Core Viewpoint - The launch of the PowerTitan 3.0 energy storage platform by Sungrow redefines the third generation of large-capacity battery cells, offering a comprehensive intelligent experience across all scenarios and cycles in energy storage [1][2]. Product Launch and Features - The PowerTitan 3.0 platform includes three versions: Flex, Class, and Plus, with the Plus version featuring a single cabinet capacity of 12.5MWh, the largest globally, and an energy density exceeding 500kWh/㎡, also the highest worldwide [1]. - The platform allows for a 45% reduction in land use and a 10% reduction in cabling for a 1GWh station, significantly lowering investment costs [1]. Technological Innovations - The platform integrates modular technology akin to "LEGO" blocks, enabling flexible configurations to meet diverse global energy storage needs [4]. - The introduction of a 684Ah large battery cell with a cycle life exceeding 15,000 times and an energy density of over 440Wh/L represents a significant advancement in energy and safety [8][10]. - The first full liquid-cooled silicon carbide PCS in the industry achieves an efficiency of 99.3%, enhancing the overall system performance [11][12]. Intelligent System and Operational Efficiency - The PowerTitan 3.0 platform features a comprehensive intelligent system that optimizes the entire lifecycle of product development, delivery, operation, and trading [14]. - The "Lingxi" delivery system reduces configuration checks from 17 days to 1 hour, allowing for faster grid connection and revenue generation [15]. - The PowerBidder platform enhances trading decisions, achieving up to 90% of the maximum ideal revenue in independent storage scenarios [16]. - The PowerDoctor platform utilizes AI for predictive maintenance, achieving a 99% accuracy in root cause identification and reducing unplanned downtime by 99% [18]. Advanced AI Integration - The platform employs advanced AI technologies for temperature control and early anomaly detection, ensuring optimal performance and safety [20]. - The new grid technology enables real-time data perception and optimal strategy formulation for various grid scenarios, enhancing stability and responsiveness [22].

文 | 中关村储能产业技术联盟 一、政策数据概览 根据CNESA Da t aLi n k全球储能数据库的不完全统计，2 0 2 5年5月份共发布储能相关政策 4 8项，其中国家层面发布3项，地方层面浙江、广东、贵州、河南、南方、 华东 等2 1个 地区发布产业相关政策。从重要程度来看，非常重要类39项，占比8 1%。 3 9项非常重要类政策中，广东、贵州发布重点政策较多，从政策类别看，主要为电力市场 政策和电价政策。全国发布政策类型看，以电力市场、管理规范、电价政策等为主。 加强安全管理。 国家能源局发布《关于加强电化学储能安全管理有关工作的通知》，重 点提及未来要对项目安全生产条件和设施进行综合分析，形成书面报告并备查。 推动绿电直连。 国家发改委、国家能源局联合发布《关于有序推动绿电直连发展有关事 项的通知》，按照并网和离网型两类，推动绿电直连项目，侧重增量新能源与增量负荷的 配合发展。 阶段性关税战终止。 中美在日内瓦经贸会谈联合声明，分别取消或暂停执行今年以来的 部分关税政策。 图1：5月非常重要类政策类别及地区发布情况 | 序号 | 政策名称 | 发布机构 | | --- | --- | --- ...

文 | 中关村储能产业技术联盟 6月5日，淮河能源集团潘一矿关闭煤矿新型重力储能示范项目（EPCO）邀请招标。 建设规模： 1 0 0MWh重力储能系统5.5 3亿元：总建筑面积约12,000㎡（含厂房、产品仓库、员工宿 舍综合办公楼、餐厅等）； 虚拟电厂、智数微电网3 . 5 5亿元：微件开发0.31亿元，设备采购及电网建设3 . 2 4亿元； 潘集区3000亩沉降治理10.42亿元：含生态修复5 . 2 1亿元、景观建设2.04亿元、多功能开 发及工广修复建设3 . 2 4亿元等； 重力电厂的运营6.24亿元（运营周期20+10年），运营包含：负责重力储能电站日常储能 发电正常运行、维护及管理工作；负责虚拟电厂市场开拓、区块链增容工作，负责虚拟电 厂正常运行、维护及管理工作；负责虚拟电厂、智数微电网所涉及的范围一切电力购、卖 设备设施的正常运行、维护及管理工作。 设计费：0. 7 7 2 2亿元 合同估算价：2 6 . 5 1 2 2亿元 计划工期：总工期1185日历天（其中设计工期：90日历天，施工工期1095日历天），开 工时间具体以开工令为准。 2.1招标项目名称:淮河能源集团潘一矿关闭媒矿新型重力 ...

