Core Viewpoint - The global energy structure is rapidly transitioning towards clean and low-carbon solutions, with energy storage emerging as a core technology for new power systems, leading to a wave of large-scale development. However, safety incidents related to electrochemical energy storage systems, such as lithium-ion battery thermal runaway and issues with system integration quality, pose significant challenges to the industry's high-quality development, necessitating collaborative efforts to address these challenges [2]. Event Overview - The Fifth International Energy Storage Safety Seminar and the National Key R&D Program project "International Lithium-Ion Battery Energy Storage Safety Evaluation Key Technology Cooperation R&D" will be held on October 16-17, 2025, in Tianjin [2]. - The event coincides with the 130th anniversary of Tianjin University and the 60th anniversary of the Tianjin Fire Research Institute of the Ministry of Emergency Management, aiming to create a platform for technical exchange, deepen industry-academia-research collaboration, focus on safety issues, and promote the transformation of research outcomes to support the sustainable development of the energy storage industry [2]. Organizing Institutions - The seminar is organized by the Zhongguancun Energy Storage Industry Technology Alliance, the Tianjin Fire Research Institute of the Ministry of Emergency Management, and the National Energy Storage Technology Industry-Education Integration Innovation Platform of Tianjin University [29]. - Co-organizers include the CNESA Energy Storage Safety Committee and the China Internal Combustion Engine Society Energy Storage Technology Branch, with support from various energy and technology companies [29]. Attendee Categories - Expected attendees include government departments, grid companies, project developers, design institutes, power generation groups, research institutions, and energy storage-related enterprises [31]. Previous Events - The Fourth International Energy Storage Safety Seminar was held on August 26, 2024, in Suzhou, with over 500 participants from various sectors discussing the safety development of energy storage in the context of large-scale development [34]. - The Third Energy Storage Safety Forum took place on August 25, 2023, in Qingdao, continuing the dialogue on safety in energy storage [34]. Research Institutions - The Tianjin Fire Research Institute, established in 1965, specializes in fire rescue scientific research and has developed into a comprehensive international research institution in the field of fire safety [35]. - The New Energy Fire Safety Technology Research Center at the institute focuses on research across the entire chain of new energy, including safety mechanisms and fire prevention [37]. Educational Institutions - Tianjin University, founded in 1895, is recognized as China's first modern university and has made significant contributions to national economic and social development [38]. - The National Energy Storage Technology Industry-Education Integration Innovation Platform at Tianjin University was approved in December 2021 and includes multiple centers focusing on various aspects of energy storage technology [39].

Core Viewpoint - The article discusses the establishment of a capacity pricing mechanism for power generation in Ningxia, aimed at promoting a new energy system and supporting green and low-carbon energy transformation [7][9]. Group 1: Implementation Scope - The mechanism will initially include compliant public coal power units and new energy storage on the grid side, excluding direct current supporting power sources [10]. - The list of coal power units and new energy storage that will execute the capacity pricing mechanism will be compiled by the State Grid Ningxia Electric Power Company and submitted for review [10][11]. Group 2: Capacity Fee Determination - The capacity fee for coal power units and new energy storage will be determined by the product of effective capacity, capacity price standard, and capacity supply-demand ratio [11]. - Effective capacity for coal power units is calculated by deducting auxiliary power from the rated capacity, while for new energy storage, it is based on the full power discharge duration divided by 6 times the rated power [11]. - The capacity price standard will be 100 yuan per kilowatt per year from October to December 2025, increasing to 165 yuan per kilowatt per year starting January 2026 [11]. Group 3: Capacity Supply-Demand Ratio - The capacity supply-demand ratio is defined as the ratio of capacity demand to total effective capacity, with capacity demand calculated based on the maximum value of the previous year's system net load curve [4][11]. - If the capacity supply-demand ratio exceeds 1, it will be capped at 1 [4]. Group 4: Fee Settlement and Distribution - The State Grid Ningxia Electric Power Company will calculate and settle the capacity fee monthly [12]. - The capacity fee will be proportionally shared among all industrial and commercial users based on their monthly electricity consumption and the monthly electricity delivery of power generation companies [13]. Group 5: Capacity Fee Assessment - If a coal power unit cannot provide output as per dispatch instructions and its maximum output is less than 95% of effective capacity, penalties will be applied [14]. - New energy storage units will also face penalties for non-operation during the month, affecting their eligibility for future capacity fees [14]. Group 6: Other Matters - The notification will take effect from October 1, 2025, and will be adjusted according to national policy changes [15].

