Core Viewpoint - The article highlights the establishment and role of the Zhongguancun Energy Storage Industry Technology Alliance, emphasizing its significance in promoting the development of the energy storage industry in China through policy influence and technology application [1]. Group 1: Alliance Overview - The Zhongguancun Energy Storage Industry Technology Alliance was founded in March 2010 and is the first non-profit industry organization focused on energy storage in China [1]. - The Alliance has been recognized as a "5A Social Organization" by the Beijing Civil Affairs Bureau twice since 2015 [1]. - It comprises 800 member units from both domestic and international sectors, including energy storage technology manufacturers, renewable energy companies, and research institutions [1]. Group 2: Functions and Services - The Alliance plays a crucial role in supporting government departments in formulating development strategies for the energy storage industry and advocating for industry development models [1]. - It has established five foundational service platforms: industry research, policy promotion, activity exchange, alliance standards, and financial services to efficiently serve various stakeholders in the energy storage sector [1]. Group 3: Related Organizations - The Energy Storage Professional Committee of the China Energy Research Society was established on September 28, 2016, with support from the National Energy Administration, serving as a non-profit academic organization for industry research and technology development [1].

Core Viewpoint - Hangzhou New Energy Investment Development Co., Ltd. has announced a tender for the 2025-2026 energy storage procurement project with a budget of 105 million yuan, divided into two lots: one for an 80MW/160MWh energy storage system and the other for retired power battery recycling cooperation [1][5]. Group 1: Project Overview - The project is publicly tendered and welcomes qualified bidders to participate [3][4]. - The total budget for the project is 105 million yuan, which is the maximum limit for both lots combined [5]. - The project is located in Hangzhou, and the funding source is self-raised [5][6]. Group 2: Tender Details - The project consists of two lots: Lot 1 for the energy storage system and Lot 2 for retired battery recycling [7][9]. - Lot 1 includes the procurement of energy storage battery cabins, PCS cabins, energy management systems, and related equipment [8]. - Lot 2 focuses on the recycling of existing retired power batteries and their resource utilization [9]. Group 3: Bidder Qualifications - Bidders must be registered in the People's Republic of China (excluding Hong Kong, Macau, and Taiwan) and possess independent legal person status [11][14]. - Bidders must not have any disqualifying records in the past three years, such as being listed as untrustworthy by official websites [12][15]. - Bidders must have completed a single contract for energy storage systems of 50MW/100MWh or more since May 1, 2022 [12]. Group 4: Registration and Submission - Bidders must register on the Hangzhou City Investment Procurement Platform before the deadline [16][17]. - The registration period is from June 9, 2025, to June 30, 2025 [17]. - Bidders are required to submit a bid guarantee of 500,000 yuan [21][22]. Group 5: Contact Information - The contact for the tender is Hangzhou New Energy Investment Development Co., Ltd., located at 290 Ju Yuan Road, Binjiang District, Hangzhou [25]. - The tender agent is Dewey Engineering Management Consulting Co., Ltd., located at 368 Xingyuan Road, Linping District, Hangzhou [25].

