Group 1 - The core project involves a 300MW/1200MWh independent energy storage system procurement by Gansu Huitong New Energy Development Co., Ltd. [2][3] - The first candidate for the bid is Contemporary Amperex Technology Co., Limited (CATL) with a bid price of 0.499 yuan/Wh [2][3] - The second candidate is Xi'an Singularity Energy Co., Ltd. with a bid price of 0.508 yuan/Wh, and the third candidate is Shandong Electric Times Energy Technology Co., Ltd. with a bid price of 0.507 yuan/Wh [2][3] Group 2 - The project is overseen by Zhangye Development Investment Group Co., Ltd., and the opening of bids took place on October 14, 2025 [3] - The evaluation committee consists of seven experts, including representatives from the owner and various experts in the field [3] - The qualification requirements state that the battery production date must not exceed three months prior to the actual supply date [4]

Core Viewpoint - The successful integration of a high-voltage direct-connected energy storage system in a coal mine marks a significant advancement in emergency power solutions for the mining industry, enhancing safety and operational reliability [2][4]. Group 1: System Features - The high-voltage direct-connected energy storage system has an energy efficiency of ≥90%, eliminating the need for a step-up transformer [6]. - The system is designed with dual redundancy in both the control protection system and PCS modules, ensuring high reliability with a redundancy rate of ≥10% [7]. - It features an integrated design that significantly reduces on-site construction and debugging time [8]. - The system maintains a state of charge (SOC) balance with a maximum inter-cluster SOC imbalance of ≤3% [9]. - It demonstrates high stability during off-grid operation, crucial for emergency scenarios [10]. Group 2: Performance Testing - The system successfully lifted a 14-ton weight and 40 personnel at a speed of 8 m/s during testing [11]. - It met the requirements for simultaneous full-load operation of the auxiliary hoist and ventilation fans, addressing challenges related to off-grid high-power fan startup and long-distance power supply [12].

Group 1 - The core viewpoint of the article highlights the recent procurement results for a large-scale energy storage project by China Electric Power Construction Group Hubei Engineering Co., Ltd., indicating ongoing developments in the energy storage sector [2] - The successful bidder for the procurement project is Inner Mongolia Haibo Sichuang Technology Co., Ltd., which signifies a collaboration in the energy storage equipment supply [2] - The project involves a significant capacity of 500 MW and 300 MWh, showcasing the scale and importance of energy storage solutions in the current energy landscape [2] Group 2 - Haibo Sichuang has reported a 22.66% year-on-year increase in revenue for the first half of 2025, amounting to a net profit of 316 million yuan, reflecting strong financial performance in the energy storage market [6] - The company has also engaged in new initiatives within the artificial intelligence sector, targeting power trading and asset management for energy storage stations, indicating a strategic expansion into digital solutions [6] - A leasing agreement for a 3 GWh energy storage station has been signed for a duration of 10 years, further emphasizing the growing demand for energy storage infrastructure [6]

文 | 新华社 吴政隆参加座谈会。 ESIE 2026 储能产业发展的风向标 新华社北京10月14日电 中共中央政治局常委、国务院总理李强10月14日下午主持召开经济 形势专家和企业家座谈会，听取对当前经济形势和下一步经济工作的意见建议。 10月14日下午，中共中央政治局常委、国务院总理李强主持召开经济形势专家和企业家座谈会，听取对当前经 济形势和下一步经济工作的意见建议。新华社记者 饶爱民 摄 座谈会上，徐奇渊、陈斌开、杨赫、张瑜、李洪凤、江鑫、周宇翔、叶国富等先后发言。大 家认为，今年以来，我国经济运行顶住压力、稳中有进，展现出强大韧性和活力，有不少新 的亮点。虽然仍面临一些困难，但有利因素在不断积累。大家还就更好地实施宏观政策、解 决当前突出问题提出了意见建议。 在认真听取专家和企业家发言后，李强说，今年以来，面对复杂严峻的外部环境和经济运行 中的困难挑战，在以习近平同志为核心的党中央坚强领导下，各地区各部门认真落实更加积 极有为的宏观政策，迎难而上、沉着应对，全力促进经济持续回升向好，扎实推动高质量发 展。对当前经济形势，要以更宽的视野准确把握，特别是从五年规划的实施来看经济发展的 长期趋势，从人流、 ...

