文 | 中关村储能产业技术联盟 储能技术的安全与创新是储能支撑新型电力系统构建的关键议题。 2 0 2 5年8月8日，北京 新型储能技术安全与创新沙龙（第一期）在北京成功举办。 本次沙龙活动由北京市科学 技术协会创新服务中心与中关村储能产业技术联盟联合主办， 旨在探索"符合北京地区特 点的新型储能技术安全与创新路径"，聚焦电池本质安全与设计探索，为北京储能产业的 安全化、高质量发展提供了全新思路与解决方案。 中关村储能产业技术联盟 副秘书长唐亮主持活动 主旨报告环节 多维度剖析储能电池技术 与此同时，她也以严谨的科学态度直面该技术在能量密度提升、循环寿命延长等关键技 术层面所面临的严峻挑战。通过详实的数据和案例，为钠离子电池的技术攻关以及后续 的产业应用清晰地理清了思路，为相关科研人员和企业提供了极具价值的参考。 中国科学院物理研究所 研究员、博士生导师陆雅翔 清华大学 副研究员陈翔 清华大学副研究员陈翔聚焦 "人工智能辅助锂电池材料设计与健康状态估计研究" 这 一 前沿领域进行了精彩汇报。陈翔深耕能源化学基础理论研究，致力于将多尺度模拟计算 与先进的人工智能技术深度融合，创新性地提出了锂键化学等一系列全新概 ...

Core Viewpoint - The development of new energy storage in China is strong, with a diverse technological route, but inherent safety issues of batteries remain prominent, particularly with lithium batteries posing significant risks due to dendrite growth leading to short circuits and thermal runaway [1] Group 1: Industry Context - The safety and stability standards for energy storage projects in Beijing are particularly stringent due to the city's functional positioning and safety management requirements [1] - The resolution of inherent safety issues in batteries is urgent for the large-scale and reliable application of energy storage systems [1] Group 2: Event Overview - A series of thematic seminars organized by the Beijing Association for Science and Technology Innovation Service Center and the Zhongguancun Energy Storage Industry Technology Alliance will focus on "New Energy Storage Technology Safety and Innovation Paths Suitable for Beijing" [1] - The event will feature experts from top research institutions, including the Chinese Academy of Sciences and Tsinghua University, to discuss high-safety energy storage technology routes [1] Group 3: Key Topics of Discussion - The seminar will cover topics such as the application needs for battery inherent safety, the prospects and challenges of solid-state and sodium-ion batteries, the application of AI in battery research, and the enhancement of battery safety through cooling liquids [6]

Core Insights - The article highlights the strategic development of Fangshan District in Beijing, focusing on attracting technology companies through supportive policies and innovative business models like "front store, back factory" [1][3][6] Group 1: Industry Development - Fangshan District is becoming a hub for high-tech industries, particularly in green energy and new materials, leveraging its research and manufacturing capabilities [1][4] - The district is forming clusters of high-precision industries, with a focus on smart manufacturing and intelligent medical engineering [1][4] Group 2: Government Support - The Beijing Investment Promotion Service Center and local authorities are actively facilitating connections between companies and application scenarios, addressing challenges such as "technology lacking scenarios" [2][3] - A new action plan for 2024-2026 aims to create significant application scenarios and demonstration projects to support the development of four major industrial clusters in Fangshan [3][6] Group 3: Business Models - The "front store, back factory" model allows companies to conduct research and production in close proximity, enhancing efficiency and reducing costs [3][4] - This model has been integrated into the "14th Five-Year Plan" for high-precision industry development in Beijing, promoting its adoption across the city [3][6] Group 4: Talent and Environment - Fangshan District has introduced the "Gathering Talent Plan," offering various support measures for talent acquisition, including financial rewards and housing guarantees [6] - The district is committed to optimizing the business environment, emphasizing that a high-quality environment is crucial for attracting and retaining quality enterprises [6]

Battery - Jinlongyu Group has signed a procurement order for 100,000 high-energy density solid-state battery cells for drones, with the EC01 series having an energy density of 500Wh/kg [2] - TDK is accelerating the launch of its next-generation silicon-based anode battery, with plans to meet the demands of smartphone manufacturers, including Apple, with shipments expected to start soon [3] - Yihua New Energy has signed a project agreement for solid-state lithium-ion batteries in Pengze, Jiangxi, with an initial investment of 300 million yuan to build four production lines [4] Materials - Sanfu New Materials plans to invest 620 million yuan in a project for high-safety key materials for solid-state/semi-solid lithium batteries and high-frequency electronic information composite materials, with an annual production capacity of 5GWh for key materials [6] Automotive - Volkswagen Group announced that starting in 2026, all its electric vehicle models will transition to a new platform called MEB Plus, fully adopting lower-cost LFP batteries, with the ID.2 model being the first to feature this battery type [8]

资料显示，本项目选址位于江西新建经济开发区官马街以北、坚磨大道以西， 总投资407856.74万元，计划建设新型锂电池研究院及年产 10GWh新型储能锂电池、40万支消费类锂电池和固态锂离子电池生产制造产线。 南昌赣锋锂电科技有限公司成立于2023年10月，为江西赣锋锂电科技股份有限公司的全资子公司，隶属于江西赣锋锂业集团。 据此前公告显示，项目计划分三期建设， 其中一期建设年产5GWh储能PACK电池生产基地，计划投资金额不超过20亿元；项目二期、三期将 根据市场情况适时启动动力电池、储能电池生产基地的投资建设。 项目预计2025年9月份完成一期的厂房建设，差不多2025年年底会形成产能。项目全部建成后，将成为江西省内首个集3C数码锂电池、动力储 能锂电池、新型固态锂电池电芯制造、PACK系统集成为一体的新型锂电池研发及制造基地。 作为赣锋锂业的控股子公司，背靠股东的支持，赣锋锂电先后开发了动力、储能、数码、可穿戴、固态锂电池等5大系列30多种产品，并分别 在东莞、宁波、苏州、新余、惠州、重庆、襄阳、呼和浩特等地建立多个生产与研发基地，2024年公司产能达到35GWh，动力及储能电池、 半固态电芯的规划总产 ...

Battery - EVE Energy has received a supplier development notification from Xiaopeng Huitian to provide next-generation low-voltage lithium batteries [2] - CATL and NIO have signed a strategic cooperation agreement to jointly build the world's largest battery swap network, promoting the unification of industry technology standards [4] - Ganfeng Lithium's 10GWh battery project has been approved, with plans to produce new energy storage lithium batteries and consumer lithium batteries by the end of 2025 [5] Materials - Yinglun Co. has signed a strategic cooperation agreement with a well-known automotive company to jointly develop next-generation battery technology using composite conductive materials [7] - Guizhou Jinsheng Tiannai New Energy Materials Co. plans to modify its project to produce 50,000 tons of phosphoric iron and 10,000 tons of lithium iron phosphate annually [8]