Core Viewpoint - The release of the first domestically produced 51Ah automotive-grade solid-state battery by Jiangsu Jiuxing Energy marks a significant milestone in China's solid-state battery technology, achieving full compliance with the new national standards [2][11][20]. Group 1: Event Overview - The event titled "Solid Energy Renewal・Power Start" was held in Yancheng, Jiangsu, with participation from over 100 distinguished guests, including industry experts and representatives from various sectors [5][10]. - The conference showcased the latest technological achievements of Jiangsu Jiuxing Energy, a subsidiary of Ion Energy, highlighting the successful testing of the solid-state battery [2][11]. Group 2: Technological Breakthroughs - The solid-state battery has achieved four major breakthroughs: 1. High safety due to the use of solid electrolytes, significantly reducing risks of thermal runaway and leakage [14]. 2. Wide operating temperature range from -45°C to 120°C, suitable for diverse extreme scenarios [14]. 3. High charge and discharge rates, with the ability to fully charge in just 6 minutes [14]. 4. Long cycle life exceeding 3500 charge-discharge cycles, far surpassing traditional batteries [14]. Group 3: Industrial Collaboration - The event emphasized the successful collaboration between government, enterprises, and academic institutions, showcasing a model for cross-domain cooperation that facilitates the transition from research to industrial application [18]. - Jiangsu Jiuxing Energy has signed agreements with key partners in the industry chain, aiming to build a comprehensive ecosystem from research and development to production and application [16][18]. Group 4: Future Outlook - The successful launch of the solid-state battery positions China at the forefront of global solid-state battery production, marking a critical step in the evolution of the global new energy industry [20]. - Ion Energy plans to continue driving technological innovation and accelerate commercialization, aiming to provide safer and more efficient solid-state batteries to global users [20].

图： 力通威 产品总监 黄兴宇 以下为现场速记内容： 下面给大家 介绍 一下力通威在 BMS ，特别是在 AI 的 BMS 领域做的一些工作，经过又一年的产品研究工作和市场客户的交流，我们发现市 场越来越卷，怎么在市场这么卷的情况下找出出路突破呢？ | | | 一次 中国国际网站 作者： | | | | | × ES 兼 | 精 | | | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | | | | 2015 0 2025 | | | | lak 12 | 5 ીયું 同 行 | | | | | | | | | 起点锂电行业年会暨锂电金鼎奖颁奖典礼 | | | | | | | | | | 1000 11 | 能 | 日 N | क | | | | | F EFF | | | 45 | | | | 年 流 | | | | | | | 中国 · 深圳 2025 12 | | | | | | | 专场冠名 | C HERE | | | | | | | | | | 合影墙独家影 | XES 12 121 01 405 - | | 中川曾經典 | ...

Group 1 - CATL has launched the world's first humanoid robot for large-scale production of energy storage battery PACK, achieving a connection success rate of over 99% [3] - Ganfeng Lithium has signed a project agreement for a 10GWh zero-carbon industry base in Jiangxi, which will include lithium battery production lines and a distributed photovoltaic power generation system [4] - Envision AESC has officially started production at its Sunderland battery plant in the UK, with an initial capacity of 15.8GWh, enough to supply batteries for over 200,000 electric vehicles annually [5] Group 2 - Guokai Energy has launched a smart manufacturing base for energy storage batteries in Anqing, Anhui, with a planned capacity of 10GWh and an expected annual output value exceeding 5 billion yuan [7] - Pylontech has commenced the second phase of its 10GWh lithium battery R&D and manufacturing base in Hefei, aiming to enhance production capacity and meet market demand [8] - Xinnengda plans to invest 2 billion yuan in a mobile energy storage vehicle production line and related projects in Jiangxi [9] Group 3 - A 27GWh battery cell production project has been signed in Feicheng, Shandong, with a total investment of 5.5 billion yuan, expected to generate an annual output value exceeding 8 billion yuan [10] - A new generation lithium battery project with a capacity of 60GWh has been established in Hunan, capable of meeting the battery needs of approximately 1 million new energy vehicles [11] - Volkswagen's PowerCo has launched its first battery cell production facility in Germany, with a target annual capacity of 20GWh to support around 250,000 electric vehicles [12] Group 4 - Dafu Technology plans to sell a 49% stake in Dasheng Graphite for a minimum price of 206 million yuan [14] - Yongtai Technology has reported a production capacity of 18,000 tons per year for solid-state lithium hexafluorophosphate [15] - Yuntai Holdings has established a complete supply chain for iron phosphate with an annual capacity of 50,000 tons [19] Group 5 - A 2,000-ton silicon-carbon anode material project has been signed in Sichuan, with a total investment of 650 million yuan, expected to achieve an annual output value of about 800 million yuan [20] - Huayou Cobalt has signed a binding memorandum to supply 79,600 tons of ternary precursor products to an international client [18] - Tesla plans to start battery production in Germany by 2027, with a production capacity of up to 8GWh [30] Group 6 - BYD has achieved a significant milestone with the production of its 15 millionth new energy vehicle [31] - CATL and Lantu Motors have signed a 10-year cooperation agreement to enhance collaboration in technology application and product supply [33] - Chery has reported a monthly sales figure of 111,577 units in December, marking a 54% year-on-year growth and positioning itself among the top three in the industry [34]

