Core Viewpoint - The article discusses the implementation plan for the construction of user-side virtual power plants in Shanghai from 2025 to 2027, aiming to enhance energy efficiency and manage power supply and demand in a large urban environment [3][6]. Group 1: Implementation Goals - The plan aims to establish a "1+5" management system for virtual power plants, consisting of one operational platform and five types of urban resources, focusing on air conditioning loads, charging stations, new energy storage, data centers, and industrial loads [7]. - By 2025, the adjustable capacity of virtual power plants in Shanghai is expected to reach 1.1 million kilowatts, increasing to 1.6 million kilowatts in 2026 and 2.2 million kilowatts in 2027 [7][8]. Group 2: Major Tasks - The plan includes optimizing the management system for virtual power plants, integrating them into the city's power load management framework, and establishing technical standards and support systems [8]. - It emphasizes the aggregation of urban air conditioning loads, aiming for an air conditioning access scale of 2.4 million kilowatts and an actual adjustable capacity of 800,000 kilowatts by 2027 [10]. - The plan encourages the integration of new energy storage systems in data centers, communication bases, and industrial parks, targeting a new energy storage access scale of 300,000 kilowatts by 2026 and 400,000 kilowatts by 2027 [10][11]. Group 3: Digitalization and Policy Support - The plan aims to enhance the digital management platform for virtual power plants, ensuring seamless integration of demand release, transaction organization, and operational management [12]. - It proposes to improve price incentive policies for virtual power plants, including incorporating costs into transmission and distribution pricing and providing financial rewards based on performance [14]. - The plan also seeks to broaden the revenue channels for virtual power plants by allowing them to participate in various electricity markets as independent entities [14]. Group 4: Organizational Measures - The Shanghai Municipal Economic and Information Commission will lead the implementation of the virtual power plant construction, ensuring collaboration among various departments [15]. - The plan emphasizes the importance of public awareness and engagement in virtual power plant initiatives, encouraging media to promote related policies and success stories [15].

Core Viewpoint - The energy storage industry is transitioning from a focus on installed capacity to a high-level competition centered on lifecycle value, safety resilience, and deep scenario coupling by 2025 [1]. Group 1: Industry Developments - The "2024-2025 User-Side Energy Storage Project TOP10 List" aims to establish industry benchmarks and highlight outstanding projects based on scale, scenario benchmarks, and key industry applications [2]. - The awards recognize the most groundbreaking grid-connected projects in China's user-side energy storage sector, emphasizing scale advantages and innovative practices that reshape the industry landscape [6]. - The list includes projects that have set new records for installed capacity and accelerated cost reduction and efficiency improvements in energy storage technology [6]. Group 2: Project Highlights - The "2024-2025 China User-Side Energy Storage Project Single Unit Installed Capacity TOP10" showcases significant projects that have made substantial contributions to the industry [3]. - The "2024-2025 China User-Side Energy Storage Scenario Benchmark Project TOP10" focuses on diverse scenarios such as park storage, solar-storage charging, and microgrids, selecting projects with global demonstration value [9]. - The "2024-2025 China Industrial and Commercial Energy Storage Key Industry (High Energy Consumption) Application Excellent Project TOP10" highlights projects that integrate energy storage technology with production processes in high-energy industries like steel and cement [14]. Group 3: Sector-Specific Innovations - The "2024-2025 China Industrial and Commercial Energy Storage Key Industry (Light Manufacturing) Application Excellent Project TOP10" features projects that provide differentiated energy storage solutions tailored to the energy characteristics of various light manufacturing sectors [18]. - These projects exemplify the "one industry, one policy" model in commercial energy storage, showcasing innovative approaches to meet specific industry needs [18].

Core Viewpoint - The article emphasizes the upcoming "2025 Global User-Side Energy Storage Industry Value Summit and Application Demonstration Exhibition" in Guangzhou, highlighting the transition of commercial energy storage from scale expansion to value-driven strategies, aiming to break free from price wars and navigate the new electricity reform cycle [1]. Group 1: Event Overview - The summit will take place on June 10, 2025, in Guangzhou, featuring over 20 leading companies in the commercial energy storage sector, including China Energy Construction Guangdong Electric Power Design Institute and others [1]. - The event aims to connect energy storage equipment manufacturers, investors, operators, and owners, facilitating efficient communication among participants [1]. Group 2: Attendance Information - Attendees must complete real-name registration in advance and present an electronic QR code for entry on the event day [7]. - The venue is located at the China Import and Export Fair Complex, B Zone, Hall 13.2, A Forum Area [5]. Group 3: Transportation Guidance - Public transportation options include the metro lines 8 and 11, as well as various bus routes, with recommendations for green travel due to expected traffic congestion [9][10][12]. - Specific instructions for arriving by taxi or private vehicle are provided, including parking details and fees [13][14][15]. Group 4: Agenda Highlights - The summit will feature multiple sessions, including a market analysis of user-side energy storage and discussions on diverse application scenarios such as commercial storage and microgrids [21][22]. - Keynote speakers include industry leaders who will present insights on energy storage design, investment strategies, and innovative paths driven by new policies [22][23].

