嘉宾简介： 文 | 中关村储能产业技术联盟 第八届虹桥国际经济论坛 即将于2025年11月5日在上海拉开帷幕。 作为本届论坛的重要组成部分，" 新型储能高质量发展促进全球能源转型 "分论坛迎来一位重量级 嘉宾—— 中国能源研究会储能专委会副主任委员、 清华大学教授夏清 已确认出席，并发表题为 《 中国激励新型储能发展机制设计的基本逻辑与成效 》 的主题报告，回顾中国新型储能 的发展 历程，展示中国产业政策的成效 。 夏清， 清华大学教授、 全国优秀科技工作者、国家能源互联网产业及技术创新联盟电力碳中和专业 委员主任 。 主要研究领域：电力碳中和、新型电力系统、电力市场、能源互联网、综合能源系统、数字经济、 电力规划、电力调度、电力营销。 主要社会兼职：中国电力交易联盟首席专家、 中国能源研究会储能委员会副主任委员、中国电机工 程学会电力市场专委会副主任委员、 中国南方电网专家、广州电力交易中心专家、南方区域电力市 场管理委员会委员 。 论坛信息： 论坛名称 ： 第八届虹桥国际经济论坛"新型储能高质量发展促进全球能源转型"分论坛 主办单位 ： 国家能源局、商务部 承办单位 ： 中国科学院科技战略咨询研究院 中国 ...

Core Viewpoint - The upcoming 8th Hongqiao International Economic Forum will focus on "Promoting High-Quality Development of New Energy Storage to Facilitate Global Energy Transition" and will feature a significant guest, Chen Xiang, Senior Vice President of EVE Energy Co., Ltd., who will present a report on the synergy between lithium battery technology and global carbon neutrality [2][6]. Forum Information - The forum is organized by the National Energy Administration and the Ministry of Commerce, and it will take place on November 5, 2025, at the National Exhibition and Convention Center in Shanghai [6][7]. - The forum aims to create a high-end storage "ecosystem" by inviting global experts from government, industry, academia, and finance to discuss breakthroughs in storage technology, business model exploration, policy incentives, and international cooperation [7]. Guest Profile - Chen Xiang holds a master's degree from Huazhong University of Science and Technology and has over 20 years of experience in the network energy and storage sectors. He specializes in the design of storage systems based on lithium battery technology and has a deep understanding of the storage industry [5]. Agenda Highlights - The forum will feature a keynote speech by Song Hongkun, Deputy Director of the National Energy Administration, focusing on the development of new energy storage and its role in building a new power system [9].

Core Viewpoint - The National Energy Administration has announced the public notice for the proposed addition of experts to the National Power Reliability Management Expert Database, totaling 282 experts across various specialties [2][3]. Group 1: Expert Categories - The proposed additions include 191 experts in power supply reliability management, 23 in low-voltage supply reliability management, 49 in power system reliability management, and 19 in information system development and operation [2][3][4][14][17][19]. Group 2: Public Notice Details - The public notice period is from October 30, 2025, to November 5, 2025, during which any objections to the proposed experts can be submitted to the National Energy Administration [3][4]. Group 3: Expert List Highlights - The list of experts includes professionals from various organizations, with a significant number from State Grid Corporation and other regional power companies, indicating a strong representation from established entities in the power sector [4][5][6][14][17][19].

Core Viewpoint - The article highlights the successful commissioning of the 80MW/240MWh user-side energy storage project by Jiyuan Steel, Envision Technology, and China Nuclear (Nanjing) Energy, marking it as the largest project of its kind in the domestic steel and metallurgy industry [5]. Group 1: Project Overview - The 80MW/240MWh user-side energy storage project represents the largest scale in the domestic steel and metallurgy sector [5]. - The total investment for the project exceeds 200 million yuan, utilizing a peak shaving and valley filling application model [5]. - The project aims to significantly improve the electricity consumption structure, reduce electricity costs, and expand product markets for the enterprise, generating positive ecological, social, and economic benefits [5]. Group 2: Industry Events - The 14th Energy Storage International Conference and Expo (ESIE 2026) is scheduled to take place from April 1-3, 2026, at the Capital International Exhibition Center in Beijing, featuring over 1,000 sponsors and exhibitors [6]. - The event will cover an exhibition area of 160,000 square meters, attracting more than 200,000 visitors and 5,000 industry-related enterprises [6].

