一、招标条件 文 | 中关村储能产业技术联盟 6月20日，利浩能源穆和200MW/400MWh新能源共享储能项目新能源共享储能项目EPC总承包工程 项目招标公告发布，项目位于位于宁夏中卫市，计划建设 200MW/400MWh储能电站一座。 本招标项目利浩能源穆和200MW/400MWh新能源共享储能项目EPC总承包工程项目（招标编号： JG2025-17-1001）已获批准建设，建设资金为自筹，资金来源已落实，招标人为中卫市利浩综合能 源服务有限公司，招标代理机构为安徽省招标集团股份有限公司。项目已具备招标条件，现对该项目进 行公开 招标。 二、项目概况与招标范围 2.1项目概况 利浩能源穆和200MW/400MWh新能源共享储能项目EPC总承包工程项目位于宁夏中卫市，建设 200MW/400MWh储能电站一座，配套建设配电室、二次设备室等建筑，购置安装储能成套系统预制 舱、箱式变压器等设备，配套供电供水、绿化、污水处理、安全、消防、管理用房等设施工程。 2.2 标段划分：共 1 个标段。 2.3 建设地点：宁夏中卫市 2.4 本次招标的范围（包括但不限于）： 利浩能源穆和200MW/400MWh新能源共享储 ...

文 | 中关村储能产业技术联盟 6月21日， 中国电建发布2025年1月至5月主要经营情况公告。公告显示，中国电建2025年 新 签 新型储能 项目65个，新签合同金额107.5亿元；境内合同金额3776.08亿元，境外合同金额 963.99亿元，同比增长30.51%。 其中 新签合同金额在人民币5亿元以上的单个新型储能项目有： 玉门200MW/800MWh独立共享储能电站建设项目EPC总承包合同，项目金额：10.16亿元； 巴中科发410MW液冷磷酸铁锂/钛酸锂区域集中独立新型混合储能电站设计施工总承包(设备采 购）及运营（EPC+O）合同， 项目金额： 8.10亿元； | 业务类型 | 新签项目数量(个) | 新签合同金额 | 同比增减 | | --- | --- | --- | --- | | 能源电力 | 2408 | 3012. 48 | 4. 44% | | 水电 | 488 | 653. 87 | 60. 66% | | 其中:抽水蓄能 | 238 | 256. 51 | 4. 63% | | 风电 | 531 | 1018. 01 | 67.33% | | 太阳能发电 | 482 | 854. ...

文 | 天津市发展和改革委员会 2025年6月16日，天津市发展改革委就《 关于优化我市峰谷分时电价机制有关事项的通知（征求意见 稿） 》公开征求意见。根据文件，天津市的分时电价政策将做两方面调整： 1）拉大峰谷价差至4:1。 2）除7、8月以外，中午12:00~14:00执行2个小时谷段电价。 同时，意见稿强调 未形成分 时价格的,结算时用电价格按本通知规定浮动比例执行，其中上网环节线 损费用折价、系统运行费用折合度电水平、政府性基金及附加、两部制电价的基本电费、功率因数调整 电费不参与浮动。 天津市6月份的工商业代售电价格： 2025年6月，天津市的销售侧，不同电压等级的峰、平、谷电价为0.3445~1.1453元/kWh。 | | | | 非分时电度电价 | | | 其中(元 / 千瓦时) | | | | 分时电度电价(元/干瓦时) | | 容(雲) 置用电价格 | | | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | | 用电分类 | | 电压等级 | (元 / 千瓦时) | 代理 ...

