2025年收官之际，中国电力各单位捷报频传，跑出能源发展"加速度"。 皖电新支柱，百万千瓦机组首并成功 12月30日6时4分，平圩四期2*1000兆瓦超超临界燃煤发电机组工程7号机组首次并网一次成功。机组各 系统参数稳定达标，标志着7号机组正式进入带负荷试运行阶段，为后续投产发电奠定坚实基础。 碧水蓝"光"，渔电双收 12月28日11时8分，扬州市中武电智慧能源有限公司100兆瓦渔光互补集中式光伏发电项目全容量并网发 电。 该项目坐落于扬州市江都区武坚镇，采用"渔光互补"模式实现土地资源高效复合利用。项目总装机容量 100兆瓦，配套新建一座220千伏升压站及10兆瓦/20兆瓦时储能系统。项目投产后，预计年均发电量约 1.2亿千瓦时，每年可减排二氧化碳约10万吨，具有显著的经济、环境和社会效益。 责任编辑：江蓬新 风起天山，绿电破寒 12月28日，中电神火木垒800兆瓦自备绿电替代风电项目并网成功。 该项目为中国电力与神火集团合资建设，主要为压减神火新疆煤电有限公司3台35万自备电解铝煤电机 组30%负荷，从而落地建设80万千瓦风电绿电替代该压降容量。 该项目地处天山余脉、新疆木垒县大石头风区，场区面积约476 ...

证券日报网讯 1月12日，华自科技（300490）在互动平台回答投资者提问时表示，公司自主研发多能物 联核心技术，打造了源网荷储一体化平台、多能物联协调控制器、工商业液冷储能柜、储能变流器等多 款核心软硬件产品，可为用户提供一站式综合能源解决方案，目前已落地多个源网荷储一体化项目，切 实助力能源清洁低碳转型。 ...

为了让绿色转型的红利持续释放、能源产业发展后劲更足，河南还在体制机制改革上持续发力，为民营 经济打开更广阔的空间。河南通过深化能源重点领域和关键环节改革，全面推进源网荷储一体化、新型 储能等新业态新模式发展，加快构建以清洁能源为主、多能互补、产销协同的分布式能源体系。其中， 放开配电网领域投资、允许就近利用新能源等突破性政策走在全国前列。 能源项目投资连续3年超过千亿元、发电总装机突破1.6亿千瓦，可再生能源发电装机占比超50%、发电 量超1000亿千瓦时……近日，河南省政府新闻办举行2025河南省民营经济高质量发展系列新闻发布会， 详解2025年以来河南全省民营经济能源要素保障服务成效，一系列亮眼数据彰显能源产业对民营经济的 坚实支撑。 据河南省能源规划建设局局长夏兴介绍，围绕促进民营经济发展壮大，河南持续强化能源要素保障，落 地了一批"管当前、利长远"的重大项目，实施了一批"强动能、增活力"的关键改革，完善了一批"惠民 生、促发展"的政策措施，推动能源高质量发展迈上新台阶，为全省经济社会发展注入强劲动力。 加强能源要素保障 筑牢民企发展根基 从发布会释放的信号来看，河南立足民营经济发展核心需求，从能源安全 ...

能源项目投资连续3年超过千亿元、发电总装机突破1.6亿千瓦，可再生能源发电装机占比超50%、发电 量超1000亿千瓦时……近日，河南省政府新闻办举行2025河南省民营经济高质量发展系列新闻发布会， 详解2025年以来河南全省民营经济能源要素保障服务成效，一系列亮眼数据彰显能源产业对民营经济的 坚实支撑。 据河南省能源规划建设局局长夏兴介绍，围绕促进民营经济发展壮大，河南持续强化能源要素保障，落 地了一批"管当前、利长远"的重大项目，实施了一批"强动能、增活力"的关键改革，完善了一批"惠民 生、促发展"的政策措施，推动能源高质量发展迈上新台阶，为全省经济社会发展注入强劲动力。 加强能源要素保障 筑牢民企发展根基 从发布会释放的信号来看，河南立足民营经济发展核心需求，从能源安全保障、供给结构优化、体制机 制改革多维度发力，将能源要素保障嵌入产业发展全链条。 作为经济大省，河南全面落实"四个革命、一个合作"能源安全新战略，以"项目为王"强化能源基础设施 统筹建设。据发布会披露，目前，许昌能信煤电项目按期投运，信阳五岳抽水蓄能电站全面建成，疆电 入豫第二通道加快谋划，天中、青豫直流送电能力持续提升，省级500千伏骨干 ...