Core Insights - The new energy storage projects in China saw a significant increase in installed capacity in May 2025, with a total of 6.32 GW and 15.85 GWh added, representing year-on-year growth of +193% and +228% respectively [1][2] - The growth in energy storage is primarily driven by front-of-the-meter storage, which accounted for 6.17 GW and 15.38 GWh, showing year-on-year increases of +213% and +248% [1] - User-side storage experienced a decline in installed capacity, with 150 MW and 473 MWh added, reflecting a year-on-year decrease of -19% [1] Regional Distribution - A total of 26 provinces in China added new energy storage projects, with 11 provinces exceeding 100 MW in new installations [3] - Yunnan province led the country with nearly 2.5 GW of new shared storage projects, followed by Qinghai, Xinjiang, Inner Mongolia, and Shandong, each with over 500 MW of new installations [3] Application Distribution - Grid-side independent storage dominated the market with a year-on-year growth rate exceeding 200%, contributing 4.95 GW and 11.61 GWh in new installations [6] - Power-side storage added 1.22 GW and 3.77 GWh, with 98% of new installations being renewable energy-related [6] - User-side storage primarily focused on commercial applications, with data centers accounting for over 40% of the user-side installations [7] Technological Distribution - Lithium-ion batteries remain the dominant technology, accounting for 96% of the new installed capacity [10] - There is an acceleration in the application of hybrid storage technologies, including combinations of lithium iron phosphate with various other technologies [10] Market Expectations - The energy storage market is expected to see continued growth in the second quarter of 2025, driven by the "531" policy and local government incentives [12] - However, uncertainties regarding the participation of new energy storage in the electricity market may impact future installations [13] - The competitive landscape remains intense, with a decline in prices for energy storage systems and EPC services observed [14]

Core Viewpoint - The Chinese energy storage industry is entering a phase of large-scale development driven by the "dual carbon" strategy, with significant growth in installed capacity and energy scale, surpassing pumped storage for the first time [1] Group 1: Industry Growth and Policy Support - By the end of 2024, China's new energy storage cumulative installed capacity is expected to reach 78.3GW/184.2GWh, with power and energy scale increasing by 126.5% and 147.5% respectively [1] - The new operational scale added in 2024 is projected to be 43.7GW/109.8GWh, maintaining a doubling growth for three consecutive years [1] - An action plan for high-quality development of the new energy storage manufacturing industry has been jointly released by eight departments, aiming for high-end, intelligent, and green development by 2027 [1] Group 2: Challenges in the Industry - Homogeneous competition is becoming a significant constraint on development, with products showing high similarity in capacity upgrades and liquid cooling technology applications [2] - The price of energy storage cells is on a downward trend, with the lowest transaction price dropping below 0.3 yuan/Wh, and system integrators' quotes generally falling to 0.5-0.6 yuan/Wh [2] - This homogeneity leads to compressed profit margins and persistent issues for end users, such as high electricity costs and fragmented energy management [2] Group 3: Innovative Solutions - High Taihao Energy has developed a zero-code architecture platform, 4S+C, to create innovative energy storage solutions, breaking traditional development constraints [2][4] - The platform allows for seamless integration of third-party devices, reducing the time for protocol development from 2-3 weeks to 0.5-1 day [4] - The flexible customization of process strategies enables users to define charging and discharging logic without code development, reducing delivery time from 1-2 weeks to within 1 day [5] Group 4: Product Features and Advantages - The zero-code architecture supports the integration of photovoltaic generation, energy storage, and charging functions, creating a closed-loop ecosystem [8] - The system is designed for full-scene adaptability, supporting multiple photovoltaic connections and quick switching between grid-connected and off-grid modes [11] - The intelligent energy dispatch system prioritizes photovoltaic power generation and optimizes peak-valley arbitrage, potentially reducing overall electricity costs by 30%-40% [12] Group 5: Future Outlook - The zero-code architecture is driving the transformation of energy storage products from standardization to scene-based customization, with predictions of cumulative installed capacity reaching 313.9GW by 2030 [16] - Companies with rapid customization capabilities are expected to gain a competitive edge in the market [16] - High Taihao Energy aims to continue leveraging technological innovation to enhance the adaptability of solutions and support the green low-carbon goals [16]

