"针对狭小空间作业特性，佛坪抽水蓄能电站项目创新引入智能通风系统，实时监测空气质量，实施'扒渣机 +装载机+错车道'组合运输方案提升出渣效率，运用机械化喷混设备将单班工效提升30%。"张荣兵说。 该项目在推进过程中不仅解决了诸多技术难题，还始终坚持把生态保护放在首位。 "我们积极推动实施生态修复工程，在大坝护坡、进厂道路山体侧等地建设框格梁，通过种植土回填，栽种 适宜当地气候环境的植物并形成立体绿网，继而实现施工项目和生态环境和谐共生。"陕西水电佛坪抽水蓄能有 11月24日，在位于佛坪县的陕西佛坪抽水蓄能电站施工现场，机器轰鸣，车辆穿梭，工人有序作业，秦岭山 水间的"超级充电宝"正在火热建设中。这座规划装机140万千瓦的省级重点工程建成后，年均可消纳绿电10亿千瓦 时，节约标煤30万吨，减少二氧化碳排放78.3万吨。 "目前，电站筹建期的'四洞一路'前期工程基本完工，上水库、厂房、发电系统和下水库等主体工程陆续开工 建设，工程正按照计划有序推进。"陕西水电佛坪抽水蓄能有限公司工程部主任张荣兵说。 在电站建设过程中，项目团队直面地质条件复杂、施工空间受限等挑战，通过地质雷达三维探测与承载力动 态验算、创新施工工 ...

证券日报网讯天富能源（600509）11月21日在互动平台回答投资者提问时表示，公司正在牵头推进八师 石河子100万千瓦抽水蓄能电站项目前期工作，争取项目纳规。 ...

说起中国这些年大力推的抽水蓄能电站，好多西方观察家直摇头，觉得这事儿太费劲儿了。明明投进去100度电，抽水上山后放下来发电只剩80度。 亏了20%，还砸那么多钱建厂子，这不是自己给自己找事儿吗？他们一看数据，就觉得中国能源政策有点儿"看不懂"，好像在烧钱玩儿似的。 其实，这里面门道不少，得从电力系统的老大难问题说起。中国电网这么大，风电太阳能这些新能源一窝蜂上来，发电量忽高忽低，调峰调谷成了大麻烦。 抽水蓄能就是干这个的"老黄牛"，表面亏电，实际帮着稳住大局。西方那边电池储能热火朝天，但规模上跟不上中国这体量，抽水蓄能的低成本长寿命优 势，他们一时转不过弯来。 电力怪脾气引发的储能难题 电力这玩意儿跟米面油不一样，不能囤仓库里，得现发电现用。电网里发电多少用电就得多少，多了浪费，少了就拉闸限电。中国作为世界头号用电大国， 电力需求曲线像过山车，白天工厂开工、空调轰鸣，晚上灯灭机停，峰谷差能到两倍以上。 加之风电太阳能这些清洁能源，风不吹太阳不晒就歇菜，弃风弃光率一度高得吓人。传统火电核电稳是稳，但调峰慢，启动停机成本高。结果呢，电网总得 找个"缓冲器"来平衡供需。 但能量转化总有损耗，泵水过程摩擦热损失，发电 ...

目前，泰安在建在运新型储能装机容量超过580万千瓦，居全省头部位置，将进一步助力泰安加速"绿 碳"蝶变，为全省能源绿色低碳转型示范区建设贡献泰安力量。(泰安市发展改革委) 近年来，泰安市聚焦新质生产力发展和新型能源体系建设，依托资源优势，坚持先立后破、循序渐进， 谋划实施千万千瓦级"储能之都"、千亿级"泰山锂谷"、千万千瓦级"风光高地"三个千量级工程，撬动和 牵引能源供给多元化、清洁化转型取得突破。先后建成了全国最大的采煤沉陷区农光互补产业基地、国 内"首台套"10MW压缩空气储能电站、全球最大规模300MW压缩空气储能电站、山东省首个抽水蓄能 电站—泰山抽水蓄能电站等重大项目。泰安储能产业集群被确定为全省首批支柱型雁阵集群和全省未来 产业集群，"储能之都"入选省"十强产业"场景创新引领区；"十四五"期间全市储能领域获得4个国家级 首台套重大技术装备。肥城市成功争创全省绿色低碳转型示范试点县，肥城新型电池电极材料产业集群 入选国家级中小企业特色产业集群。 中国发展网讯2025年10月底，随着泰安市远望储能科技天宝镇100MW农光互补项目等并网投运，泰安 市新能源装机达到719.7万千瓦，占电力装机的比重达到6 ...