Core Viewpoint - The article discusses the emerging field of Energy Storage Science and Engineering, highlighting its significance in response to national energy strategies and the growing demand for skilled professionals in this sector [1][3]. Group 1: Background and Strategic Importance - The establishment of the Energy Storage Science and Engineering major aligns with national energy security and industrial transformation needs, directly addressing the "dual carbon" goals and renewable energy integration [5]. - The global energy transition and "dual carbon" targets necessitate the cultivation of talent in energy storage, which is crucial for the development of new storage technologies [3]. - According to the "Energy Storage Industry Research White Paper 2025," China is expected to maintain its position as the global leader in new energy storage installations, with a projected capacity of 43.7 GW in 2024, accounting for approximately 60% of global new installations [3]. Group 2: Professional Characteristics - The Energy Storage Science and Engineering major is characterized by its alignment with national strategic needs, multi-disciplinary integration, and collaborative innovation between academia and industry [5][6][7]. - The program integrates knowledge from electrical engineering, chemical engineering, materials science, and energy dynamics, fostering the ability to solve complex engineering problems [6]. - The dual mentorship system and industry collaboration enhance the connection between educational institutions and industry demands, promoting effective talent development [7]. Group 3: Employment Prospects and Development Potential - Graduates of the Energy Storage Science and Engineering major possess a broad knowledge base and adaptability, making them suitable for various sectors including energy, environment, automotive, and new materials [8]. - Key employment sectors include energy power companies, grid enterprises, battery and system integration firms, with notable companies such as CATL, BYD, and Huawei [10]. - The major has seen a significant increase in the number of institutions offering it, with 103 universities across 27 provinces in China now providing this program [11]. Group 4: Key Universities and Their Specialties - Major universities offering the Energy Storage Science and Engineering program include Xi'an Jiaotong University, Xiamen University, and Harbin Institute of Technology, each with unique educational and research strengths [11][26]. - Beijing University of Science and Technology has established a dedicated department for this major, focusing on interdisciplinary collaboration and innovative research [19]. - Fuzhou University collaborates with German institutions to provide international exposure and dual degree opportunities for students [21]. Group 5: Career Development Paths - Career paths for graduates include roles in battery and energy storage system development, project management in energy systems, and research positions in academia [13][14]. - The program offers various development pathways, including technical expertise in research centers, project management roles, and opportunities for interdisciplinary transitions into energy investment analysis [14].

记者来到这家企业的装备车间，看到智能机器人来往穿梭，正与工人们协同作业。 大连融科储能技术发展有限公司副总经理 王世宇： 去年下半年我们才实现的这样一条产线，今年订单 量在急剧增加。 这家企业曾经是做钒化学品提纯，用于航空航天、催化环保领域。随着我国能源向绿色低碳转型，企业 敏锐地意识到了新的发展契机。 文 | 央视新闻 如今，风电、光伏发电增长迅速，但却是"靠天吃饭"，具有波动性、随机性和间歇性，无法做到随用 随发，因此，对新型储能的需求非常迫切。在辽宁大连，一家做钒液流电池储能的民营企业， 虽然十 几年经营亏损，却坚守主业，做强实业， 终于发展 成为新型储能赛道的全球"独角兽"企业 。 在新疆乌什，一排排集装箱组成了全球规模最大的钒液流电池储能电站。这些电池能将"风光电"等可 再生能源储存起来，等需要的时候，再将这些电能释放到电网中，这样一个巨型"充电宝"就是由辽宁 大连的一家民营企业制造的。 大连融科储能集团股份有限公司董事长 刘延辉： 能源转型未来的痛点在哪？经过很多次的一个调查研 究，就认定了全钒液流电池的技术。 我们笃定未来新能源的发展一定需要大规模的储能来做支撑的。 自主创新 新型储能扬"钒"起 ...

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].

Core Insights - The signing of the agreement for the Gigawatt-level grid-side independent energy storage station project in Lingang New Area marks a significant investment of 4 billion yuan, establishing a foundation for Tesla's energy storage products in mainland China's grid-side storage market [1] Group 1: Project Overview - The project is led by Kangyao Energy, a subsidiary of China Kangfu, and will utilize Tesla's Megapack products for construction [1] - The project aims to provide flexible regulation resources for the local power system, facilitating the consumption of renewable energy in the Lingang area [1] Group 2: Market Impact - Once operational, the energy storage station will participate in local grid peak shaving and frequency regulation, as well as power market spot trading [1] - The project addresses the seasonal adjustment needs of Shanghai, ensuring the stability and safety of regional electricity supply [1]

