文 | 中关村储能产业技术联盟 巴西众议院矿产和能源委员会举行的公开听证会上，国家电力局（ANEEL）局长 Daniel Danna 表示，监管机构拟于 今年出台首批储能监管规则 。这些初始标准将涵盖 电网接入与使用、储能 收益机制，包括收益叠加模式 。 Danna表示， 当前阶段我们已完成监管影响分析报告及规范性决议提案，计划今年下半年批准 通过。此外，该规则 还将涉及"未来场景，如电网容量拍卖和孤立系统拍卖。 在CP 39号咨询结果获批后，第二轮讨论将聚焦 "可逆式"电站的监管界定、作为输配电系统资 产的储能设施认定标准、以及用于缓解限电和弃电问题的储能系统监管框架 。计划中的第三轮 讨论拟围绕" 储能即服务"聚合商模式 及 系统运行模拟仿真研究 展开，全部讨论预计2028年前 完成。 据悉， CP 39号咨询 （Consulta Pública nº 39/2022）是巴西国家电力局（ANEEL）于 2022年启动的关于 储能系统监管框架 的专项公众咨询文件。 听证会上， Danna 特别指出监管机构预算削减对储能规则研讨进程的影响。 此外听证会重点讨论了由于光伏、风电等可再生能源占比激增带来的储能需求 ...

Core Viewpoint - The acceleration of new energy storage projects in Inner Mongolia is crucial for enhancing grid stability and supporting the construction of a new power system, addressing renewable energy consumption issues [2]. Group 1: New Energy Storage Projects - By the first half of 2025, Inner Mongolia plans to start construction on 34 independent new energy storage stations, with a total installed capacity of 14.8 million kilowatts [1]. - Recent projects include a 1 million kilowatt/600 megawatt-hour storage station in Ulanqab and a 300 megawatt/1280 megawatt-hour project in Ordos, among others [1]. - The new energy storage stations will utilize various technologies, including lithium iron phosphate, all-vanadium flow batteries, compressed air storage, and molten salt storage [1]. Group 2: Importance of New Energy Storage - New energy storage acts as a "stabilizer" and "regulator" for the power system, playing a vital role in the construction of a new power system [2]. - The rapid development of new energy storage stations will not only help in the consumption of renewable energy but also enhance the stability and flexibility of the power grid [2].

Core Viewpoint - The article highlights the significant increase in energy storage policies in China, with 45 policies released or solicited for opinions by June 2025, focusing on development planning, subsidy policies, electricity markets, and management regulations [1][2]. Policy Data Overview - In June 2025, a total of 45 energy storage-related policies were released, with 5 at the national level. Among these, 38 were classified as very important, with Guangdong and Inner Mongolia leading in the number of policies issued. The majority of policies pertained to electricity markets, pricing policies, demand response, and development planning [2][4]. Important Policy Overview National Level - The National Energy Administration issued a notice to conduct pilot projects for new power system construction, focusing on seven areas including grid technology and virtual power plants [4]. - The National Development and Reform Commission released a draft for emergency dispatch management, clarifying pricing and cost-sharing methods for emergency electricity dispatch [4][5]. Local Level - Xinjiang's Development and Reform Commission published a notice to enhance the resilience of new energy development, proposing 21 specific measures, including a reduction in peak compensation from 0.7 yuan/kWh to 0.262 yuan/kWh [6]. - Guangdong Electric Power Company reported 209 projects applied for the 2025 new energy storage construction plan, with a total scale of 41.81 GW/84.59 GWh [7]. New Energy Storage Policies - Henan's Development and Reform Commission announced the implementation of the tenth batch of integrated source-grid-load-storage projects, including 63 projects with a total scale of 360.65 MW [9]. - Inner Mongolia's Energy Bureau optimized the application requirements for integrated source-grid-load-storage projects, removing restrictions on the same legal entity and adjusting requirements for energy storage configuration [9][10]. Electricity Market Policies - Hubei's Development and Reform Commission confirmed the formal operation of its electricity spot market, which has been running for over a year [11]. - Various provinces, including Jiangsu and Guangdong, released guidelines for the participation of grid-side energy storage in the electricity market, allowing for flexible pricing and participation methods [11][12][13]. Subsidy Policies - Ningbo's Economic and Information Technology Bureau introduced a subsidy plan for energy storage and virtual power plants, with peak response subsidies set at 1 yuan/kWh [26]. - Inner Mongolia established a compensation policy for independent new energy storage stations, with a compensation standard of 0.35 yuan/kWh for projects completed by 2025 [27][28]. Management Norms - Henan's Development and Reform Commission and Energy Regulatory Office issued a notice to facilitate the connection of various power projects to the grid, establishing a green channel policy for integrated projects [30]. - Jilin's Development and Reform Commission published interim management measures for new energy storage projects, with a focus on developing an annual project database [30][31]. Demand Response Policies - Zhejiang's Energy Bureau set a target for a maximum response capacity of 600 MW for demand-side management during peak summer periods, encouraging user-side storage participation [32]. - Sichuan's Development and Reform Commission outlined a market-oriented response plan, detailing revenue structures for standby capacity and response energy [32][33]. Virtual Power Plant Policies - Guizhou's Energy Bureau released a draft for virtual power plant participation in electricity market transactions, categorizing them into load and generation types [34]. - Several provinces, including Guangdong and Shaanxi, issued guidelines to support the construction and operation of virtual power plants, emphasizing market participation and resource aggregation [35][36]. Demonstration Projects - Inner Mongolia's Energy Bureau published a list of 16 independent new energy storage projects planned for 2025, with a total installed capacity of 4.75 GW/19.7 GWh [37].