相关阅读 Powin 人力资源副总裁Scott Getman 签署的信件称："若Powin当前经营状况未能改善，预计将于2025年7月28日或之前启动裁员。" 构网型等七大方向！国家能源局开展新型电力系统建设第一批试点 根据俄勒冈州职工调整与再培训通知法案 （WARN） ，员工规模超百人的企业须提前60天向受影响员工通报停业及裁员计划。据悉， Powin 可能被迫关闭业务并裁员250人。通知中详细列出了所有受影响岗位，包括首席执行官， 并指出若业务终止，预计将永久解雇相 关员工。 作为储能系统集成商，Powin提供基于模块化Powin Pod液冷5MWh锂离子解决方案的储能系统硬件，采用标准20英尺集装箱设计，并 搭载其StackOS能源管理平台。 Powin 官网数据显示，其全球已投运项目容量超11GWh，另有超6GWh项目在建。 文 | 中关村储能产业技术联盟 该公司与多家电池供应商合作，是中国以外首批推出20英尺集装箱内5MWh容储能系统解决方案的集成商之一。 Powin 执行副总裁 Danny Lu向媒体透露，此举旨在使公司能在能量密度与高功率输出领域与中国集成商竞争。随着中国厂商提升系统能量密度，P ...

文 | 国家能源局 6月4日，国家能源局关于组织开展新型电力系统建设第一批试点工作的通知发布，其中提 到， 坚持重点突破， 先期围绕构网型技术、系统友好型新能源电站、智能微电网、算力与 电力协同、虚拟电厂、大规模高比例新能源外送、新一代煤电 等七个方向开展试点工作 。 国家能源局关于组织开展新型电力系统建设 第一批试点工作的通知 国能发电力〔2025〕53号 （五）虚拟电厂。 围绕聚合分散电力资源、增强灵活调节能力、减小供电缺口、促进新 能源消纳等场景，因地制宜新建或改造一批不同类型的虚拟电厂，通过聚合分布式电源、 可控负荷、储能等负荷侧各类分散资源并协同优化控制，充分发挥灵活调节能力。持续丰 各省（自治区、直辖市）能源局，有关省（自治区、直辖市）及新疆生产建设兵团发展改 革委，北京市城市管理委员会，国家能源局各派出机构，有关中央企业： 为落实《国家发展改革委 国家能源局 国家数据局关于印发〈加快构建新型电力系统行动 方 案 （ 2024—2027 年 ） 〉 的 通 知 》 （ 发 改 能 源 〔 202 4 〕 1128 号 ） 有 关 要 求 ， 选 取 典 型 性、代表性的方向开展试点探索，现将有关事 ...

Core Viewpoint - The article highlights the successful integration of multiple large-scale energy storage projects in Yunnan, showcasing the company's leading position in the energy transition and its ability to provide comprehensive energy storage solutions in complex grid environments [3][12]. Group 1: Project Achievements - Four major projects in Yunnan, including a 200MW/400MWh independent energy storage project in Yao'an, have successfully connected to the grid, totaling a capacity of 1.5GWh [3][12]. - The projects demonstrate the company's strong technical capabilities and project execution, overcoming challenges posed by Yunnan's complex terrain and climate [6][9]. Group 2: Technological Innovations - The Yao'an project is recognized as a "smart energy lighthouse," integrating intelligent monitoring and AI big data analysis with a modular energy storage system [6][7]. - The Nanhua project employs an innovative hybrid solution of 175MW/350MWh grid-connected and 25MW/50MWh grid-structured systems, enhancing grid adaptability and operational flexibility [7][9]. - The Yongde project utilizes a fully grid-structured energy storage system, which transforms the role of energy storage from passive to active control within the power system [9][11]. Group 3: Economic and Social Impact - The successful integration of these projects alleviates peak-load pressure on the regional grid and enhances the flexibility of grid regulation, contributing to the consumption of clean energy [12][13]. - The projects stimulate local industrial upgrades and job growth, acting as a key engine for regional green development and high-quality economic growth [12][14]. Group 4: Policy and Market Dynamics - The development of a "regulation capacity market" in Yunnan, supported by innovative policies, enhances project economics and grid flexibility, reducing investment risks and stimulating market vitality [13][14]. - The company aims to deepen cooperation with Yunnan and other regions to promote the integration of renewable energy and energy storage, contributing to a cleaner, safer, and smarter energy system [13][14]. Group 5: Company Vision and Global Reach - Since its establishment in 2019, the company has delivered over 200 projects globally, with a cumulative scale exceeding 13GWh, positioning itself as a leader in green energy innovation [14]. - The company is committed to participating in the global low-carbon energy transition and aims to spread the benefits of green energy worldwide [14].

