Core Viewpoint - The article discusses the recent bidding results for a large-scale energy storage system integration project by Inspur, highlighting the scale of the project and the companies that won the bids [2][3]. Group 1: Project Overview - The bidding scale for the energy storage system integration project ranges from 400 MWh to 2 GWh [2]. - The project includes a centralized energy storage system of 2.5 MW/5 MWh and five different specifications of commercial energy storage systems, specifically: 125 kW/261 kWh, 100 kW/233 kWh, 186 kW/372 kWh, 209 kW/418 kWh, and 100 kW/215 kWh [2]. Group 2: Winning Bidders - Companies that won the bids include Trina Storage, Shuangyili, CRRC Zhuzhou Institute, Guanlong Electric, Dongfang Xuneng, Haixi Energy Storage, and Weisheng Energy [3]. - The winning bidders are responsible for various components of the energy storage systems, indicating a diverse participation from the industry [3]. Group 3: Bidding Requirements - The project requires bidders to possess production equipment such as PACK lines and integration lines, and to provide written commitments regarding their technical capabilities [4]. - Bidders must have a strong background in energy storage systems, including at least six related patents or journal papers, and must demonstrate previous project experience of over 600 MWh in energy storage system integration [4].

Core Viewpoint - The article discusses the release of the "New Energy Storage Scale Construction Special Action Plan (2025-2027)" by the National Development and Reform Commission and the National Energy Administration, marking a new phase in the development of new energy storage in China, with a target of achieving a scale of 180 million kilowatts and attracting direct investment of approximately 250 billion yuan by 2027 [2][4]. Demand Side Summary - The demand for new energy storage is driven by the need to achieve "dual carbon" goals and build a new power system. As of July 2025, China's renewable energy installed capacity reached 2.171 billion kilowatts, accounting for nearly 60% of the total installed capacity, with wind and solar power contributing 1.36 trillion kilowatt-hours, or 24.9% of total electricity generation. The rapid growth in electricity consumption necessitates new energy storage as a primary resource for regulation [3]. Supply Side Summary - As of August 2025, China's cumulative installed capacity of new energy storage reached 107.48 GW/257.09 GWh, with an additional 91.93 GW/277.01 GWh under construction, representing over 32 times the capacity at the end of the 13th Five-Year Plan. The rapid development during the 14th Five-Year Plan has significantly improved technology performance and reduced costs, laying a solid foundation for large-scale development [4]. Market Mechanism Summary - The action plan outlines clear requirements for new energy storage to participate in the electricity market and ancillary service market. It encourages the integration of "new energy + storage" as a joint bidding entity and promotes the participation of new energy storage in frequency regulation and reserve services. The establishment of a comprehensive market mechanism during the 14th Five-Year Plan has allowed independent storage in regions like Gansu and Guangdong to participate in both spot and ancillary service markets [6]. Utilization Level Summary - New energy storage has demonstrated its advantages in large-scale utilization, particularly during peak electricity demand periods. As of July 2025, the maximum adjustable power of new energy storage in the State Grid operating area reached 64.23 GW, with a maximum discharge power of 44.53 GW, a 55.7% increase from the previous year. The action plan emphasizes the need for improved scheduling and operational guidelines for new energy storage to enhance its regulatory capabilities [7]. Price Mechanism Summary - The action plan proposes the establishment of a reliable capacity compensation mechanism for new energy storage, addressing the industry's urgent need for reasonable compensation. Despite participation in electricity and ancillary service markets, the current market conditions limit profitability for storage. The plan aims to align capacity compensation for new energy storage with other regulatory resources, ensuring fair compensation and supporting the new power system [8]. Organizational Support Summary - The action plan emphasizes the role of local energy authorities in planning and measuring the demand for regulatory capacity, ensuring a balanced development of new energy storage alongside other regulatory resources. It requires annual reporting on the construction status of new energy storage, which is crucial for setting local installation targets [9][10]. Overall Development Direction Summary - The action plan outlines key development directions for application scenarios, standard construction, and technological innovation, promoting the large-scale and market-oriented development of new energy storage. The release of the plan provides clarity on future development goals and policy directions, boosting confidence in the industry amid domestic policy adjustments and international market risks [10].