派能科技为项目的核心储能系统供应商，凭借其一体化储能系统解决方案和高效的交付能 力，与合作伙伴紧密协作， 仅历时两个多月便完成从生产到并网的全过程 ，为长三角地区 迎峰度夏能源稳定供应构筑了坚实屏障。 文 | 派能科技 6月30日，江苏华电仪征风光集中配建储能项目成功并网。 作为 扬州区域规模最大的电网侧储能电站工程 ， 项目总规模240MWh， 占地47.8亩，构 建"储-转-升-调"智能化能源枢纽 ， 预计年消纳可再生能源电量超6800万千瓦时，减排约4 万吨二氧化碳 ， 可发挥调峰调频、应急保供等价值，有效保障区域能源电力安全。 联盟官微 关注政策、项目、企业、市场活动 联盟官方小秘书 入会、入群、产业交流、活动对接 相关阅读 重磅！陈海生等40余位专家盘点：2024年中国储能技术研究进展 CNESA全球储能市场考察-越南站完美收官！解锁东南亚储能新机遇 西班牙-中国储能商务交流会成功举办 总项目规模达240MWh，派能科技为项目量身打造80MWh储能系统 ，以"从芯到舱"的全 链路安全设计为核心，通过材料创新、工艺优化及BMS升级，构建起本质安全防护体系。 智能BMS具备毫秒级状态监测能力，可实时精准 ...