据了解，天津中绿电投资股份有限公司主营业务为风能和太阳能投资、开发、运营，主要产品为 电力。2024年公司积极发展陆上风电、海上风电、光伏发电，深入推动源网荷储一体化和多能 互补发展，积极开展储能业务，实施差异化竞争，基本形成了"海陆齐发、风光并举、多能互 补"的业务布局。 中国绿发作为公司间接控股股东，产业布局涵盖绿色能源、低碳城市、现代服务业、战略性新兴 产业等多个板块，公司作为其绿色能源业务的唯一上市平台，凭借中国绿发跨区域资源整合优 势，能够有效利用"绿色能源+文旅"、"绿色能源+酒店"等多元化产业协同模式，与地方政府持 续探索深度合作机制，不断拓展综合开发场景，提升公司区域化业务布局及规模化资源获取能 力。 相关阅读 文 | 中关村储能产业技术联盟 6月3日，中绿电公告称，2025年5月30日，内蒙古自治区能源局下发了《内蒙古自治区能源局 关于印发2025年第一批独立新型储能建设项目清单的通知》，公司申报的"乌海市20万千瓦/80 万千瓦时固态电池储能电站"被纳入2025年第一批独立新型储能建设项目清单。同日，公司全资 子公司中绿电(若羌)储能科技有限公司收到新疆维吾尔自治区巴音郭楞州蒙古自治州发展 ...

Core Viewpoint - The article discusses the procurement announcement for a new energy storage project in Xindu District, Sichuan Province, which involves a 110MW/220MWh energy storage system [2]. Group 1: Project Overview - The project is located in Xindu District, Chengdu, and utilizes a total area of approximately 25 acres, currently a precast factory site [2]. - The project aims to connect to the grid via a 110kV line to the nearby Tuanjie 220kV substation, approximately 2.2 km away [6]. Group 2: Procurement Requirements - Bidders must have supplied and put into operation at least two individual projects with a capacity of 100MWh or more of lithium iron phosphate electrochemical energy storage systems from January 1, 2022, to the bid deadline [3]. - Bidders must also have signed contracts for a cumulative total of no less than 440MWh of lithium iron phosphate electrochemical energy storage systems by January 1, 2024 [3][15]. Group 3: Scope of Work - The procurement includes the design, manufacturing, factory testing, packaging, and transportation of energy storage system equipment, including battery systems, inverters, and energy management systems [9]. - Responsibilities also include providing technical services such as installation guidance, commissioning, and performance testing [10]. Group 4: Delivery and Timeline - The delivery location is specified as the energy storage site in Xindu District, with a delivery method of truck delivery [7]. - The contract stipulates that delivery conditions must be met within 60 days from the contract signing date, with specific delivery times to be confirmed by the buyer [13]. Group 5: Bidder Qualifications - Bidders must be independent legal entities within the People's Republic of China and must meet specific performance and product manufacturing capability requirements [15]. - Bidders must demonstrate production capabilities for at least two of the following products: cells, PCS (inverters), BMS (battery management systems), and EMS (energy management systems) [15]. Group 6: Bid Submission - The deadline for bid submission is set for June 25, 2025, at 09:30 AM, and submissions must be made through the electronic procurement platform [19]. - Bidders are advised to upload their bid documents at least one day in advance to avoid technical issues on the submission day [19]. Group 7: Contact Information - The project is managed by Yalong River Basin Hydropower Development Co., Ltd., with specific contacts provided for both the project and the bidding agency [14][26].