Core Viewpoint - The article discusses the upcoming 4th Sodium-Ion Battery Industry Chain and Standards Development Forum, highlighting its significance in the development and standardization of sodium-ion battery technology [3][10]. Event Details - The forum will take place from September 24 to 26, 2025, in Weihai, Shandong, China [3][10]. - It is organized by the China Electronics Standardization Institute and the Zhongguancun Energy Storage Industry Technology Alliance [3]. Agenda Highlights - The agenda includes a series of keynote speeches, discussions on national and international standards for sodium-ion batteries, and the release of evaluation results for sodium-ion battery performance [11][12]. - Keynote speakers include experts from various institutions, such as Hu Yongsheng from the Chinese Academy of Sciences and Wang Zhenbo from Harbin Institute of Technology [11][13]. Standardization Efforts - The forum will address the development of standards for sodium-ion batteries, including safety requirements and technical specifications for energy storage systems [12][13]. - Discussions will cover various aspects of sodium-ion battery technology, including cathode and anode materials, electrolytes, and battery management systems [13]. Industry Applications - The forum will explore practical applications of sodium-ion batteries in sectors such as energy storage, electric vehicles, and emergency response systems [13]. - Presentations will include case studies on sodium-ion battery projects and their implementation in real-world scenarios [13].

Core Viewpoint - The notification from the National Development and Reform Commission and the National Energy Administration aims to enhance the price mechanism to promote the nearby consumption of renewable energy generation, addressing challenges in energy consumption and system regulation [10][14]. Group 1: Policy Objectives - The policy emphasizes the importance of developing and utilizing renewable energy resources like wind and solar power to support green and low-carbon energy transitions, achieving carbon peak and carbon neutrality goals [5]. - It aims to facilitate the nearby consumption of renewable energy, which is crucial for meeting the green energy needs of enterprises and alleviating pressure on the power system [10][14]. Group 2: Project Requirements - Renewable energy projects must ensure that the annual self-consumed electricity accounts for at least 60% of the total available generation and at least 30% of total electricity consumption, increasing to 35% for new projects starting in 2030 [5][12]. - Projects should have clear physical and safety responsibility interfaces with the public grid and must be equipped with metering devices to accurately measure electricity data at various stages [5][12]. Group 3: Cost Responsibilities - Projects will pay transmission and distribution fees based on their capacity, with no additional fees for electricity fed back into the grid. The monthly capacity fee calculation includes current policy fees and the average load rate [6][13]. - System operation fees will initially be based on the electricity fed into the grid, transitioning to a capacity-based fee structure over time [7][13]. Group 4: Market Participation - Nearby consumption projects will have equal market status with other power generation companies and users, participating in the electricity market as a unified entity [7][11]. - In areas with continuous spot markets, these projects will trade and settle electricity prices according to market rules, while in non-continuous areas, they will not send electricity back to the public grid [7][11]. Group 5: Implementation and Monitoring - Provincial price authorities are tasked with monitoring the implementation of the policy, summarizing experiences, and providing feedback for improvements [8]. - Project owners must apply for grid connection after filing with local authorities and must establish contracts with grid companies to clarify responsibilities [8]. Group 6: Expected Impacts - The refined price mechanism is expected to clarify project boundaries, supply responsibilities, and economic liabilities, potentially accelerating the development of nearby consumption models and enhancing renewable energy utilization [14][15]. - It will also help reduce the regulatory pressure on the power system by encouraging projects to optimize their capacity and enhance their balancing capabilities [15].