Core Viewpoint - The article discusses the implementation plan for electricity demand-side management in Zhejiang Province for the summer peak of 2025, emphasizing the encouragement of virtual power plants and user-side energy storage to participate in demand response [1][8]. Group 1: Implementation Measures - The plan aims to achieve a balance between supply and demand by encouraging virtual power plants to participate in demand response, targeting a load adjustment capacity of 1 million kilowatts [1][10]. - Demand response measures will be implemented based on a "one-time declaration, rolling cycle, and day-ahead invocation" principle, with a goal of achieving a maximum agreed response capacity of 6 million kilowatts [1][10]. - The plan includes optimizing resource management by ensuring the availability of signed load management resources and conducting detailed studies on load characteristics in various industrial sectors [1][13]. Group 2: Incentive Policies - The plan proposes to improve the market-based bidding mechanism for demand response, prioritizing provincial subsidies through time-of-use surplus expenditures [2][12]. - New incentive mechanisms will be introduced for virtual power plants and other new market entities to maximize their adjustment capabilities [2][12]. Group 3: Subsidy Price Scheme - A detailed subsidy price scheme for various response types is outlined, including tiered subsidies based on response load and capacity [3][51]. - The subsidy structure includes both capacity and energy subsidies, with specific rates for different response types, such as 1 yuan per kilowatt per month for capacity and 4 yuan per kilowatt-hour for energy during peak periods [51][52]. Group 4: Load Management Goals - The overall load management goals for the province include achieving 200,000 kilowatts for air conditioning load control, 300,000 kilowatts for peak shaving, and 600,000 kilowatts for demand response [14][15]. - Each city within the province has specific targets for load management, contributing to the overall provincial goals [15].

Core Viewpoint - The article highlights the upcoming "2025 Global User-Side Energy Storage Industry Value Summit and Application Demonstration Exhibition" scheduled for June 10, which aims to address the transformation of the user-side energy storage market driven by key policy documents [1][5]. Group 1: Event Overview - The summit will gather over 3,000 LED optical and construction enterprises, providing a platform for project demonstrations and procurement connections [4]. - It will feature 20 industry leaders who will discuss the new dynamics and strategies in commercial energy storage under the electricity spot market [5]. Group 2: Key Topics and Insights - The summit will cover ten hot topics, focusing on policy interpretations, practical insights from leading companies, and industry trend forecasts [6]. - Three major project rankings will be announced, including the "Top 10 Key Industry Applications for User-Side Energy Storage" and "Top 10 Benchmark Projects for Specific Scenarios" [6]. Group 3: Reports and Guidelines - A "2025 Energy Storage Configuration Guide" will be released, detailing energy storage needs, mainstream configuration solutions, and economic analysis models tailored for various industries [7].

插播 ： 6月9日-12日，行家说储能联合光亚法兰克福举办"2025年全球用户侧储能产业价值峰会暨应用示范展"，点击" 阅读原文 "了解详情 作为国内首家运营电站的储能系统集成商，融和元储以"做最懂运营的储能服务商"为核心理念，提供储能系统研发、集成及全生命周期运营服务， 累计已运营资产超5.5GWh。2025年，其自研推出的AI数智平台"融和·白泽"实现为主力储能企业运维成本降12%、故障预警准确率95%+，还推 出了工商业储能"天禄"、液冷系统"玄武"等场景化产品。据了解，截至2024年，企业储能累计装机容量超过8GWh，并于2024年完成A轮1.6亿元 融资。 ■ 弘正储能 弘正储能是一家行业领先的储能解决方案提供商，弘正储能通过数字化技术驱动产品研发与服务赋能的双向突破。在研发端，南京、上海双基地协 同攻关，聚焦AI驱动的能源调控、能源智能化和能源预测等前沿技术，围绕储能系统全生命周期管理深化布局。2025年3月，弘正储能重磅发布新 一代储能数字化系统COSMOS 2.0及工商业储能D-Cube 2.0系列产品，通过融合AI深度学习算法与边缘计算技术，实现了自主决策、动态策略、 安全保障等关键技术的突 ...