6月9日，华夏智慧能源（浙江）有限公司发布了山西襄垣42.5MW锂离子电池+超级电容混合储能项目EPC 招 标 公 告 ， 合 计 规 模 42.5MW/130MWh ， 其 中 包 括 锂 离 子 电 池 32.5MW/130MWh+ 超 级 电 容 10MW/0.083MWh，项目资金来源为自筹资金15958万元。 山西襄垣 42.5MW 锂离子电池+超级电容混合储能项目(EPC)招标公告 (招标编号:HXZH(ZJ)2025-003) 项目所在地区:山西省 文 | 中关村储能产业技术联盟 一、招标条件 本山西襄垣 42.5MW 锂离子电池+超级电容混合储能项目(EPC)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 15958 万元,招标人为华夏智慧能源(浙江)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 规模: 锂离子电池 32.5MW/130MWh+超级电容 10MW/0.083MWh 混合储能站包括锂离子电 池预制舱、超级电容预制舱、PCS 一体升压舱及系统装置;拟以 35kV 电压等级接入 110kV 太平金烨变电站 35kV 母线。除租赁外,预计 ...

Core Viewpoint - Recently, Hope Senlan Technology Co., Ltd. has completed the membership process and officially joined the Zhongguancun Energy Storage Industry Technology Alliance [1] Company Introduction - Hope Senlan Technology Co., Ltd. was established in 1998 and has been recognized as a Chinese famous brand and a well-known trademark. It is a national high-tech enterprise in the fields of energy conservation, environmental protection, new energy, drive control, and intelligent equipment, as well as a "specialized, refined, and innovative" small giant enterprise [3] - The company integrates R&D, manufacturing, system integration, and customer service, with products covering high and low voltage variable frequency control systems, automated production lines, and industrial power systems such as EPS power supply, port shore power, and multi/monocrystalline silicon power supply [3] - Hope Senlan provides system solutions for various industries, including energy storage, power, building materials, papermaking, municipal, non-ferrous metallurgy, petrochemical, equipment manufacturing, intelligent manufacturing, ports and airports, rail transit, new energy, and charging clusters [3] - The company has a presence in over 30 countries and regions, including China, India, South Africa, Brazil, Italy, Denmark, Singapore, Indonesia, Malaysia, Vietnam, and Turkey, thanks to its commitment to quality and innovation [3] Product Showcase - The SBH series high-voltage variable frequency drive is an efficient, energy-saving, and pollution-free device with a voltage range of 3-11kV and a power range of 160kW to 80,000kW [6][7] - The grid-connected photovoltaic inverter is a core component of solar photovoltaic power generation systems, available in various types including centralized inverters and modular inverters [9] - The VFPS series port shore power supply is the first domestically developed distributed shore power system, promoting digital transformation in the shore power industry and accelerating the transition to a low-carbon era for ports [10][11] - The SBHQ series four-quadrant high-voltage variable frequency drive is designed for applications in coal mines and mining industries, with a voltage range of 6kV to 10kV and a power range of 160 to 4,000kW [13] Application Cases - The Jintan Salt Cave Compressed Air Energy Storage Power Station in Jiangsu has been in continuous operation for three years, providing valuable data for exploring new energy storage solutions. Hope Senlan played a key role in this project by providing technology and solutions for large power synchronous brushless motors and multi-stage large compressors [16] - The Hainan Jinhai Pulp and Paper Co., Ltd. dedicated terminal project has a designed annual throughput of 12.9 million tons and a total investment of 1.503 billion yuan. Hope Senlan provided a flexible and reliable shore power system solution for the terminal, which is set to become the largest single shore power project in China [18] Technological Innovations - Hope Senlan's dual-machine hot redundancy technology (DMHR) has achieved "zero-second" switching, significantly improving the reliability of variable frequency drive systems in continuous production industries. This innovation has reduced downtime and extended equipment lifespan by 20% [20][22] - The successful application of DMHR technology provides a replicable solution for high-continuity production industries, with plans for more innovative products and solutions to create higher value for customers and promote industrial ecological development [22]

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].