Core Viewpoint - The article outlines the "New Energy Storage Scale Construction Special Action Plan (2025-2027)" issued by the National Development and Reform Commission and the National Energy Administration, aiming to promote the development of new energy storage systems in China, with a target of achieving an installed capacity of over 180 million kilowatts by 2027, driving direct investment of approximately 250 billion yuan [3][8]. Overall Goals - By 2027, new energy storage will achieve scale and market development, with technology innovation and equipment manufacturing capabilities ranking among the top globally, and a multi-dimensional energy storage system for stable operation of the new power system will be initially established [7][8]. Application Scenarios - The plan emphasizes the expansion of application scenarios for new energy storage, including collaboration with renewable energy sources, grid stability support, and innovative applications in smart microgrids and virtual power plants [9][10]. Utilization Level Improvement - The action plan aims to innovate control methods for new energy storage, enhance the calling level of new energy storage, and improve the adaptability of scheduling to ensure safe and stable operation of the power system [12][13]. Innovation and Integration - The plan promotes technological innovation in new energy storage, supporting key technology breakthroughs and the establishment of a collaborative innovation ecosystem among enterprises [13][14]. Standard System Construction - There is a focus on accelerating the establishment of a standard system for new energy storage, ensuring that standards are aligned with technological advancements and industry needs [15][16]. Market Mechanism Improvement - The plan encourages new energy storage to participate in the energy market comprehensively, promoting integrated participation in energy trading and auxiliary service markets [16][17]. Organizational Assurance - The National Development and Reform Commission and the National Energy Administration will coordinate efforts across provinces to ensure the effective implementation of the action plan, emphasizing safety management and talent development [17][18].

Core Viewpoint - Azerbaijan's state-owned power and transmission company, AzerEnergy, is constructing a 250MW/500MWh battery storage project, the largest of its kind in the region, aimed at enhancing grid stability and energy independence [2] Group 1: Azerbaijan's Energy Project - AzerEnergy's project is located at two key substations: the 500 kV Absheron substation near the capital and the 220 kV Agdash substation [2] - The project will improve grid stability, frequency regulation, and peak load management, and it has black start capability to assist in grid recovery after major outages [2] - As part of its decarbonization strategy, AzerEnergy plans to integrate 2GW of wind and solar power into the national grid by 2027 [2] Group 2: Uzbekistan's Energy Initiatives - Uzbekistan is planning a larger independent battery storage project, with ACWA Power securing a contract for a 2GWh battery storage project [4] - ACWA Power is also collaborating with the Asian Development Bank to construct a wind and storage facility in the Karakalpakstan region, which includes a 200MW wind farm and a 100MWh storage system [4][5] - The project financing includes $5.1 million from the Asian Development Bank and aims to support Uzbekistan's transition to low-carbon energy [5] Group 3: Future Goals and Developments in Uzbekistan - Uzbekistan aims to install 25GW of renewable energy capacity by 2030, with renewable energy accounting for 16% of its energy structure as of February 2025 [7] - The country is also advancing its storage infrastructure, with a 63MW storage system and a 250MW solar power plant planned for construction [5][6]

文 | 中关村储能产业技术联盟 2 0 25年8月2 9日，国家市场监督管理总局（国家标准化管理委员会）发布公告， 应急管 理部沈阳消防研究所 负责起草编制的推荐性国家标准GB/T 4 6261- 2025《电化学储能 电站火灾监测预警系统通用技术要求》批准发布，标准将于2 0 2 6年9月1日正式实施。 本标准作为我国电化学储能领域的重要技术标准， 首次系统性地构建了电化学储能电 站火灾监测预警系统的标准化框架 。 其核心内容包括： 一是对 系统整体架构及核心设备 的术语定义与分类体系进行明确界定，为行业术语统 一和产品归类提供依据； 二是规定监测 报警装置 在气体、温度、烟雾、压力等多参数监测方面的功能与性能要 求，确保系统能够多维度感知火灾风险； 三是明确 控制装置 的报警触发、联动控制等关键功能的技术要求，强化火灾发生时的 快速响应与协同处置能力； 四是提出 环境耐受性、电磁兼容性 等可靠性要求，并配套检验规则与试验方法，保障 系统在复杂工况下的稳定运行。 本标准的发布实施填补了电化学储能电站早期火灾监测预警产品标准的空白，标志着我 国在储能设施消防安全领域迈入系统化、规范化新阶段，为储能产业的安全发 ...