Core Viewpoint - The article emphasizes the rapid development of new energy storage technologies in China, highlighting the significant growth in installed capacity and the importance of energy storage in supporting the new power system [2][4]. Group 1: Installed Capacity Growth - As of mid-2023, China's new energy storage installed capacity reached approximately 95 million kilowatts, marking a nearly 30-fold increase over five years, positioning China as the world leader in this sector [4]. Group 2: Technological Development - The article notes a diverse range of new energy storage technologies, including large-capacity lithium-ion batteries, compressed air storage, lead-carbon batteries, and flow batteries, with lithium battery technology achieving international leadership [5]. Group 3: Industry Structure - China has established a comprehensive new energy storage industry system with a wide variety of products and complete supporting facilities, covering independent storage, shared storage, and renewable energy storage, indicating vast development potential [5]. Group 4: Company Initiatives - China Huaneng Group is committed to green and low-carbon transformation, focusing on technological innovation and optimizing energy structure. The company has made significant advancements in energy storage technology and its integration with the new power system [7]. Group 5: Demonstration Projects - China Huaneng has implemented several demonstration projects, including a 55 MW compressed air storage project in Jiangsu and a 30,000 kW molten salt storage project in Shandong, showcasing the commercial application of innovative storage solutions [7][8]. Group 6: Technological Breakthroughs - The company has overcome key technical challenges in compressed air storage and developed critical technologies for energy management systems, significantly improving system response times [8]. Group 7: Integrated Services - China Huaneng is exploring integrated development models that combine renewable energy and storage, enhancing the stability and consumption capacity of renewable energy generation [8].

THE 4TH SODIUM-ION BATTERY INDUSTRY CHAIN AND STANDARDS DEVELOPMENT FORUM 2025 | 山东·威海 第四届钠离子电池产业链与标准发展论坛 THE 4TH SODIUM-ION BATTERY INDUSTRY CHAIN AND STANDARDS DEVELOPMENT FORUM 主办单位 中国电子技术标准化研究院 中关村储能产业技术联盟 承办单位 威海南海新区管理委员会 2025 | 9.24-26 参会报名 第四届钠离子电池产业链与标准发展论坛 委員班 中国科学院院士、新基石研究员 清华大学化学系教授 《高功率钠离子电池》 中国科学院院士、新基石研究员、清华大学化学系教授、高校 分析测试中心研究会理事长、国务院学位办纳米科学与工程学科 评议组秘书长。第十二、十三、十四届全国政协委员。1991年获中国 科学技术大学学士学位、1996年获中科院长春应用化学研究所博 士学位。近年来致力于分析化学、化学生物学、纳米化学、能源化 学领域的教学科研工作。以通讯作者在Science, Nat. Mater, Nat. Nanotech., N ...

Core Viewpoint - The announcement of the failure of the China Tower's 2025 sodium-ion battery product technology development project highlights challenges in the sodium-ion battery supply chain and the need for improved standards and competitive suppliers in the industry [2][3][4]. Summary by Sections Project Failure Announcement - On September 16, 2025, China Tower announced the failure of its sodium-ion battery product technology development project due to insufficient competitive suppliers passing the preliminary review [2][3]. Supplier Evaluation - The evaluation committee determined that fewer than three suppliers passed the preliminary review, leading to the rejection of all responses [3]. - The companies that submitted responses, including Sodium Beauty New Energy Technology (Luoyang) Co., Ltd., Zhongna Energy (Yangzhou) Co., Ltd., and others, did not meet the performance requirements outlined in the inquiry documents [4]. Public Notice Period - The public notice period for the evaluation results is from September 16, 2025, to September 19, 2025, allowing stakeholders to raise objections in writing [5]. Upcoming Events - The "2025 Fourth Sodium-Ion Battery Industry Chain and Standard Development Forum" is scheduled for September 24-26, 2025, in Weihai, Shandong Province, focusing on sodium-ion battery standards and industry advancements [5][9]. Forum Agenda - The forum will include discussions on international standards for sodium-ion batteries, national standard reviews, and various thematic reports on sodium-ion battery technology and applications [8][10][12]. Key Presentations - Notable presentations will cover topics such as high-power sodium-ion batteries, safety performance comparisons, and the industrial application of sodium-ion batteries in various sectors [10][12]. Industry Focus - The forum aims to address industrial breakthroughs and standardization in the sodium-ion battery sector, with a focus on enhancing the competitive landscape and technological advancements [14].

团体标准《温室气体 产品碳足迹量化方法与要求 锂电池储能系统产品》已完成初稿，为 确保标准内容科学合理，兹定于2 0 2 5年9月26日组织召开标准讨论会议，对标准的文本内 容进行讨论。现就相关事项通知如下： 一、会议时间 2 0 25年9月2 6日（周五）0 9：00- 12：0 0 二、会议地点 文 | 中关村储能产业技术联盟 关于组织召开《温室气体 产品碳足迹量化方法与要求 锂电池储能系统》团体标准讨论会 的通知 各有关单位： 五、其他事项 请有意参会的专家于2025年9月2 0日前扫描二维码提交参会回执，联盟确认后将反馈参会 信息。 山东省威海市鲁源锦尚颐国际酒店303会议室（威海市文登区南海新区金海路1 4 5号） 三、会议议程 1、项目组介绍标准内容； 2、会议研讨； 3、山东威海荣成成山镇2 0 0MW/ 400MWh共享储能项目（9月2 6日下午）。 四、联系方式 联 系 人：唐亮，0 1 0 - 6 5 6 6 7069- 805，li a ng.t a ng@c ne s a .org 中关村储能产业技术联盟 2 0 2 5年9月1 5日 180GW 2500亿！为何"规模化"成为新型储能 ...

