大。全固态电池协同创新平台是聚力产学研联合攻关的高端交 流合作平台，为全行业打造了科学、技术、工程、工艺多层次跨学科、跨领域协同创新的阵地。 中国科学院院士、厦门大学教授孙世刚在主旨报告中指出，"双碳"目标下电池需求激增，固态电池成为 重要方向，却面临电解质性能、固固界面兼容、高比能电极匹配三大挑战。其团队通过界面设计、分子 工程等技术，在降低界面阻抗、提 ...

Core Viewpoint - The first prototype of the Hongqi all-solid-state battery developed by China FAW has successfully rolled off the production line and is entering the vehicle testing phase [1] Group 1: Battery Technology Development - The Hongqi all-solid-state battery features a 66Ah cell that has passed extreme thermal abuse testing at 200°C, with a sulfide electrolyte ionic conductivity exceeding 10mS/cm and an energy density of 380Wh/kg, significantly surpassing current mainstream liquid lithium batteries [1] - The project took 470 days and achieved breakthroughs in key technology areas such as sulfide electrolyte, high-pressure module packaging, and system lightweight integration [1] Group 2: Research and Development Investment - China FAW began its all-solid-state battery research in 2014 and developed its first solid-state battery module to VDA size standards in 2019 [1] - The average annual increase in R&D investment over the past three years is 8.6%, with key support from Jilin Province expected in 2025 through a "challenge and lead" mechanism to advance the development of 400Wh/kg all-solid-state battery technology [1] Group 3: Future Plans and Production Goals - In 2026, the focus will be on testing the reliability of the battery system under various working conditions, with plans for small-scale production by the end of 2027 and large-scale production technology reserves by 2030, aiming to reduce costs by over 50% [1]

Core Viewpoint - The research team from Ningbo University, in collaboration with Ningbo Engineering Institute and Ningbo Dongfang University, has made significant advancements in the field of all-solid-state lithium battery anode materials by developing a three-dimensional "breathable" silicon nanowire anode, providing a new technical pathway for silicon anode all-solid-state lithium batteries [1][2]. Group 1: Research Achievements - The newly developed silicon nanowire anode features a unique "dual-phase" core-shell structure, which enhances its electrochemical performance and practicality [2][3]. - The silicon anode exhibits remarkable mechanical robustness and safety, maintaining power supply even under bending or cutting conditions [3]. Group 2: Technical Innovations - The research utilizes plasma-enhanced chemical vapor deposition technology to create an integrated three-dimensional columnar silicon architecture, allowing for effective ion transport and mechanical integrity [2][3]. - The design mimics a forest of trees, where silicon nanowires stand upright on the current collector, forming a three-dimensional network with ample voids, enabling the silicon to expand without damaging the surrounding electrolyte [3]. Group 3: Industry Implications - All-solid-state lithium batteries are recognized as the "ultimate goal" in battery technology due to their higher safety, energy density, and superior cycling performance [1]. - Silicon is considered one of the most promising anode materials for all-solid-state batteries due to its theoretical capacity being ten times that of traditional graphite anodes, despite challenges related to volume expansion during charge and discharge cycles [1].

Core Insights - High Energy Manufacturing has successfully completed its Series A and A+ financing rounds, with a focus on solid-state battery technology and its industrialization by December 2025 [1][16] - The financing was led by Guangzhou Industrial Control Donggao Fund, with participation from various strategic investors, indicating strong market confidence in the company's technology and growth potential [1][2] Financing Overview - The financing rounds were completed in December 2025, with significant backing from key investors including local government funds and industry leaders [3] - The investment structure includes a multi-dimensional empowerment system combining industry ecology, academic innovation, and local policy support [2] Investor Profiles - Guangzhou Industrial Control Donggao Fund is a leading state-owned investment platform in the Greater Bay Area, providing critical resources for capacity collaboration and market application [4] - Xi'an Tianhong High-end Equipment Innovation Fund focuses on new energy equipment and will support High Energy Manufacturing with supply chain collaboration and production scaling [5] - Shaanxi Higher Education Innovation Fund aims to leverage top research resources for technology collaboration and talent acquisition [6] Regional Policy Support - Xi'an Talent Development Fund is a key policy-driven fund that supports high-level talent-led technology innovation projects, enhancing the company's access to policy support and high-end talent [8] - Guangzhou Liwan District Industrial Investment Fund aims to assist in expanding the company's market presence in South China [8] Industry Outlook - The global solid-state battery market is projected to exceed $100 billion by 2030, with a compound annual growth rate (CAGR) of over 50%, driven by the push for carbon neutrality and advancements in new energy technologies [10] - Solid-state batteries are recognized as a core solution to traditional lithium battery challenges, making them a competitive focus in the automotive and energy storage sectors [10] Competitive Advantages - High Energy Manufacturing possesses unique technological strengths, quality customer resources, and innovative service models, making it a focal point for both capital and market interest [13] - The company has established partnerships with leading battery manufacturers and research institutions, enhancing its market position and technological capabilities [13] Future Development - The recent financing will accelerate the company's technological industrialization and global market expansion, positioning it as a leading provider of solid-state battery solutions [16]

Group 1 - The company is currently focusing on targeted validation based on customer differentiated demands for G-type solid-state batteries [1] - The pilot production line for all-solid-state batteries has been put into operation and has completed internal vehicle verification [1] - The design work for the mass production line is progressing as planned [1]

Group 1 - The core viewpoint of the article highlights that FAW Hongqi has successfully developed and tested its first all-solid-state battery pack, marking a significant step towards commercialization in the electric vehicle sector [1][2] - The all-solid-state battery utilizes a sulfide electrolyte with an ionic conductivity exceeding 10 mS/cm, significantly enhancing ion conduction efficiency [1] - The battery cell has a capacity of 66Ah and has passed extreme thermal abuse tests at 200°C, demonstrating no risk of thermal runaway and a qualitative improvement in safety compared to mainstream liquid lithium batteries [1] Group 2 - The development of the all-solid-state battery is a result of FAW's long-term strategic planning and continuous R&D investment, with an average annual increase of 8.6% in R&D spending over the past three years [1] - The launch of the first prototype not only advances FAW's new energy strategy but also showcases the independent innovation capabilities of Chinese automotive companies in high-end battery technology [2] - This breakthrough is expected to support the Chinese electric vehicle industry in overcoming core technological bottlenecks and enhancing global competitiveness [2]

Group 1 - The first prototype of Hongqi all-solid-state battery has successfully rolled off the production line, marking a significant step for China FAW in the solid-state battery technology field, with key breakthroughs achieved in electrolyte and cell performance [2] - OpenAI has launched a community plan to manage energy costs for its data centers, aiming to ensure that its operations do not increase local electricity costs, reflecting a trend among tech companies to invest directly in power infrastructure [2] - Shenzhen's robotics sector is experiencing rapid growth, with companies like UBTECH, Zhongqing, and Yuejiang Technology securing significant domestic and international orders, indicating a strong commercialization trajectory and an acceleration in industry development [2] Group 2 - By 2025, China's artificial intelligence core industry is expected to exceed 1.2 trillion yuan, with over 6,000 AI companies projected to operate, and applications spreading across key industries such as steel, non-ferrous metals, and power [3]