Core Viewpoint - Trina Solar has signed a total of 2.48 GWh energy storage sales contracts with three customers across China, Latin America, and the Asia-Pacific region, marking a significant milestone with its first GWh-level grid-connected project in overseas markets [2][5]. Group 1: Contract Signing Details - The contracts involve a total of 2.48 GWh of energy storage products, with 1 GWh designated for overseas delivery using a grid-connected system [2][5]. - The contracts are classified as routine operational contracts, and no board or shareholder approval was required for their signing [5]. Group 2: Customer Information - The three customers involved in the contracts do not have any related party relationships with the company or its subsidiaries, ensuring the independence of the company's operations [7]. Group 3: Contract Main Content - The contracts include clear stipulations regarding product delivery, pricing, quality requirements, technical standards, packaging standards, acceptance criteria, settlement methods and deadlines, liability for breach of contract, and dispute resolution [8]. Group 4: Impact on Company Performance - The successful execution of these contracts is expected to have a positive impact on the company's future operating performance, with specific effects to be confirmed by annual audits [9].

Core Viewpoint - The energy storage industry is transitioning from large-scale expansion to high-quality development, driven by policy improvements, market demands, and technological advancements [2]. Group 1: Policy and Market Dynamics - The implementation of policies like Document 136 is enhancing the market mechanisms for the energy storage industry, leading to higher standards for manufacturing efficiency and standardization [2]. - Continuous growth in new energy installations and increasing flexibility demands in the power system are pushing energy storage manufacturing towards higher precision and efficiency [2]. Group 2: Technological Integration - The integration of AI, big data, and automation technologies is providing new possibilities for overcoming existing bottlenecks in energy storage manufacturing [2]. - The first ecological matchmaking meeting by the Zhongguancun Energy Storage Industry Technology Alliance aims to deepen the integration of energy storage and intelligent manufacturing, focusing on technological advancements and practical applications [2]. Group 3: Conference Details - The "Energy Storage + Intelligent Manufacturing" conference will be held on October 10, 2025, at the Shenzhen XWANDA R&D Base, organized by the Zhongguancun Energy Storage Industry Technology Alliance [4]. - Key discussion topics include breakthroughs in battery cell manufacturing, the role of AI in optimizing material ratios, and the application of digital twin technology in production processes [4][5]. Group 4: Sustainable Manufacturing - The analysis of intelligent manufacturing technologies highlights their role in reducing energy consumption and carbon emissions during the energy storage production process [6]. - Exploring the "intelligent manufacturing + circular economy" model aims to enhance resource utilization efficiency throughout the lifecycle of energy storage products [6].

Core Viewpoint - The company is experiencing a decline in revenue and profit for the first half of 2025, while actively exploring new energy storage technologies and expanding its installed capacity in response to market demands [2][3]. Group 1: Financial Performance - In the first half of 2025, the company's operating revenue was 1.4736 billion yuan, a decrease of 2.19% year-on-year [2]. - The total profit for the same period was 474.5 million yuan, reflecting a year-on-year decrease of 12% [2]. Group 2: Installed Capacity - As of the first half of 2025, the company had an installed capacity under construction of 13.8178 million kilowatts, with wind and solar power accounting for 10.0178 million kilowatts [2]. - The breakdown of the installed capacity includes 27% from onshore wind, 26% from offshore wind, and 47% from solar power, with the remaining 3.8 million kilowatts from thermal, pumped storage, and energy storage projects [2]. Group 3: Energy Storage Initiatives - The company is actively exploring various new energy storage technologies, with an installed capacity of over 3 million kilowatts in new energy storage projects [3]. - The main application scenarios for energy storage include independent storage and renewable energy supporting storage, with independent storage generating revenue through participation in the electricity spot market and providing ancillary services [3]. - The company plans to closely monitor regional market rules and policy changes regarding new energy storage, particularly supporting storage, to optimize project participation strategies in the electricity market [3].