Core Viewpoint - The Ningxia Hui Autonomous Region Development and Reform Commission has decided to abolish the notifications regarding the promotion of healthy and orderly development of energy storage and the pilot projects for new energy storage in 2022, indicating a shift in policy direction for energy storage initiatives in the region [1][8]. Summary by Relevant Sections Abolished Notifications - The abolished documents included guidelines on the renewable energy storage ratio, the frequency of energy storage project utilization, and compensation for pilot project peak shaving [2]. Previous Guidelines - The notification issued on July 14, 2021, mandated that renewable energy projects must have a storage configuration ratio of no less than 10% and a continuous storage duration of over 2 hours. New approved projects were required to have storage facilities operational simultaneously with renewable projects, and existing projects were to complete their storage facility operations by the end of December 2022 [3]. Market Mechanism - The previous guidelines encouraged energy storage to participate independently in market transactions, integrating energy storage trading into the existing auxiliary service market rules in Ningxia, and clarifying trading varieties and pricing mechanisms [4]. Priority Utilization - Agreements were to be signed between grid companies and energy storage enterprises to ensure priority utilization of storage facilities, with a minimum of 250 complete charge and discharge cycles per year [5]. Pilot Project Details - The notification from May 10, 2022, outlined the scope and scale of pilot projects for 2022, focusing on areas with abundant renewable resources and high peak shaving demand. Each region was limited to two pilot projects, with a total scale not exceeding 200 MW/400 MWh [6]. Support for Advanced Technologies - The pilot projects included support for advanced energy storage technologies such as vanadium flow, compressed air, flywheel, and sodium salt, with individual project scales capped at 100 MW/200 MWh. A compensation price of 0.8 yuan/kWh was offered for peak shaving services, and projects were prioritized in the auxiliary service market [7]. Policy Abolishment Announcement - The decision to abolish the aforementioned notifications was made to comply with the Fair Competition Review Regulations and to facilitate the integration into a unified national market, effective immediately upon announcement [10].

Core Viewpoint - The establishment of the China Electric Power Construction Corporation (China Electric) Energy Storage Safety Technology Center aims to support the national energy storage safety strategy, focusing on safety regulation, technology research and development, and industry leadership in the field of electrochemical and new energy storage [3]. Group 1 - The Energy Storage Safety Technology Center will create an integrated platform covering the entire energy storage industry chain, including think tank support, safety regulation, technological innovation, and talent cultivation [3]. - The center will operate under a two-tier organizational structure, consisting of "1 headquarters + 6 major business institutions," facilitating a collaborative operational system that includes policy research, safety evaluation, testing and certification, technology research and development, empirical communication, and comprehensive management [3][4]. - The center's director outlined the main tasks for the future, emphasizing the need for standardization, establishment of testing and certification centers, and talent development to support the safe and high-quality development of the energy storage industry [4]. Group 2 - The center will comprehensively review the current national and industry standards in the energy storage field, analyze industry development trends, and establish a roadmap for standard formulation [4]. - There is a commitment to actively promote the construction of energy storage verification and testing bases, benchmarking against advanced practices to create a national-level energy storage verification and testing base [4]. - The center aims to leverage its platform for talent development, building a team of experts in the energy storage field to provide intellectual support for the nation and industry [4].

Group 1 - Jinko Energy has submitted a plan for a 1440MWh solar energy storage project in New South Wales, Australia, which includes a 133.76MW photovoltaic power station and a 360MW/1440MWh storage system [1] - The project is located in the Garoo rural area, covering 369 hectares, and is surrounded by other solar storage projects, such as Total Eren's 600MWh Middlebrook project and Venn Energy's 1200MWh Lambrook project [1] - The Garoo solar storage project will connect to the National Electricity Market (NEM) across eastern and southern Australia, with construction expected to start next year and an operational lifespan of 30 years [1] Group 2 - Last year, Jinko Energy submitted a plan for an 800MWh solar energy storage project in Queensland, which includes a 600MW photovoltaic power station and a 400MW/800MWh (2-hour) storage system [2]

Core Viewpoint - The article highlights the commencement of a significant independent energy storage project in Inner Mongolia, which aims to enhance the integration of renewable energy sources and support grid stability, marking a pivotal step in the region's energy transition strategy [3][5][7]. Group 1: Project Overview - The project, with a capacity of 500MW/2000MWh, is part of Inner Mongolia's first batch of independent energy storage demonstration projects for 2025 [5]. - It is designed to address the challenges of renewable energy consumption and to provide robust support for the stable operation of the power grid [3][7]. - The project will utilize advanced immersion liquid cooling and grid-connected storage technologies, focusing on efficient collaboration with wind and solar power [5]. Group 2: Strategic Importance - This initiative is a key move in building a new energy system in Ulanqab and reflects Inner Mongolia's commitment to a diversified, industrialized, and market-oriented high-quality development strategy for new energy storage [7]. - The project aims to explore effective mechanisms for independent energy storage participation in the electricity market and to validate the role of large-scale storage in enhancing the transmission and consumption capacity of renewable energy bases [7]. Group 3: Future Prospects - Upon operation, the project is expected to provide flexible adjustment resources for the Inner Mongolia power grid, potentially aiding in the consumption of hundreds of millions of kilowatt-hours of clean electricity annually [8]. - The company is dedicated to offering high-quality services throughout the entire lifecycle of energy storage projects and aims to drive technological innovation and application in the storage sector [8].