Core Viewpoint - The article discusses the increasing occurrence of "negative electricity prices" in China's energy market, highlighting its implications for supply-demand dynamics and the integration of renewable energy sources [2][38]. Group 1: Negative Electricity Prices - The emergence of "negative electricity prices" reflects a temporary imbalance in electricity supply and demand, particularly as renewable energy capacity increases [2][38]. - Short-term "negative electricity prices" can incentivize deeper adjustments in power generation and encourage investments in energy storage and other new entities [2][38]. - Long-term "negative electricity prices" may indicate a significant oversupply of electricity, necessitating further optimization of the power system's adjustment capabilities [2][38]. Group 2: Renewable Energy Development - The installed capacity of renewable energy in China has reached approximately 2.2 billion kilowatts, with wind and solar power accounting for over 1.7 billion kilowatts [17]. - In the first three quarters of 2025, renewable energy installations increased by 31 million kilowatts, a year-on-year growth of 47.7%, representing 84.4% of new installations [17]. - Renewable energy generation accounted for about 40% of total electricity generation, with a year-on-year increase of 15.5% [18]. Group 3: Energy System Flexibility - The energy system's flexibility is crucial for accommodating renewable energy consumption and enhancing operational safety [5][6]. - The focus is on enhancing the flexible adjustment capabilities of various energy resources, including coal and natural gas, to support renewable energy integration [5][6]. - By 2030, the goal is to achieve a virtual power plant adjustment capacity of over 50 million kilowatts [6]. Group 4: Electric Vehicle Charging Infrastructure - As of September 2025, the total number of electric vehicle charging facilities reached 1.806 million, a year-on-year increase of 54.5% [21]. - The government aims to build 28 million charging facilities by the end of 2027 to meet the charging needs of over 80 million electric vehicles [22]. - New technologies, such as high-power charging facilities, are being rapidly adopted, significantly improving charging speed and efficiency [23]. Group 5: Market Mechanisms and Policy Support - The national unified electricity market has seen a trading volume of 4.92 trillion kilowatt-hours, a year-on-year increase of 7.2% [24]. - Policies are being implemented to enhance the safety and efficiency of charging infrastructure and promote the integration of artificial intelligence in the energy sector [16][22]. - The government is actively monitoring market risks associated with "negative electricity prices" and is prepared to implement measures to stabilize the market [3][38].

Group 1 - The core viewpoint of the article highlights the strategic partnership between Jingkong Energy and Club Solar to advance the deployment of a 2GWh residential energy storage system in the Australian market, leveraging each other's strengths for mutual benefit [2] Group 2 - Jingkong Energy will provide internationally competitive residential energy storage solutions through its strong R&D capabilities and global supply chain resources [2] - Club Solar will utilize its established channel network and localized service experience in Australia to create a comprehensive market service system [2] Group 3 - Jingkong Energy has built a service network across 52 countries and has a global production capacity of 31GWh [5]

现诚邀您的关注与参与 文 | 中关村储能产业技术联盟 2025中国储能CEO峰会 暨第十届国际储能创新大赛预选赛 2 0 2 5年1 2月3 - 5日 福建·厦门 聚焦储能产业链全球化布局 围绕国际热点国家和新兴市场 针对 海外项目开发和本地化运营 数据中心（AIDC）、储能+智能制造 等国际储能市场话题 在全球能源转型加速的背景下，储能产业已成为推动绿色经济发展的核心赛道。中国储能 企业凭借技术迭代快、产业链完整、规模化成本优势，逐步成为全球储能市场的重要参与 者。然而，出海过程中仍面临海外政策差异、本地化运营挑战、国际竞争加剧等问题。 厦门作为中国东南沿海重要枢纽城市，兼具大湾区产业资源与东南亚市场辐射能力，是链 接中国储能企业与全球市场的战略支点。 本次峰会聚焦储能产业链全球化布局，广泛邀 请海外能源业主方、项目开发方、国际能源组织或机构的高级别代表， 搭建深度对话、 精准对接、实战经验分享平台，助力企业精准开拓海外新兴市场，抢占2026年国际储能 市场先机。 ； 时间： 202 5年1 2月3 - 5日 地点： 福建・厦门 主题： 破浪・共生 —— 共塑 2026 储能全球化新生态 一、组织机构 主办 ...