Core Viewpoint - The article highlights the successful bid announcement for the 400MW/800MWh independent shared energy storage project by 富沾新能源, with a total contract value of approximately 973.57 million yuan, indicating a competitive unit price of about 1.217 yuan/Wh [2][4]. Group 1: Project Details - The project involves the construction of a 400MW/800MWh electrochemical energy storage facility, utilizing lithium iron phosphate batteries, along with necessary supporting infrastructure such as output lines and control rooms [4]. - The project is located in Binhai Town, Zhanhua District, Binzhou City, covering an area of approximately 120 acres [4]. - The construction period is set for 240 calendar days, with the bid opening scheduled for October 10, 2025 [4]. Group 2: Bidding Information - The winning bid was awarded to China State Construction Engineering Corporation (CSCEC) in a consortium with Sichuan Changyuan Engineering Survey and Design Co., Ltd. and Binhai Zhanhua Xingyu Urban-Rural Construction Co., Ltd. [4]. - The bidding process was conducted publicly by 富沾新能源有限公司, with 山东亿诚项目管理有限公司 acting as the bidding agency [4]. - The bid was publicly announced on October 14, 2025, and is subject to oversight by the Binzhou Zhanhua District Development and Reform Bureau [4].

Core Viewpoint - Apple has achieved a significant milestone with over 90% of its manufacturing in China now utilizing renewable energy, supported by over a hundred suppliers, aiming for 100% renewable energy usage by 2030 [2][3] Group 1: Renewable Energy Initiatives - Apple announced the launch of a new investment fund, the "China Renewable Energy Infrastructure Fund," with a total scale of 1 billion RMB (150 million USD), aimed at supporting renewable energy infrastructure in China [2] - The fund is fully led by Apple suppliers and plans to add 1 million MWh of clean power to the Chinese grid by 2030 [2] - Since the initiation of the supplier clean energy program in 2015, Apple has shared expertise to help supply chain partners access cost-effective renewable energy [2] Group 2: Previous Fund Initiatives - Apple established its first China Clean Energy Fund in 2018, which successfully exceeded its goal of developing over 1 GW of renewable energy projects across 14 provinces in China [2] - Earlier this year, Apple launched a second China Clean Energy Fund with an investment of 720 million RMB, managed by Schroders Capital, providing more options for companies, including Apple suppliers, to access effective clean energy solutions [2] Group 3: Supplier Collaboration and Impact - The new fund is co-initiated by CICC Capital and Huaneng Investment, with Apple battery supplier ATL as an anchor investor, alongside other Apple supply chain companies [3] - ATL's CEO emphasized the importance of integrating renewable energy into corporate operations and the significant progress made in smart manufacturing and green production through collaboration with Apple [3] - Since 2015, Apple has reduced its overall greenhouse gas emissions by over 60%, focusing on deep emissions reductions across all business segments [3]

文 | 中关村储能产业技术联盟 随着"双碳"目标推进及新型电力系统建设加速，新能源装机规模持续扩大，高比例可再生 能源并网带来的间歇性、波动性问题日益凸显，长时储能作为平抑电网波动、保障能源供 应稳定性的核心技术支撑，其战略地位愈发重要。当前，长时储能技术正处于多路线并行 发展、产业化加速突破的关键阶段， 压缩空气、液流电池、储热、氢储能 等技术路线不 断迭代，但仍面临核心材料性能待提升、系统集成成本偏高、应用场景匹配度不足等痛 点。 怀柔科学城聚集我国能源领域战略科技力量，在基础研究、关键技术攻关及中试转化方面 积累了深厚成果。 本次活动聚焦长时储能技术创新与产业落地， 旨在搭建怀柔实验室、 中科院科研力量与企业产业需求的对接桥梁，破解技术瓶颈、探索合作模式 ，推动长时 储能技术从"实验室"走向"应用场"，为新型电力系统建设提供有力支撑。 一、活动主题 创新突破・产研协同：长时储能技术赋能新型电力系统建设 二、活动时间 2 0 25年10月2 4日全天 三、活动地点 北京 怀柔科学城 四、活动规模 8 0人 3 .合作模式探索：推动实验室科研成果与企业产业化需求结合，探索"联合攻关+中试转化 +市场应用"的 ...