Core Viewpoint - The article outlines the guidelines for promoting the consumption and regulation of renewable energy in China, aiming to establish a new power system that accommodates a high proportion of renewable energy by 2035, with a focus on enhancing system regulation capabilities and optimizing energy consumption mechanisms [5][6]. Group 1: Overall Requirements - The guidelines emphasize the need for a multi-layered renewable energy consumption and regulation system to be established by 2030, ensuring that new electricity demand is primarily met by renewable energy sources [6]. - By 2035, a new power system that supports high proportions of renewable energy will be fundamentally established, with a unified national electricity market playing a crucial role in resource allocation [6]. Group 2: Classification Guidance for Renewable Energy Development and Consumption - The guidelines advocate for the coordinated development of renewable energy bases in desert and arid regions, promoting both local consumption and external delivery [7]. - There is a focus on optimizing the integrated development of hydropower, wind, and solar energy, particularly in southwestern regions with large hydropower bases [8]. Group 3: New Models and Innovative Development for Renewable Energy Consumption - The guidelines encourage the development of new business models for renewable energy consumption, such as integrated source-grid-load-storage systems and smart microgrids [10]. - Support is provided for the integration of renewable energy with industrial development, particularly in high-energy-consuming industries transitioning to cleaner energy sources [9]. Group 4: Enhancing the Adaptability of the New Power System to Renewable Energy - The guidelines call for the acceleration of system regulation capabilities, including the construction of pumped storage power stations and the promotion of advanced storage technologies [11]. - There is an emphasis on improving the grid's capacity to accept renewable energy, including the development of a new grid platform that enhances collaboration between main and distribution networks [11]. Group 5: Improving the National Unified Electricity Market System for Renewable Energy Consumption - The guidelines propose expanding a multi-level market system for renewable energy consumption, allowing for flexible trading mechanisms and promoting long-term purchase agreements [14]. - There is a focus on establishing market rules that accommodate the unique characteristics of renewable energy generation and distribution [15]. Group 6: Strengthening Technological Innovation Support for Renewable Energy Consumption - The guidelines highlight the need for breakthroughs in efficient renewable energy generation technologies, including advancements in solar and wind power [16]. - Emphasis is placed on the development of intelligent control technologies that enhance the dynamic sensing capabilities of the grid [17]. Group 7: Assurance Measures - The guidelines stress the importance of optimizing management mechanisms for renewable energy consumption, including setting regional utilization targets and ensuring coordinated planning [18]. - Responsibilities are clearly defined among various stakeholders, including government agencies, grid companies, and power generation enterprises, to ensure effective implementation of renewable energy consumption strategies [19].

Core Viewpoint - The National Development and Reform Commission and the National Energy Administration have issued guidelines to promote the consumption and regulation of renewable energy, emphasizing the need to enhance system adjustment capabilities [1] Group 1: System Adjustment Capabilities - The guidelines call for accelerating the construction of leading reservoir hydropower stations and the expansion and renovation of hydropower capacity [1] - There is a strong push for the construction of pumped storage power stations to effectively utilize peak shaving and valley filling functions [1] Group 2: Advanced Energy Storage - The guidelines advocate for the development of advanced, safe, and efficient new energy storage technologies to tap into the potential of renewable energy integration [1] - The aim is to improve the utilization level of energy storage systems [1] Group 3: Flexible Energy Sources - The guidelines suggest a moderate layout of peak-shaving gas power plants [1] - It encourages the construction of solar thermal power stations based on local conditions [1] Group 4: Coal Power Transition - The guidelines promote the upgrading of the new generation of coal power and the replacement of coal-fired self-supplied power plants with renewable energy sources [1] Group 5: Virtual Power Plants - The guidelines highlight the role of virtual power plants in aggregating load-side adjustment resources and expanding the scale of vehicle-grid interaction applications [1]