文 | 中关村储能产业技术联盟 9月17日，宁德时代董事长曾毓群在2025世界储能大会上表示，中国已成为全球最大的新型储能市场，拥有全球最完整、规模最大、最先进的 储能产业链，今年相关政策标志着中国储能产业进入全球全市场化新阶段。 同时，面临安全隐患频发、价格竞争激烈、宣传虚假、技术同质化及无序扩张等问题。 这些问题反映出的产业生态仍需完善。要实现储能行业高质量发展，必须构建创新型的产业生态。包括要坚守储能安全底线、构建实证可信的市 场环境、加强知识产权保护，面向零碳未来进行创新。 曾毓群表示， 零碳电力系统与千行百业的脱碳过程正在催生更多元的储能要求，也对储能创新技术提出了更高的要求。 新能源革命已进入储能为关键支撑的下半程，中国已成为全球储能发展的重要引擎。 让我们携手共建安全导向、真实导向、创新导向的产业新生态，推动全球加速迈向零碳未来。 中国已成为全球最大的新型储能市场， 累计规模五年增加20倍 " 曾毓群指出，过去五年，全球新型储能累计装机增加了11倍。根据联合国气候大会公布的数据，到2030年，为了实现可再生能源提升至目前3 倍的目标，需要将储能累计装机提高到1.5TW， 其中电池储能累计装机1. ...

Group 1 - The article highlights the successful bid announcement for a 500MW/2000MWh independent new energy storage project by China Electric Power Construction Group Jiangxi Electric Power Construction Co., Ltd. [2] - The winning bidder for the procurement of energy storage system equipment is Yaoan Yuanxin Energy Storage Technology Co., Ltd. [2] Group 2 - In August, new energy storage installations reached 2.9GW/7.97GWh, with large-scale base and source-side storage showing year-on-year increases of 285% and 354% respectively [4] - The focus on "scale" has become a key priority for the development of new energy storage, with a target of 180GW and an investment of 250 billion [4] - Recent policy updates from two ministries aim to improve the pricing mechanism for nearby consumption of renewable energy, enhancing the role of storage in stimulating application demand [4]

Core Viewpoint - The article highlights the successful completion of the first independent energy storage project in the Inner Mongolia region, showcasing advanced technology and design tailored to extreme environmental conditions [2][3]. Group 1: Project Overview - The project, located in the Keshiketeng Banner of Inner Mongolia, features a capacity of 150MW and 600MWh, designed to withstand extreme temperatures ranging from -30.7°C to 35°C [2]. - The energy storage system utilizes Haibo Sichuang's flagship products, emphasizing safety, low Levelized Cost of Storage (LCOS), high integration, long lifespan, and strong environmental adaptability [2]. Group 2: Technology and Implementation - The project employs a grid-connected energy storage technology that simulates synchronous generator characteristics, enabling millisecond-level response to grid inertia [3]. - It includes real-time voltage regulation and dynamic frequency adjustment capabilities, enhancing grid resilience under complex operating conditions [3]. - The entire project process, from contract signing to delivery and commissioning, was completed efficiently in just 30 calendar days [3]. Group 3: Data Management and Efficiency - The project integrates Haibo Sichuang's AI cloud platform, establishing a comprehensive data traceability system covering the entire lifecycle from battery cells to on-site operations [4]. - Utilizing artificial intelligence algorithms, the platform enables proactive fault warnings and precise diagnostics of system health, effectively reducing operational costs and improving lifecycle management efficiency [4].

以下文章来源于因湃 ，作者因湃 因湃 . 因湃官方公众账号 在基础盈利模式之上，该项目 深度融合因湃自研虚拟电厂平台，依托"云-边-端"协同架构 ，通过云端AI实时解析七省电力市场数据，动态优化市场协同策略，有效降低月度需量电费 达15%。 | | | ------------------ | IBT 因湃虚挑电厂运营平台 | | $1 | | | | --- | --- | --- | --- | --- | --- | --- | --- | | 资源概览 | | | IBT Virtual Power Plant Operation Platform STATUSTICS. | | | | 运营信息 | | ▶ 聚合规模 | | 节点资源分布 | e. 6100 | 63 / 10 % 10 小孩师 | ▶ 经营统计 | | | | MW6.6E | | | GLUT | | 图与次数 | 8与群量 | 总收益 | | | | | 00421 | | | 15 NEW | 5.1 mg | | 聚合 客量 | 接 入 用 户 | | 60471 大和编 | | | | | | | | | | 增城区 | ...