Core Viewpoint - The article discusses the commencement of two significant energy storage projects in Shandong, highlighting advancements in vanadium flow battery technology and lithium iron phosphate mixed storage solutions [2][3]. Group 1: Project Details - Shandong Zhaoyang is launching a 100MW/400MWh vanadium flow battery energy storage project, which will utilize a 1MW/4MWh vanadium flow battery combined with a 99MW/396MWh lithium iron phosphate storage solution. The project is scheduled to start in October 2025 and aims for completion by the end of March 2026 [2]. - Shandong Yuanpu's 600MW/1800MWh comprehensive energy storage project will be developed in two phases. The first phase includes a 200MW/402MWh facility, while the second phase will also feature a 200MW/440MWh facility, incorporating various storage technologies [2][3]. Group 2: Timeline and Milestones - The first phase of the Shandong Yuanpu project is set to begin in December 2025, with installation of storage equipment expected to be completed by December 25, 2025, and grid connection planned for March 31, 2026 [3]. - The second phase is scheduled to start in December 2025 and aims for completion and operational status by May 31, 2026 [3].

Core Viewpoint - The company has successfully won a bid for a large-scale lithium battery equipment procurement project in the U.S., marking a significant achievement in its international expansion efforts [2][4]. Group 1: Project Details - The project is located in Texas and is one of the most notable computing infrastructure projects in the U.S., with a total planned investment exceeding $25 billion and a total power supply capacity of 1.4 GW [5]. - The bid amount for the project is 478 million RMB, which highlights the company's growing competitiveness in high-end overseas markets [2][4]. Group 2: Industry Context - The AIDC energy storage sector is experiencing high demand, but companies face challenges such as resource connectivity issues, difficulty in grasping technological trends, and obstacles in commercial implementation [6]. - The upcoming ESIE 2026 International Energy Storage Summit and Exhibition will focus on industry needs and create a dedicated AIDC energy storage area to provide comprehensive support for enterprises [6][8].

Core Viewpoint - The article discusses the challenges and advancements in the reliability assessment of energy storage systems, emphasizing the need for a comprehensive evaluation framework that incorporates lessons from other industries and various assessment methodologies [2][4][10]. Group 1: Reliability Assessment Challenges - Current energy storage systems face challenges such as incomplete reliability assessment methods and difficulties in overall evaluation [2] - The roundtable discussion aimed to explore the reliability assessment of energy storage systems by leveraging experiences from data center UPS power supplies and automotive battery management systems (BMS) [4] Group 2: Evaluation Framework - A three-stage evaluation system for lithium battery reliability was proposed, focusing on research and development, production, and application phases [5] - The evaluation metrics include market failure rates, which rely on big data platforms for real-time tracking of customer complaints and product performance [5][6] Group 3: Comparison of UPS and PCS - A comparison between data center UPS and energy storage PCS highlighted differences in application scenarios and power supply architectures [7] - UPS systems require a reliability level of 99.999%, while PCS systems do not have such extreme requirements, indicating a growing trend towards lithium battery applications in data centers [7] Group 4: BMS Safety and Reliability - The development trends in BMS safety standards were discussed, with a focus on the GB/T39086 standard and the automotive industry's requirement for C-level safety [8] - Continuous optimization of safety measures through improved sensor accuracy and control strategies is expected to enhance BMS reliability [8] Group 5: Safety Analysis of Energy Storage Systems - The safety challenges of energy storage systems are increasing due to higher energy density and longer lifespans [9] - A method combining fault tree analysis (FTA) and Bayesian networks was proposed to evaluate failure probabilities and establish safety levels for energy storage products [9] Group 6: Overall Reliability Evaluation System - A reliability evaluation system for energy storage systems was proposed, focusing on accident occurrence models and integrating subsystem evaluations [10] - The system categorizes energy storage operations into four protective layers, allowing for a comprehensive assessment of overall reliability [10]