Core Viewpoint - The company held a successful Q3 2025 earnings presentation, engaging with investors and addressing 17 questions with a 100% response rate, indicating strong investor relations and transparency [1] Group 1: Company Strategy and Operations - The company is currently constructing 10 pumped storage power stations with a total installed capacity of 12 million kilowatts, expected to be operational by the 14th Five-Year Plan or early in the 15th Five-Year Plan [4] - The company is focusing on both pumped storage and new energy storage projects to diversify its business and enhance funding for its main operations [2][3] - The company has invested in three pumped storage projects in Inner Mongolia, indicating a strategic focus on regions with significant renewable energy resources [5] Group 2: Market Position and Competitive Advantage - Pumped storage is recognized as the most mature and widely used long-duration energy storage solution, with the lowest lifecycle costs, making it essential for large-scale grid regulation [3] - The company aims to optimize project site selection, control project costs, and improve operational efficiency to enhance the competitiveness of its pumped storage business [9] - The company is actively monitoring market conditions and adjusting its pricing strategies for energy storage to remain competitive amid increasing market dynamics [6][9] Group 3: Financial Performance and Projections - The pumped storage business accounted for 62.14% of the company's revenue in the first three quarters, highlighting its significance as a primary income source [4] - The company is tracking the performance of its projects, including the profitability of the Shenzhen pumped storage station, which is reported to be operating well [7] - The company has not disclosed specific financial impacts from the upcoming projects but emphasizes that future earnings will depend on government-approved capacity pricing and market conditions [12]

Core Points - The company is progressing with the construction of the Jiande pumped storage project, which has a total installed capacity of 2400 MW [2] - The Jiande pumped storage power station is included in the national "Pumped Storage Medium and Long-term Development Plan (2021-2035)" as a key implementation project [2] - The project has also been incorporated into Zhejiang Province's "14th Five-Year Plan" for energy development and has received approval from the Zhejiang Provincial Development and Reform Commission [2] - The construction is advancing steadily according to the established milestones [2]

Core Insights - The completion of the Jiangsu Jurong Pumped Storage Power Station's Unit 6 marks the full operational status of the world's highest pumped storage power station, enhancing clean energy regulation in the Yangtze River Delta region [1] Investment and Capacity - The total investment for the Jurong Pumped Storage Power Station is 9.606 billion yuan, with a total installed capacity of 1.35 million kilowatts, consisting of six reversible pump-turbine generator units of 225,000 kilowatts each [1] - The design annual electricity generation is 1.35 billion kilowatt-hours, which can save approximately 140,000 tons of coal consumption and reduce carbon dioxide emissions by about 349,000 tons annually [1] Energy Demand and Supply - Jiangsu's peak electricity load reached a record high of 156 million kilowatts this summer, representing a year-on-year increase of 6.12% [1] - As of the end of August this year, the installed capacity of renewable energy in Jiangsu reached 110 million kilowatts, necessitating new requirements for supporting energy storage capacity [1] Operational Performance - Since the first unit was put into operation on September 23, 2024, each unit of the Jurong Pumped Storage Power Station has averaged 33.75 million kilowatt-hours of renewable energy absorption per month, generating 27 million kilowatt-hours of green electricity [1] - The power station plays a crucial role in peak shaving, frequency regulation, phase adjustment, and energy storage, contributing to stabilizing grid fluctuations and achieving time-space complementarity of electricity [1] Future Developments - Following the full operation of the Jurong Pumped Storage Power Station, the Zhenjiang Development and Reform Commission is leading efforts to accelerate preliminary work for related pumped storage projects and resource surveys [2] - The commission is also actively promoting site selection and protection for future pumped storage projects to ensure a solid foundation for subsequent developments [2]

Core Insights - The world's highest pumped storage power station, the State Grid Xinyuan Jiangsu Jurong Pumped Storage Power Station, has commenced full-scale operations on October 28 [2] Group 1: Project Overview - The power station is located in Jurong City, Jiangsu Province, with a total installed capacity of 1.35 million kilowatts, consisting of six reversible pump-turbine units, each with a capacity of 225,000 kilowatts [4] - The annual electricity generation is projected to be 1.35 billion kilowatt-hours, sufficient to power approximately 360,000 households for a year [4] - The station provides around 2.7 million kilowatts of bidirectional power regulation capacity, saving approximately 140,000 tons of standard coal and reducing carbon dioxide emissions by about 349,000 tons annually [4] Group 2: Technical Achievements - The dam of the power station stands at 182.3 meters, making it the highest pumped storage dam in the world, with a water storage capacity of 17.07 million cubic meters, equivalent to 1.2 times the capacity of West Lake [6] - The project has set multiple industry records and achieved technological breakthroughs in areas such as seepage control membrane development and the installation of super-large valves [6] Group 3: National Context - As of now, the total installed capacity of pumped storage power stations in China has exceeded 62 million kilowatts, achieving the target set for the 14th Five-Year Plan [7] - The construction of the first integrated water-wind-solar base in the country, the Yalong River Basin, has also progressed, with two large hydropower stations, Mengdigou and Yagen, achieving synchronous river diversion [8][10]