04 ｜ 清陶云能：瓦特和比特——AI时代绿色数据中心的储能电池需求 2 起点锂电 Sc 起点固态电池 12月16日，江西省高安市人民政府与欣旺达在深圳签署合作协议。 据悉，欣旺达规划投资20亿元，建设移动储能车整车生产线、重卡及储能PACK生产制造、重卡充换电站设备生产及建设运营、零碳城市建设 及装备制造、源网荷储一体化等项目。 01 ｜ 融捷能源：下一代储能电芯技术，向大容量、高效率、长循环演进 02 ｜ 先导智能：破界·精工 定义全固态电池量产新标准 03 ｜ 德赛电池：主动安全-重新定义能源安全范式-基于实时感知与智能响应的下一代技 术方案 往 期 回 顾 06月 2026(第6届)起点锂电两轮车换电大会 暨轻型动力电池鲁班奖颁奖典礼 09月~10月 2026(第11届)起点锂电金鼎奖评选 2026起点固态电池金鼎奖评选 11月 起点锂电&固态年度计划表 01月~02月 2026起点锂电&固态电池全国行 03月31日 2026(第2届)起点锂电圆柱电池技术论坛 暨圆柱电池排行榜发布会 2026CINE固态电池展 2026起点固态电池行业年会 暨固态电池金鼎奖颁奖典礼 27年03月 2026(第11届) ...

12月20日，派能科技10GWh锂电池研发制造基地二期项目在安徽省合肥市肥西县奠基开工。 派能科技制造中心总经理表示，合肥基地是派能科技全球制造布局的关键环节。一期项目自启动以来，已形成超千人生产团队，产能稳步提 升，不仅验证了公司的产品技术与制造实力，也为把握全球能源转型机遇积累了重要经验。 二期项目是在一期成功基础上的全面升级，旨在扩大先进产能、强化产业布局，更好地满足市场需求。在全力推进二期建设的同时，新的 2GWh储能电池及集成项目也已正式签约，为未来的"三期"发展描绘出清晰蓝图。 点击 阅读原文 ，查看富工流体更多内容！ 01 ｜ 融捷能源：下一代储能电芯技术，向大容量、高效率、长循环演进 02 ｜ 先导智能：破界·精工 定义全固态电池量产新标准 03 ｜ 德赛电池：主动安全-重新定义能源安全范式-基于实时感知与智能响应的下一代技 术方案 04 ｜ 清陶云能：瓦特和比特——AI时代绿色数据中心的储能电池需求 往 期 回 顾 ...

Group 1 - The core point of the article is that Dafu Technology announced the sale of a 49% stake in Ulanqab Dasheng Graphite New Materials Co., Ltd. for a base price of 206 million yuan, following the completion of auditing and evaluation work [2] - Dafu Technology initially invested 600 million yuan to acquire the 49% stake in Dasheng Graphite, which focuses on deep processing of natural graphite and produces core products such as high-purity graphite and lithium-ion battery anode materials [2] - The transaction is part of Dafu Technology's strategy to divest from its investment in the graphite sector, which has applications in metallurgy, chemicals, electronics, and new energy batteries [2]

Core Viewpoint - The presentation by Liu Wen from Rongjie Energy at the 2025 Starting Point Lithium Battery Industry Annual Conference highlights the current state and challenges of the household energy storage industry, while showcasing the company's technological solutions and future development paths for energy storage cells [6][16]. Industry Overview - The household energy storage industry presents significant advantages in reducing electricity costs, enhancing emergency backup capabilities, and achieving autonomous energy management, but it faces challenges such as battery consistency, capacity management issues, high installation and maintenance costs due to complex system integration, and safety and reliability risks [6][7]. Technological Solutions - Rongjie Energy has developed a diverse matrix of energy storage cells, including 72Ah, 100Ah, 102Ah, 280Ah, 314Ah, and 588Ah, to meet various application needs. The 72Ah and 102Ah cells can achieve over 6000 cycles at a 1C rate, while the 314Ah cell targets long-life requirements with up to 9000 cycles at 0.5C [9][10]. Next-Generation Energy Storage Cell Technology - The evolution of energy storage cells is moving towards larger capacities (over 500Ah), higher energy efficiency (from 93% to over 96%), and longer cycle life (from 8000 to 12000 cycles). Industry standards are transitioning from early adaptations of power battery standards to dedicated mandatory standards like GB 44240-2024 [12][13]. Cost Reduction Strategies - To address market demands for high safety and low costs, Rongjie Energy focuses on reducing initial investment and operational costs. The company has improved the packing density of cathode materials from 2.4 g/cm³ to 2.6 g/cm³, enhancing energy density [13][14]. Conclusion - Liu Wen's presentation outlines a clear evolution blueprint for Rongjie Energy's household storage products, addressing current pain points and future demands. The company is driving advancements in safety, longevity, and cost-effectiveness through material innovation, process optimization, and system integration, thereby reconstructing the energy storage value chain [16].