Core Viewpoint - The article highlights the deepening cooperation between China and Vietnam in the energy storage sector, focusing on market opportunities, policy frameworks, and technological collaboration to support Vietnam's energy transformation and achieve net-zero goals [11]. Group 1: Government Engagement - The delegation visited Vietnam's Ministry of Industry and Trade (MOIT) to discuss the development plans for energy storage and clean energy, emphasizing the establishment of a communication mechanism for ongoing collaboration [2]. - Vietnamese officials outlined the strategic positioning of the energy storage industry, indicating that Vietnam is accelerating the construction of a new power system centered around energy storage through policy incentives and market innovations [2]. Group 2: Enterprise Field Research - The delegation conducted site visits to local energy storage companies in Hanoi, focusing on residential energy storage systems (SES) and commercial and industrial storage (C&I Storage) operational models [4]. - Discussions included pricing mechanisms, system integration technologies, and investment return cycles, with both sides agreeing to initiate pilot cooperation in resource sharing and joint technology development [4]. Group 3: Industry Exhibition Participation - The delegation attended the Vietnam International Battery and Energy Storage Technology Expo, engaging with exhibitors from various countries to discuss lithium battery technology advancements and safety management in energy storage systems [6]. - Despite being in its early stages, the Vietnamese energy storage market is experiencing rapid demand growth driven by policy support, particularly in renewable energy storage projects [7]. Group 4: Expert Dialogues and Industry Networking - The delegation held discussions with renewable energy technology experts and representatives from the Vietnamese Ministry of Finance and the Vietnam Clean Energy Association (VCEA) to explore investment policies and technical challenges in energy storage [9][10]. - A preliminary cooperation intention was established for joint energy storage demonstration projects, and a memorandum for cooperation in the energy storage industry was proposed to facilitate systematic collaboration [10]. Group 5: Future Outlook - The visit is seen as a starting point for accelerating the implementation of energy storage technologies, project investments, and industry chain collaboration, contributing to Vietnam's energy transformation and net-zero objectives [11]. - The CNESA aims to assist Chinese energy storage companies in global expansion through a three-pronged approach of policy penetration, technology alignment, and project implementation, with future events planned to enhance international cooperation [11].

Core Viewpoint - The article discusses the public tender announcement for the procurement of energy storage equipment for the 110MW/220MWh grid-side energy storage project in Zhoushan City High-tech Zone, highlighting the project's specifications and requirements for potential bidders [1][2]. Summary by Sections Project Overview - The project involves the procurement of a grid-side energy storage system with specifications of 110MW/220MWh, including energy storage battery cabins, power conversion systems, energy management systems, and associated cabling and accessories [2][4]. Tender Details - The tender is managed by Hangzhou Energy Group Engineering Technology Co., Ltd., with a project budget of 142 million yuan and a maximum bid limit of 116.6 million yuan [7]. - The tender announcement was published on June 30, 2025, and the online registration period for bidders is from the announcement date until July 21, 2025 [3][8]. Bidder Qualifications - Bidders must be registered enterprises in mainland China with independent legal status and must not have any disqualifying records in the past three years [5]. - Joint bids are not accepted, and bidders must provide complete and valid documentation [5]. Registration and Submission Process - Bidders must register on the Hangzhou City Investment Procurement Platform and complete the necessary certifications before the deadline [6][8]. - The submission of bid documents must be done in person by the specified deadline, with no acceptance of mailed submissions [10]. Contact Information - The contact details for the tendering authority and the consulting agency are provided for further inquiries [12][13].