Core Viewpoint - The article emphasizes the acceleration of global energy transition and the consensus among Chinese energy storage companies to expand internationally, while highlighting the challenges posed by increasing market competition and geopolitical factors [1]. Event Overview - The "China-Israel Energy Storage Business Matching Conference" is organized by the Zhongguancun Energy Storage Industry Technology Alliance, PLANETech, and the Israeli Embassy in China [2]. - The event aims to empower Chinese and Israeli energy storage companies by providing insights into the Israeli market and showcasing advanced Israeli energy storage technologies [1][2]. Event Details - **Date and Time**: June 25, 2025, from 14:00 to 16:30 [2]. - **Location**: Beijing (specific location to be notified upon successful registration) [2]. - **Agenda**: - Opening speech by a representative from the Israeli Embassy [2]. - Presentation on the development report of the Chinese energy storage industry [2]. - Discussion on Israeli technologies and potential opportunities in renewable energy, energy storage, advanced manufacturing, and smart mobility [2][3]. Participating Companies - The event invites companies involved in: - Renewable energy and energy storage, including next-generation energy production and storage, grid flexibility, and distributed energy systems [3]. - Advanced intelligent manufacturing, focusing on AI, automated production lines, circular manufacturing, and supply chain optimization [3]. - Smart mobility, covering electric vehicles, battery and charging infrastructure, and energy management [3]. PLANETech Overview - PLANETech is a non-profit innovation community established in September 2020, headquartered in Tel Aviv, aimed at supporting climate change technologies through education, collaboration, and technical practices [3][4]. - As of November 2021, PLANETech has engaged 1,200 companies and 637 startups actively developing technologies to address climate change [4]. Key Contact - Dr. Yaroslav Efimov, the technology head of PLANETech, has over 15 years of experience in industrial, climate, and advanced technology sectors [6].

Core Viewpoint - The article emphasizes the importance of safety in the application of lithium-ion battery energy storage systems, highlighting a project that has developed a comprehensive safety technology system for the entire lifecycle of these systems [2][3]. Group 1: Project Overview - The project titled "Safety Technology for the Full Lifecycle Application of Lithium-Ion Battery Energy Storage Systems" aims to address challenges such as disaster mechanisms, fault diagnosis, accident early warning, and fire control in lithium-ion battery storage [3]. - The project is led by Southern Power Grid Energy Storage Co., in collaboration with institutions like the University of Science and Technology of China and Beijing Institute of Technology [2]. Group 2: Fire Safety Testing Platform - A major outcome of the project is the establishment of a full-scale battery system fire simulation testing platform, which is the first of its kind in China, designed to conduct various fire tests for energy storage technologies [4]. - Since its launch in July 2023, the platform has conducted over 800 fire tests across different battery types, including lithium, sodium, and solid-state batteries [4]. Group 3: Early Fire Detection and Monitoring - The project has developed a safety monitoring platform that can detect early signs of faults, thermal runaway, and explosions, providing a crucial 15-minute window for response [5][6]. - The platform utilizes data from over 4.7 million measurement points and employs advanced algorithms for real-time analysis, achieving an accuracy rate of 97.6% [5]. Group 4: Innovative Fire Suppression Technology - The project has introduced the world's first fluorine-free fire extinguishing materials in energy storage systems, significantly improving fire suppression efficiency [7][8]. - The new liquid nitrogen-based fire suppression system can extinguish initial battery fires within 5 seconds, doubling the efficiency of previous methods [7]. Group 5: Overall Impact and Future Prospects - The project has resulted in a comprehensive set of safety control technologies for energy storage systems, with a demonstration application scale exceeding 1,000 MWh, equivalent to the construction of five large-scale storage stations [8]. - The initiative has not only led to key technological innovations but also fostered a new generation of safety technology talent in the energy storage sector [8].