文 | 央视新闻客户端 近年来，我国不断加快火星探测的步伐，2028年前后将发射天问三号探测器，2031年前后实现火星样品返回地球。为顺利开展这些任务，我国 科学家一直探索如何有效利用火星上的现有资源，为未来火星长期科研和人类驻留提供能源和资源保障。 火星发电将为建科研站提供能源保障 近期，中国科学技术大学的研究团队就 利用火星大气作为介质，开展了储能和发电方面的研究，并取得新进展。 科研人员介绍，在火星上发电并非易事，要考虑到使用一种易于获取且用之不竭的介质来实现发电。在地球上发电，例如火电站和核电站使用的 工作介质一般是水。而在宇宙空间开展核能发电，此前科学界讨论比较多的是采用稀有气体氦-氙作为工作介质，但是氦-氙并不是火星上原生 的资源，会面临从地球运输到火星过程中出现泄漏后不能及时补充的问题。那么如何用火星上原生的资源发电？ 中国科学技术大学研究人员提 出将火星大气作为发电系统工作介质的新思路。 中国科学技术大学研究员石凌峰：工作介质它其实是发电系统的一个能量转化的载体。我们也可以通俗地把它称为发电系统的"血液"。火星大 气具有优良的热电转化性能。火星大气它的这种性质，它的这个分子质量是比较大的，比热 ...

Core Viewpoint - The article discusses the public tender announcement for the procurement of energy storage equipment by Xinjiang Li New Energy Co., Ltd. for its second batch of energy storage projects in 2025, with a total scale of 500MW/2000MWh [2][8]. Group 1: Project Overview - The tender is divided into three sections: - Section C: 100MW/400MWh energy storage system located in Hotan City [3]. - Section D: 200MW/800MWh energy storage system located in Pishan County [4]. - Section E: 200MW/800MWh energy storage system located in Minfeng County [5]. - The projects aim to construct energy storage stations and related facilities, including substations [10]. Group 2: Technical Requirements - The tender specifies that lithium iron phosphate batteries must achieve 6000 charge-discharge cycles under certain conditions or have an 8-year quality guarantee [6][12][14][15]. - The supply timeline requires 50% of the equipment to be delivered by September 20, 2025, and full delivery by October 20, 2025 [16][17][18]. Group 3: Bidder Qualifications - Bidders must be independent legal entities registered in China and possess manufacturing capabilities for at least one core component of the electrochemical energy storage system [20]. - Bidders must provide third-party certification for their lithium iron phosphate batteries and other components, along with a minimum contract signing performance of 2GWh in the last three years [20]. - Financial stability and good commercial reputation are required, with audited financial reports for the last three years [20]. Group 4: Tender Process - The tender documents can be obtained online from June 7 to June 26, 2025, with a fee of 2000 RMB [25][26]. - The deadline for submitting bids is June 27, 2025, at 10:30 AM [28].

1 活动目的 为丰富中小学生暑期生活，普及储能与消防安全知识， 中关村储能产业技术联盟联合应 急管理部天津消防研究所、天津大学国家储能技术产教融合创新平台特举办暑期储能科普 活动。 本次活动旨在向中小学生普及储能科学知识，深化对储能技术、消防安全的认知与理解。 通过近距离接触先进的科研设备与实验场景，有效拓宽其科学视野，激发对科学技术的浓 厚兴趣与探索精神。同时，活动致力于提升学生的科学素养与实践动手能力，培养其创新 思维与团队协作意识，为未来应对实际挑战奠定基础，为国家科技人才储备贡献力量。 2 活动时间 2 0 25年07月0 5日 0 9 : 0 0 - 1 6 : 00 （暂定） 3 活动地点 应急管理部天津消防研究所应急消防安全教育实训基地 天津大学国家储能技术产教融合创新平台 集合地点： 刘家窑地铁站C东南口（5号线） 6 活动内容 上午场：天津市消防研究所（09: 00- 12: 00） 0 9 : 00- 09: 3 0 集合签到&破冰环节 0 9 : 30- 11: 5 0 应急消防科普体验 午休&交通（12 : 0 0 - 1 4 : 0 0） 统一乘坐大巴前往天津大学，途中发放简餐 4 ...