近年来，公司持续加强信用体系建设，不断提升市场公信力，积极拓展新能源售电业务，深化绿色能源 战略布局，为客户提供了多项具有竞争力的低碳能源解决方案。 智通财经APP讯，天保能源(01671)发布公告，2025年12月，天津电力交易中心公布最新售电公司信用评 价结果，公司凭借卓越的综合实力、完善的合规管理体系以及良好的市场声誉，成功获评AAA级最高 信用等级。 面向未来，公司将继续秉持"诚信为本、服务至上"的理念，依托在新能源开发、合同能源管理、智能电 网建设、源网荷储一体化等方面的综合优势，致力于打造全国知名的综合能源服务商。 该评级为天津电力市场权威性最强、覆盖面最广的信用评价活动，从财务状况、社会信用、市场化交易 能力、合同履约、信息披露、合规管理等多个维度进行全面评估。公司最终脱颖而出，成为天津市获评 AAA级的13家售电公司之一，充分体现了公司稳健的经营风格与扎实的综合实力，也标誌着其在市场 化交易、合同履约及风险管理等核心领域的表现获得行业高度认可。 ...

Core Viewpoint - The article outlines the "Yunnan Province New Energy Storage High-Quality Development Special Action Plan (2025-2027)", aiming for a new energy storage capacity of over 8GW by 2027, focusing on various technologies including lithium iron phosphate and others [1][13]. Group 1: Goals and Technology - The core goal is to achieve a new energy storage capacity of over 8 million kilowatts (8GW) by 2027 [1]. - The technology roadmap emphasizes lithium iron phosphate as the primary technology while also promoting sodium-ion, all-vanadium flow, compressed air, and aluminum-lead carbon storage technologies [1]. Group 2: Application Scenarios - On the power generation side, new energy storage will support the construction of new energy power plants without making storage configuration a prerequisite for project approval [1]. - On the grid side, shared storage will be prioritized in areas rich in new energy, with new electrochemical storage projects required to adopt grid-structured storage technology [1]. - User-side storage will focus on various applications including industrial parks, zero-carbon parks, data centers, and more, promoting innovative models like virtual power plants and smart microgrids [1][19]. Group 3: Project Management Optimization - A clear management system will be established for new energy storage projects, with strict timelines for project registration and construction [3][24]. - Projects not meeting deadlines will be removed from the demonstration project list, and any transfer of project development rights is strictly prohibited [3][24]. - Policy support will be limited to projects included in the approved list, ensuring orderly planning by local energy authorities [3][24]. Group 4: Scheduling and Operation - New energy storage scheduling management rules will be developed to ensure fair dispatch and effective operation of storage facilities [4][26]. - A mechanism for the utilization of new energy storage will be established, requiring regular reporting on operational performance to provincial energy authorities [4][26]. Group 5: Technology Diversification - The plan encourages innovation in new energy storage technologies and promotes the application of various storage technologies, including long-duration storage and hydrogen storage [5][29]. - Collaborative applications of multiple storage technologies will be explored, particularly in renewable energy hydrogen production [5][29]. Group 6: Market Mechanism Improvement - New energy storage will be encouraged to participate in the electricity market, with a focus on developing a multi-level market system that allows for integrated participation in energy transactions [6][31]. - A pricing mechanism for new energy storage will be researched to ensure reasonable compensation for reliable capacity costs [6][31]. Group 7: Project Lists and Capacity - In 2025, a list of 45 new energy storage projects will be developed, with a total planned capacity of 895.5 MW and 2,036 MWh [7][10]. - The projects will include those already in operation, under construction, and in the preliminary stage [10][37]. Group 8: Safety and Talent Development - Safety regulations will be strictly enforced for new energy storage projects, ensuring compliance with national standards [32][33]. - Talent development initiatives will be implemented to enhance the skills of personnel involved in the operation and management of new energy storage systems [33].

扩大绿电应用，是中央经济工作会议提出的一个明确要求。在能源结构加速调整、绿色贸易规则日益完 善的背景下，推动绿电从"能发出"走向"用得好"，既是实现"双碳"目标的关键抓手，也是提升产业绿色 竞争力的重要路径。 三是应用场景与消费动力依然存在结构性分化。外向型企业、高耗能行业需求更为迫切，而不少中小企 业、公共服务领域和居民侧对绿电价值、采购路径与核算方式认知不足，绿色用能尚未形成更广泛的自 发扩散。 有鉴于此，接下来应从问题与短板出发，坚持系统观念，针对性地提出解决措施，将扩大绿电应用与建 设新型电力系统、完善全国统一电力市场、推进产业绿色升级等协同推进。 按照源网荷储一体化发展思路，统筹推进新能源大规模开发与电网主网架、跨省输送通道及调峰资源的 协同规划。加快构建以抽水蓄能为"压舱石"、新型储能为补充的多元化调节体系，重点攻克低成本、高 安全、长时序的新型储能关键技术，大力推广"新能源+储能"一体化开发模式。深化数字赋能，利用智 能化手段提升电网对高比例新能源的可调、可控水平。深挖存量潜力，有序推动煤电向基础保障性和系 统调节性电源转型，从物理层面筑牢绿电高效利用与电网安全稳定的双重防线。 完善绿电交易与绿 ...