相关阅读 飞毛腿能源科技标准20尺--5MWh集装箱储能系统量产下线 新会员 | 飞毛腿能源科技有限公司 15.85GWh，储能新增装机同比增长228%！5月新型储能项目分析 5月48项新型储能政策发布，136号文配套政策成各地关注重点 开工仪式现场（央广网发 宝坻区供图） 联盟官微 关注政策、项目、企业、市场活动 文 | 央广网 6月19日，占地500亩、总投资 50亿元 的 飞毛腿绿色储能智能制造项目 开工仪式在天津宝坻九园工业园区举办，这也是天津市宝坻区 首个 储能智造项目。 飞毛腿能源科技有限公司专注于 储能产品与商用车电池 等核心产品的研发与生产，是 海辰储能、科华数能、远景能源、中国中车、中国电气 装备集团 等众多行业龙头企业的重要合作伙伴，并以其深厚的技术积淀、敏锐的市场洞察力和强大的制造实力享誉业界。 飞毛腿绿色储能智能制造项目将聚焦 电力储能电池箱、电池簇、商用车换电PACK插箱、大型电力集装箱储能预制舱 以及 工商业储能系统、 二轮换电电池PACK 等高端产品的研发与制造，打造15条方型锂电池PACK自动生产线、6条储能集装箱自动装配线以及2条工商业储能生产 线， 规划产能96GWh/年 ...

Core Viewpoint - Flexbase Group is developing a significant energy storage project in Switzerland, which is expected to be one of the largest flow battery storage projects in Europe, integrating grid storage, data centers, and regional heating networks [1][2]. Group 1: Project Overview - The project involves the construction of an 800 MW/1.6 GWh redox flow battery storage facility in Laufenburg, Switzerland, with plans for commercial operation by summer 2028 [1][2]. - The facility will occupy 20,000 square meters and is strategically located at a grid interconnection hub that connects Switzerland, Germany, and France, featuring 41 cross-border lines [1][2]. Group 2: Investment and Capacity - Although the specific investment amount is undisclosed, reports suggest it is a "multi-billion euro project" [2]. - The 1.6 GWh capacity significantly exceeds typical grid storage projects, with the largest operational battery storage project in the UK being 320 MWh and most German projects ranging from 50-200 MWh [2]. Group 3: Technology and Safety - The redox flow battery technology offers unique advantages for long-duration energy storage, utilizing liquid electrolytes based on vanadium or bromine, which are considered non-flammable due to their 75% water content [2]. Group 4: Integrated Development Model - The project distinguishes itself from conventional storage projects by integrating an AI data center, which will utilize waste heat to support the regional heating network, benefiting nearby towns and industrial facilities with high thermal energy demands [2]. Group 5: Economic Impact - Flexbase anticipates that the comprehensive facility will create 300-350 jobs in the local area [2]. - The project's location leverages Laufenburg's position as a core European grid hub, aiming to maximize revenue through cross-border arbitrage and grid services [2].

Core Viewpoint - The article highlights the progress and significance of the independent energy storage demonstration project in Huade County, Inner Mongolia, which integrates both electrochemical and hydrogen storage technologies to enhance energy efficiency and grid stability [1][3]. Group 1: Project Overview - The Huade County energy storage project is set to achieve 90% completion by the end of June, featuring a total installed capacity of 100 MW and 400 MWh [1]. - The project includes 90 MW/360 MWh of electrochemical storage and 10 MW/40 MWh of hydrogen storage, making it the largest hydrogen storage demonstration project in China [1]. Group 2: Technological Innovation - The dual storage solution allows for efficient energy storage during low demand periods and rapid energy release during peak demand, optimizing power distribution and utilization [1]. - This innovative approach significantly enhances the efficiency of energy storage and allocation, providing robust support for stable grid operations [1]. Group 3: Economic and Social Impact - Upon commissioning, the project is expected to optimize the local energy structure, facilitate the absorption of renewable energy generation, and contribute to local fiscal revenue and employment [3].