2025 第五届储能安全研讨会 2025 The 5" Forum on Energy Storage Safety 暨国家重点研发计划项目"国际锂离子电池储能安全评价关键技术合作研发"研讨会 天津 2025年10月16-17日 倒 计 日寸 H 主办单位 Envision In ROBESTEC | 主持人 | - 孙正运 中国能源研究会副理事长兼秘书长 | | --- | --- | | 08:30-09:00 | 签到 | | 09:00-09:30 | 领导致辞 | | 09:30-10:00 | 院士报告:深部地下空间储能安全与应急保障技术 | | | - 张来斌 中国工程院院士、中国石油大学（北京）教授 | | 10:00-10:30 | 院士报告:电化学储能火灾防控基础与技术研究进展 | | | - 孙金华 中国科学技术大学教授 | | 10:30-10:50 | 主旨报告:锂电池热矢控阻断策略和关键材料 | | | - 谢 佳 华中科技大学教授 | | 10:50-11:10 | 主旨报告:面向本质安全的智能电池技术 | | | - 陈浩森 北京理工大学教授 | | 11:10-11:30 | ...

Core Viewpoint - The Hebei Provincial Development and Reform Commission has announced a list of 97 independent energy storage pilot projects with a total capacity of 13.82 GW and 47.03 GWh, utilizing various technologies including lithium iron phosphate, sodium-ion, and vanadium flow batteries [2][4][5]. Summary by Categories Project Overview - A total of 97 mixed technology independent energy storage projects have been released, with a combined capacity of 13.82 GW and 47.03 GWh [2][4]. - The projects are categorized into two regions: 53 projects in South Hebei with 6.65 GW and 22.34 GWh, and 44 projects in North Hebei with 7.17 GW and 24.69 GWh [2][4]. Technology Types - The projects involve various technologies, including: - Lithium Iron Phosphate (LFP) - Sodium-ion - Vanadium flow - Solid-state (solid, quasi-solid, semi-solid) - Supercapacitors - Flywheel - Nickel-hydrogen [2][4]. - Specific project types include: - 5 single technology projects, such as 200 MW/800 MWh vanadium flow battery storage [2]. - 45 projects using a combination of lithium iron phosphate and sodium-ion technology, totaling 6.2 GW and 20.66 GWh, accounting for 44.82% of the total [2]. - 9 projects combining lithium iron phosphate and vanadium flow technology, totaling 1.1 GW and 3.7 GWh, accounting for 7.96% [2]. - 11 projects using semi-solid/solid-state batteries combined with lithium iron phosphate, totaling 1.27 GW and 4.68 GWh, accounting for 9.19% [2]. Project Approval Process - The projects were approved following initial reviews by cities, coordination with grid companies, and audits by third-party consulting units [5][6]. - The public announcement period for these projects is from October 13 to October 17, 2025, during which any objections can be raised to the provincial development and reform commission [5][6].

Core Viewpoint - The global energy structure is rapidly transitioning towards clean and low-carbon solutions, with energy storage emerging as a core supporting technology for new power systems. 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 [1]. Group 1: Event Overview - The Fifth 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 in Tianjin on October 16-17, 2025 [1]. Group 2: Roundtable Discussions - Roundtable discussions will cover various topics, including large-scale fire tests, the necessity of "burn chamber" tests, and the impact of different testing conditions on outcomes [3][4]. - The discussions will also explore the reliability assessment of energy storage systems and lessons from other industries, focusing on the current safety status and the necessity of fire extinguishing systems in energy storage configurations [8][9]. Group 3: Expert Contributions - Experts from various institutions will present on topics such as lithium battery reliability evaluation, safety assessment technologies, and the application of reliability assessment methods like FTA (Fault Tree Analysis) and FMEA (Failure Mode and Effects Analysis) [9][10]. - The discussions will also address the necessity of fire extinguishing systems, the adaptability of existing extinguishing methods, and the principles of emergency response for energy storage incidents [15][21]. Group 4: Conference Agenda - The conference will feature keynote speeches from prominent researchers and industry leaders, covering topics such as fire prevention strategies for lithium batteries, intelligent battery technologies, and safety evaluation techniques for energy storage systems [17][21]. - The agenda includes a series of thematic reports and roundtable discussions aimed at enhancing safety and reliability in energy storage systems [13][14]. Group 5: Organizing Institutions - The event is organized by the Zhongguancun Energy Storage Industry Technology Alliance, the Emergency Management Department's Tianjin Fire Research Institute, and the National Energy Storage Technology Industry-Education Integration Innovation Platform at Tianjin University [24][26]. - Various supporting organizations and industry leaders are involved, including major energy companies and research institutions [24][28].