行家说储能 近日，据业内人士透露，远景储能此次测试的储能柜之间间距仅为5cm，或创下储能龙头企业烧舱测试中的最小间距。 2025年发布的CSA C-800是 CSA 集团 推出的火烧测试标准，是基于2024年推出的 CSA TS-800 扩展而成的正式国家标准版，获得了加拿大和美国的认可。它不仅涵 盖了大型火灾测试，还扩展了测试范围，可更全面地评估大型储能系统，在现实复杂环境下的耐久性和安全性。 往期精选 ： 本次测试严格按照场站真实场景设计，ABCD箱4组远景智慧交易型储能系统，现场充电至100%SOC，关闭消防系统，燃烧全过程无干预。 最难的一年？工商业储能下半场的反转逻辑 首款产品量产！富士康加码工商业储能 超4GWh！晶科等2企又获储能新单 当下，行业安全标准加速升级， 烧舱实验是储能安全验证的"试金石"，但因实验成本高昂，难以频繁开展，目前烧舱实验主要限于几家有实力的头部企业。 除了远 景储能外，阳光电源、华为、比亚迪、阿特斯、瑞浦兰钧、海辰储能等代表性企业已陆续开展实景烧舱试验。 这标志着储能行业对安全性的追求已从被动防御迈向主动验证的新阶段。可以预见，随着行业对安全性的极致追求，高标准、严要求的 ...

Business Expansion - Redwood Materials launches energy storage business [1] - The initial target market is AI data centers [1] Industry Focus - Highlights the growing energy demands of AI data centers [1]

Leader in AI-Driven Energy Solutions January 2022 1 Cautionary Statement Regarding Forward-Looking Statements This presentation, as well as other statements we make, contains "forward-looking statements" within the meaning of the federal securities laws, which include any statements that are not historical facts. Such statements often contain words such as "expect," "may," "can," "believe," "predict," "plan," "potential," "projected," "projections," "forecast," "estimate," "intend," "anticipate," "ambition, ...

Core Viewpoint - The articles highlight the initiation of significant energy storage projects in Xinjiang, emphasizing their potential impact on local economies and the stability of the regional power grid. Group 1: Project Overview - The Dongfang Xuneng Keping project involves a 400,000 kW/1.6 million kWh independent energy storage system with a total investment of 3 billion yuan, covering over 200 acres [1] - The Changzhou Shangwei project in the Kashgar region features a 200,000 kW/800,000 kWh comprehensive energy storage demonstration project with an investment of approximately 700 million yuan, planned to occupy about 90 acres [4] Group 2: Economic Impact - The Keping project is expected to generate an annual output value of 200 million yuan and contribute over 9 million yuan in tax revenue, while creating around 30 local jobs [2] - The completion of the Kashgar project will significantly enhance the peak regulation capacity and operational stability of the local power grid, supporting the large-scale consumption and efficient utilization of renewable energy [5] Group 3: Strategic Importance - The Keping project is strategically located at a key node of the 750 A Chu transmission corridor, which will improve the stability of the power grid in the Aksu, Hotan, Kashgar, and southern Xinjiang regions [2] - Both projects are positioned to play a crucial role in promoting high-quality economic and social development in their respective counties by facilitating renewable energy integration [2][5]

Group 1 - Tesla's first grid-side energy storage project in mainland China is expected to be operational this year, with a storage capacity of 300 MWh [1] - Tesla's energy storage business model involves sourcing battery cells from suppliers and assembling them into complete storage systems, with six suppliers including Panasonic, LG Energy, CATL, BYD, Xinwangda, and Yiwei Lithium Energy [1] - The energy storage system utilizes active balancing technology and targets the high-end market, indicating significant growth potential alongside the increasing photovoltaic market and future AI electricity demand [1] Group 2 - The estimated price for 1 GW of Tesla's energy storage system is approximately $500 million, with Tesla holding a 15% share of the global energy storage market in 2023 [1] - Based on IEA's 2030 installation forecasts, Tesla is projected to achieve $66 billion (approximately 473 billion RMB) in energy storage revenue [1] - PCB is identified as a core component in energy storage systems, essential for battery management systems (BMS), energy management systems (EMS), and storage inverters (PCS), indicating that PCB will grow alongside Tesla's energy storage business [1] Group 3 - Companies like Xidian New Energy and Haosen Intelligent are collaborating with Tesla, providing battery connection systems and maintaining long-term partnerships in the field of intelligent production lines for power lithium battery modules/PACK [2]

文 | 中关村储能产业技术联盟 6月24日， 由 越南工贸部（ MOIT） 与 中关村储能产业技术联盟（CNESA） 联合主办的" 中国 — 越南储能产业研讨会 "在越南首都河内 成功举 行。活动 旨在搭建中越储能产业对接平台，促进 双方 在政策协同、技术 合作 、 项目投资 等方面的深入合作，共同推动区域能源结构绿色转型。 本次研讨会得到越南当地高度重视，出席的嘉宾有： 越南工贸部贸易促进局国际关系处 处长陶越英博士、 贸易与投资促进支持中心 副主任 阮伯海（ Nguyễ n Bá Hả i）、 越南工贸部电力局 代表Ho Duc Linh、 越南能源研究院电力系统发展研究室 研究员 阮文阳（Nguyễ n Văn Dương）、 越南 环保友好型制造商协会 办公室主任武氏云花（Vũ Thị Vân Hoa）等政企代表，以及 Hanaka 、 Gilimex 、 Trade Analytics 、 环保友好型制造商 协会 、 Seco-Solar 、 CCIC 、 安发 1 号 、 亮田 - 玉莲 、 Viglacera 、 WHA 、 Soil Build 、 安寿投资 、 SHINEC 、 Giza 等 ...