Core Viewpoint - The article discusses the public tender announcement for a 50MW/100MWh user-side energy storage project by Wuhu Fuxin Steel Co., Ltd, detailing the scope of work and requirements for bidders [2][3][4]. Summary by Sections Tender Announcement - The tender includes all necessary legal and compliance procedures, preliminary design reports, construction, equipment procurement, grid connection, acceptance testing, and public maintenance for the energy storage project [2][3]. Scope of Work - The scope encompasses the preparation of relevant reports, procurement of storage equipment and materials, engineering design, construction, and installation of all necessary systems [4][5][6]. - Specific tasks include the installation of energy management systems, battery management systems, and various safety and monitoring systems [4][5][6]. Engineering and Construction - All civil and construction works are included, such as communication, water and electricity supply, site roads, and safety measures [7][8]. - The contractor is responsible for reliability testing, quality assurance, and compliance with safety regulations during the construction phase [7][8]. Acceptance and Training - The contractor must complete all acceptance testing, including system commissioning, quality assessments, and safety evaluations [8][9]. - Training for safe operation and quality warranty services during the operational phase are also required [9][10]. Bidder Qualifications - Bidders must meet specific qualifications, including having relevant engineering design or construction licenses and experience in similar projects [9][10]. - The project requires a registered chief engineer with appropriate qualifications and experience in energy projects [10][11]. Submission Details - Bidders must submit their proposals electronically by the specified deadline, with details on how to obtain the tender documents provided [11][12].

文 | 中关村储能产业技术联盟 5月16日，扬中经开区园博大道片区用户侧储能建设项目EPC总承包招标公告发布。 招标人：扬中市正扬建设有限公司 项目资金来源（自筹资金）：30516.56万元 (按387MWh计算，EPC单价约为0.789元/Wh) 项目地点：江苏省镇江市扬中市 拟利用扬中经开区园博大道片区 部分企业的 闲置场地或绿化带建设储能电站 ，总装机规 模为 129MW/ 3 8 7MWh (交流侧)，共配置 129 套 储能单元，每套储能单元装机容量为 1MW/ 3MWh。 扬中经开区园博大道片区用户侧储能建设项目 EPC 总承包招标公告 (招标编号:字翔 2025ZB-R11) 项目所在地区:江苏省,镇江市,扬中市 一、招标条件 本扬中经开区园博大道片区用户侧储能建设项目 EPC 总承包已由项目审批/核准/备案机. 关批准,项目资金来源为自筹资金 30516.56 万元,招标人为扬中市正扬建设有限公司。本 项目已具备招标条件,现招标方式为公开招标。 二、项目概况和招标范围 (3) 投标人拟派工程总承包项目经理应当具有有效的注册电气工程师(发输变电)资格或 者具有有效的机电工程专业二级及以上注册建造 ...

插播 ：TOP10花落谁家？2024-2025用户侧储能项目TOP10榜单征集进行时，点击 上方二维码 进行申报 工商业储能项目卡位战已启动，众多储能企业竞逐 【 注：本文中所提及的企业均按照企业名称首字母排序】 。 前面，行家说储能公布了 弘正储能、精控能源、联盛新能源集团、领储宇能、鹏辉智慧能源、清安储能、 融和元储、睿电绿能、新巨能、阳光电 源等多家企业申报项目情况 （ 点这里 ） 。 今日将继续聚焦新一批重点企业项目资料，包括 艾罗能源、安徽明美新能、长风 绿能、 采日能源、创维储能、德赛电池、皇鼎储能、海得智慧能 源、海尔新能源、华友能源 、 华昱欣、 华致能源、量道储能、利星能、瑞浦兰钧、时代星云、盛弘股份、苏州华储电气、新艾电气、星纪云能、 星源能投、远东电池、远景能源、云能魔方、易事特集团、中车株洲所等 。 用户侧储能TOP10申报项目，快来盘 （以下仅为部分项目，按企业名称首字母排序） ↓↓↓ ■ 艾罗能源： 浙江桐庐智见科技用户侧储能项目 由艾罗能源参与建设的 浙江桐庐智见科技用户侧储能项目，装机容量为1.5MW/3.225MWh， 建设包括15套100kW/215kWh电池柜、3台储能 ...

插播 ：TOP10花落谁家？2024-2025用户侧储能项目TOP10榜单征集进行时，点击 上方二维码 进行申报 据行家说 储能不完全统计，2024年至今，已并网的用户侧储能项目近800个，超8.5GWh，总计规模达百MWh以上 的超35个。另外，用户侧储能 项目应用场景也愈发多元化，涵盖光储充、微电网、零碳园区...... 在用户侧储能由政策驱动向市场化价值驱动的关键转折点，为树立行业标杆、让优质项目脱颖而出， 行家说储能特联合权威机构进行"2024-2025 用户侧储能项目TOP10榜单"征集工作。 目前榜单各大奖项正持续申报中，截至目前已有阳光电源、融和元储、精控能源、弘正储能、鹏辉智慧能源、领储宇能、清安储能、睿电绿能、联 盛新能源集团、新巨能等多家企业带着各自的项目提交申报资料，行家说储能特甄选其中的部分项目进行报道。 用户侧储能TOP10申报项目，快来盘 （以下仅为部分项目，排序不分先后） ↓↓↓ ■ 阳光电源： 龙腾特钢用户侧储能项目 由阳光电源参与建设的 龙腾特钢用户侧储能项 目，总规模 20MW/40MWh ，位 于江苏省常熟市。 该项目实现了"光伏+储能+售电"一体化建设模式，预计年发电1 ...