Core Viewpoint - The first batch of national-level zero-carbon parks has been announced, with nearly 40% located in key lithium battery manufacturing bases, indicating a strong alignment between zero-carbon industrial parks and China's lithium battery and new energy industries [1][3][4]. Group 1: Overview of Zero-Carbon Parks - A total of 52 parks have been selected, serving as a sample to observe the coupling of China's new energy and industrial systems [2]. - The selected parks cover various types across eastern, central, and western regions, including national economic development zones, high-tech zones, resource-based development zones, and specialized industrial parks [6]. - The construction period for these parks is required to be completed between 2027 and 2030, with local governments encouraged to provide support in funding, resources, technology, and finance [7]. Group 2: Industry Chain and Structure - The parks related to lithium battery and new energy manufacturing encompass a complete chain from resource extraction to manufacturing and application [8]. - Key parks include those in Jiangxi, Yunnan, and Xinjiang, which focus on lithium resources and new energy materials, as well as manufacturing bases for major companies like CATL and BYD [8][10]. - Downstream applications include parks focused on electric vehicles, energy storage equipment, and data centers, indicating a multi-dimensional approach to energy and storage [10]. Group 3: Zero-Carbon Parks as Experimental Models - Zero-carbon parks are not merely single-factory transformations but aim to reconstruct energy systems and carbon management logic at the industrial cluster level [11]. - The selection of lithium battery and new energy industries as pilot projects is due to their foundational role in supporting energy transition and their strong linkage to emission reduction targets [13][14]. - The parks are expected to validate a replicable set of indicators and operational mechanisms under varying regional and industrial conditions [11][21]. Group 4: Case Study of Inner Mongolia - The Inner Mongolia Ordos Mongsu Economic Development Zone serves as a concrete example of a zero-carbon park, integrating wind, solar, storage, and hydrogen energy into a closed-loop system [22][25]. - The facility aims for full carbon neutrality across its value chain, utilizing high proportions of green electricity and a digital carbon management platform [26][30]. - This model is being expanded to other regions, demonstrating the potential for replicable solutions across different resource endowments and industrial structures [33]. Group 5: Implications for Future Investments - The first batch of zero-carbon parks reflects new constraints and implicit thresholds for the next round of lithium battery and new energy industry layouts [39]. - Local governments' ability to implement green electricity direct connections and integrated carbon monitoring systems will influence the feasibility of high-value new energy projects [40]. - Parks that have established comprehensive new energy and lithium battery industry clusters are more likely to be selected for future projects, shaping the spatial layout of the new energy industry [41][42].

Group 1: Energy Market Developments - The construction of the electricity market in the Beijing-Tianjin-Hebei region is being steadily advanced, with a focus on controlling coal consumption and promoting renewable energy participation in the market. By 2027, coal consumption in the region is expected to decline, with renewable energy consumption in Beijing increasing by approximately 10 percentage points compared to 2020 [2] - The Sichuan section of the "West-to-East Gas Transmission" pipeline has been fully commissioned, enhancing the natural gas resource export channels from the Sichuan-Chongqing region. The pipeline has a designed annual gas transmission capacity of 20 billion cubic meters [3] - The Guangxi Nanning pumped storage power station has been fully commissioned, representing the first of its kind in Guangxi. The project has a total investment of approximately 8 billion yuan and a capacity of 1.2 million kilowatts, capable of converting 1 million cubic meters of water into 1.2 million kilowatt-hours of clean electricity per hour [3] Group 2: Policy and Planning Initiatives - Yunnan's 14th Five-Year Plan emphasizes the development of a new energy system, promoting the coordinated development of coal, electricity, oil, and gas, and advancing multi-energy complementarity and integrated development [4] - Shenzhen's 14th Five-Year Plan highlights the need to accelerate the construction of smart grids and microgrids, as well as infrastructure for electric vehicles, to support the transition to a green and low-carbon economy [4] Group 3: Environmental and Resource Management - China's first oil field capable of injecting over 1 million tons of CO2 annually has been established in Xinjiang, marking a significant step in carbon capture and storage technology [2] - The first waste-to-energy project in Central Asia has been launched in Bishkek, Kyrgyzstan, representing a shift from simple landfill practices to clean incineration and energy regeneration [8]

Core Viewpoint - The completion and operation of the Yixing 110 kV Yongxing Substation on December 26 marks a significant advancement in local energy infrastructure, enhancing power supply reliability for 85,000 residents and 230 enterprises in the area [1] Group 1: Infrastructure Development - The Yongxing Substation is an unmanned, intelligent facility aimed at improving the reliability of the local power grid [1] - The substation will serve a substantial number of households and businesses, indicating a strong commitment to local energy needs [1] Group 2: Industry Transformation - Yixing is accelerating the transformation and upgrading of traditional industries while actively fostering emerging industries and planning for future sectors [1] - The Yixing Power Supply Company is focusing on core business capabilities and the growth of young employees, using the Yongxing Substation project as a training ground [1] Group 3: Technological Advancements - The company is advancing the construction of smart grids and microgrids, promoting integrated development of multi-energy complementarity and source-network-load-storage [1] - There is an emphasis on increasing the proportion of electricity in terminal energy consumption to support a green and low-carbon transformation of economic and social development [1]