Core Viewpoint - The article highlights the rapid development of new energy storage systems in Sichuan, aiming to reach a total installed capacity of 5 million kilowatts by the end of 2027, with a significant portion located in Chengdu [1][8]. Group 1: Current Status and Future Goals - As of the end of May this year, Sichuan has established a new energy storage capacity of 847,000 kilowatts and 1.642 million kilowatt-hours [1]. - The goal is to achieve an installed capacity of 5 million kilowatts by the end of 2027, with at least 2 million kilowatts in Chengdu [1][8]. Group 2: Understanding New Energy Storage - New energy storage is likened to a "super power bank," essential for building a new energy system, allowing excess electricity to be stored during low demand periods and released during peak demand [2][4]. - The technology is crucial for alleviating power supply pressure during high consumption periods [2]. Group 3: User-side Energy Storage Projects - The Chengdu Steel and Vanadium Company is constructing a distributed energy storage station with a capacity of 12,500 kilowatts and 25,000 kilowatt-hours, expected to save over 4 million yuan in electricity costs annually [4]. - The project is anticipated to save the company approximately 50 million yuan over its 12-year lifecycle, with savings shared between investors and the company [4]. Group 4: Grid-side Energy Storage Projects - The Shuxiang Energy Storage Station, with a capacity of 100,000 kilowatts and 200,000 kilowatt-hours, can power 100,000 air conditioners for 2 hours and is expected to provide 58 million kilowatt-hours of peak-shaving electricity annually [5]. - The project is part of the first batch of new energy storage pilot projects in Sichuan, emphasizing the importance of energy storage in maintaining grid stability [5][6]. Group 5: Policy Support and Development - In 2024, the development of new energy storage was included in the government work report, with various policies introduced to accelerate the construction of demonstration projects [8]. - The Sichuan Development and Reform Commission has issued guidelines to enhance the pricing mechanism for new energy storage projects, further promoting their development [8].

🚨 BREAKING: Tesla signs a $557 million deal to build its first grid scale Megapack energy storage station in Shanghai.Powered by Tesla’s new Megafactory in China, this project marks a major step forward in clean energy and strengthens Tesla’s energy presence in Asia. https://t.co/frkkBSgpI6 ...

Core Insights - The SNEC exhibition reflects a cooling trend in the renewable energy sector, with reduced attendance, smaller exhibition booths, and fewer new products showcased compared to previous years [4][6] - The most popular exhibit was the PowerTitan3.0 Plus (12.5MWh) from Sungrow, indicating a focus on larger energy storage solutions [4] Energy Cell Insights - Key energy cells discussed include 314Ah, 392Ah, 587Ah, and 684Ah, each serving different container sizes and applications [7] - The 314Ah cell is set to enter mass production in May 2024, with prices dropping to approximately 0.24 yuan/Wh, making it the most widely used cell in the market [7] - The 587Ah cell, with a 10% increase in energy density to 434Wh/L, is expected to become the optimal solution for 6.25MWh storage systems, while the 392Ah cell offers competitive production costs and efficiency [8][9] System Manufacturer Insights - Despite the introduction of larger systems (7.8MWh to 20MWh), the 6.25MWh container remains the market's mainstream product due to production constraints of the 587Ah cell [12] - The 6.9MWh container, developed by CRRC and Sungrow, may challenge the 6.25MWh container by offering lower system costs and more supplier options, although it faces logistical challenges [13] Industry Collaboration Insights - Major system manufacturers are focusing on integrating resources across the supply chain to promote healthy industry development, as seen in numerous partnerships formed during the exhibition [14][16] - Haibo Shichuang emerged as a leader in signing strategic agreements, emphasizing the importance of a "Storage + X" strategy to drive innovation and collaboration across various sectors [18]

Core Insights - Eos Energy Enterprises, Inc. has successfully closed a $250 million offering of convertible senior notes due 2030, enhancing its financial flexibility to scale operations and meet global demand for long duration energy storage [1][2][3] - The company has strategically repurchased maturing debt and restructured its capital, resulting in approximately $400 million in savings over the terms of its debt [3][4] - Eos is expanding its manufacturing capabilities with a new state-of-the-art battery module manufacturing line expected to be operational in the first half of 2026, reflecting strong demand [7][8] Financial Position and Capital Structure - The recent capital raise was oversubscribed, indicating strong investor confidence in Eos' market potential and strategic plan [2] - Proceeds from the offerings were utilized to fully repurchase a $125.9 million convertible senior note due 2026, saving $8.3 million in interest [5] - The company reduced the interest rate on its Delayed Draw Term Loan (DDTL) from 15% to 7%, significantly lowering its cost of capital [5] Operational Momentum - Year-to-date, Eos has shipped more energy storage cubes than in all of 2024, with Q2 shipments exceeding Q1, showcasing strong manufacturing execution [8] - Eos is implementing automation enhancements to improve production efficiency, including the installation of its first bi-polar sub-assembly [7][9] Technological Advancements - Eos is advancing its Z3 energy storage system, achieving round trip efficiency above 80% and exceeding 90% for some longer duration applications [10][12] - The company's inline cube design has demonstrated significant cost efficiencies, with a recent project showing a 96% reduction in installation costs [11] Strategic Partnerships and Market Position - Eos has partnered with PA Consulting Group to quantify the value of its technology, demonstrating potential for 30-50% higher revenues over the life of a project compared to incumbent technologies [12] - The company is well-positioned to meet the growing demands for energy storage solutions, contributing to grid reliability and resilience in the evolving energy landscape [13]