Core Viewpoint - The article emphasizes the importance of proactive safety measures in the energy storage industry, highlighting the limitations of traditional passive safety approaches and introducing a comprehensive proactive safety technology system developed by Desay Battery [2][3][6]. Group 1: Importance of Proactive Safety - The current industry safety measures, such as the "seven layers of protection," are largely reactive, addressing issues only after they arise, which is inadequate for the hidden risks in energy storage [2][3]. - Proactive safety technology aims to shift the focus from reactive to preventive measures, allowing for early detection and intervention of potential risks [3][6]. Group 2: Development of Proactive Safety Technology - The proactive safety technology system is developed in three phases: identifying monitoring needs from accident cases, integrating AI and EMS modules for initial solutions, and optimizing for large-scale production [9][10]. - The system is designed to provide a "7+1" full-chain proactive safety framework, enhancing traditional safety measures with additional capabilities for early warning and intelligent response [11]. Group 3: Key Features of the Technology - The technology includes AI cells that monitor internal pressure and temperature, allowing for real-time detection of internal degradation and potential risks [13]. - The system integrates various data points, including internal gas pressure and temperature, to create a comprehensive monitoring network that enhances safety management [15]. Group 4: Value to Customers - The proactive safety system offers several benefits, including early warnings, precise maintenance suggestions, and a shift from passive to active safety management, significantly improving overall safety and reliability [19][21]. - The technology is backed by over 80 domestic and 10 international patents, ensuring a robust intellectual property barrier and compliance with high industry standards [22]. Group 5: Future Collaboration and Industry Impact - The company advocates for open collaboration to drive industry progress, offering customizable solutions that can adapt to various energy storage applications [24]. - The goal is to build a shared energy storage safety database to enhance safety standards and foster innovation within the industry [24].

Core Viewpoint - The article discusses the importance of energy storage and battery technology in the context of the AI era, emphasizing the need for green data centers and efficient energy solutions to meet carbon reduction goals [2][6][29]. Group 1: Industry Trends and Challenges - The rapid growth of AI and data technologies is leading to an increase in data center power consumption, projected to reach 525.76 billion kWh by 2030, accounting for 2.4% of total social electricity consumption [6][8]. - Data centers face three main challenges: reliance on grid power leading to uncontrollable carbon emissions, inefficiencies in traditional power supply architectures, and excessive redundancy in power configurations [8][9][10]. Group 2: Solutions and Innovations - Solutions to these challenges include regional collaborative development to enhance green energy usage, the adoption of high-voltage direct current (HVDC) architectures to improve power efficiency, and integrating energy storage systems to optimize redundant configurations [9][10][11][15]. - The article highlights the role of solid-state lithium batteries in addressing these challenges, particularly in enhancing safety and efficiency in energy storage applications [21][28]. Group 3: Company Positioning and Advantages - The company, QingTao Energy, has developed semi-solid lithium iron phosphate batteries that are commercially viable and have been implemented in projects like the Inner Mongolia energy storage project [21][32]. - The advantages of lithium batteries include high energy density, compact size, and intelligent features that allow for precise monitoring of battery health, making them suitable for data center applications [26][23]. - The company emphasizes the importance of safety in energy solutions, particularly in the context of data centers and energy storage systems, ensuring that all innovations are grounded in safety considerations [29][30].

Core Viewpoint - The article discusses the integration of AI and renewable energy in the context of energy transformation and storage solutions, highlighting the importance of data centers and energy management in supporting the growth of AI-driven industries [3][11]. Industry Background - The energy sector is undergoing a transformation driven by AI and the dual carbon goals of 3060, with new policies guiding the renewable energy landscape [3]. - AI's growth is closely linked to energy demand, particularly in data centers, which require stable power supply to support their operations [3]. Company Solutions - The company offers modular data center solutions, including edge computing and large-scale data centers, to meet diverse energy needs [5]. - It provides comprehensive energy solutions for AI, including distributed and centralized wind power, and various solar energy applications [6]. - The company has developed a full range of charging solutions, including AC and DC charging stations, and energy storage systems for residential and commercial use [7]. Market Applications - The company targets high-energy-consuming industries with commercial energy storage solutions that leverage peak and valley price arbitrage [6]. - It has established a presence in international markets, particularly in residential energy storage, which is gaining traction in regions like Australia and Europe [8]. Innovative Products - The company has introduced a mobile energy storage robot that autonomously charges vehicles, enhancing efficiency and reducing the need for human intervention [9]. - It is a pioneer in the industrialization of microgrids, integrating renewable energy sources and optimizing energy management through intelligent platforms [9]. Collaboration and Investment - The company offers various collaboration models, including equipment supply, EPC integration, and investment in energy projects, allowing clients to benefit from energy management contracts without upfront costs [10].