Core Viewpoint - The article discusses the rapid development of high-power charging infrastructure in China, highlighting the transition towards more efficient charging solutions for electric vehicles, which may alleviate range anxiety and make charging as convenient as refueling a traditional vehicle [2][6]. Group 1: Current State of Charging Infrastructure - As of June 2023, China has a total of 16.1 million electric vehicle charging facilities, with 4.096 million being public and 12.004 million private [6]. - The current charging infrastructure is characterized by a dominance of low-power chargers, insufficient penetration of fast chargers, and the emergence of ultra-fast charging [6]. - The government aims to have over 100,000 high-power charging facilities by the end of 2027, with ongoing construction efforts from both state-owned and private enterprises [6][12]. Group 2: Technological Advancements - High-power charging stations, such as those with 600 kW capacity, can charge electric vehicles from 20% to 80% in approximately 8 to 10 minutes using 800V high-voltage technology [5]. - The construction of high-power charging facilities requires advanced technology to manage high voltage and current, including liquid cooling systems and dynamic power distribution [8][10]. - Recent national standards have been established to ensure the safety and reliability of high-power charging systems, with mandatory regulations implemented in August 2023 [10]. Group 3: Challenges and Solutions - The construction of high-power charging facilities faces challenges such as land and power resource limitations in urban areas, high investment costs, and long payback periods [12]. - The government is promoting the integration of high-power charging facility planning with power grid development and encouraging long-term leasing agreements to support stable operations [12]. - There is a need for improved interoperability standards among different charging systems to enhance user experience and compatibility [13].

二是专栏明确典型场景建设路径。 以专栏形式明确了37个人工智能+能源的融合应用发展重点任务，涉及百余项场景，其 中，油气方向有6个，煤炭、电网、水电、能源新业态方向各5个，火电、新能源方向4个，核电方向3个，同时，提出了各 任务的建设路径与目标。 近日，国家发展改革委、国家能源局印发了《关于推进"人工智能+"能源高质量发展的实施意见》（以下简称《实施意 见》）。 《实施意见》提出能源领域人工智能发展的分阶段目标： 到2027年，着眼于打牢基础、树好标杆、健全体系 。聚焦能源 领域智能化水平不均衡、共性技术支撑不足、规模化应用尚未形成，重点推动"五十百"工程，即推动五个以上专业大模型 在电网、发电、煤炭、油气等行业深度应用，挖掘十个以上可复制、易推广、有竞争力的重点示范项目，探索百个典型应 用场景赋能路径，制定完善百项技术标准，培育一批行业级研发创新平台，形成符合我国国情的能源领域人工智能技术创 新发展模式。 到2030年，聚焦自主可控、深度赋能、国际领先 ，在前期技术积累和场景验证的基础上， 着力推动能源领域人工智能专 用技术实现体系化突破与规模化落地 。这一阶段更注重核心技术的自主创新与深度融合应用，通过人 ...

王宏志强调， 要紧扣以能源高质量发展助推中国式现代化这个主题，围绕 落实 "把握新发展阶段，贯彻新发展理念，构建 新发展格局，推动高质量发展"要求 和二十届三中全会部署的深入推进能源革命、加快规划建设新型能源体系、持续深化能 源领域体制机制改革以及高质量完成 "十四五"规划目标任务等重大决策部署，持续推进政治监督具体化、精准化、常态 化，确保贯彻执行不偏向、不走样。要坚守政治巡视定位，聚焦被巡视党组织履行党的领导职能责任，聚焦党员领导干部 的政治忠诚、政治担当、政治能力，聚焦落实中央巡视整改政治责任，从严从实开展监督，推动各级党组织为党分忧、为 能源事业尽责。 王宏志要求，进一步把严的标准立起来，把 " 发现问题、形成震慑，推动改革、促进发展 " 的巡视工作方针贯彻落实到 位。要突出监督重点，紧盯重点问题、重点领域、重点对象，聚焦 " 一把手 " 和领导班子以及在重要岗位、可能提拔使用 的干部加强监督了解。要通过专项巡视，持续压实中央巡视整改责任，完善整改促进机制，重点开展现场督导检查，深入 评估整改成效，对敷衍应付、虚假整改的严肃问责，推动中央巡视发现问题真改实改。 会上，机关党委（人事司）主要负责同志宣布 ...

"十四五"我国油气勘探开发取得显著成效 自主保障油气安全能力不断提升 探明储量创历史新高。 "十四五"期间，预计全国累计新增探明地质储量石油70亿吨、天然气7万亿立方米以上，分别 较"十三五"增长约43%、40%；石油、天然气技术可采储量替换率分别保持在1.1、2.2以上，确保我国每年油气新增探明 技术可采储量均超过采出量，为油气上产夯实资源基础。 产量当量创历史新高。 2024年，我国油气产量当量首次超过4亿吨，连续8年保持千万吨级快速增长势头。预计"十四 五"末，我国石油产量有望超历史峰值、天然气产量将超过2亿吨油当量，推动我国油气产量当量站上4.2亿吨的新高度， 进一步巩固"稳油增气"发展态势。 02 油气勘探开发取得一批标志性成果 原油产量时隔六年重上2亿吨。 各大油气企业持续加大新区效益建产、老区持续稳产和精细管理提产，预计"十四五"累 计新建原油产能1.05亿吨，克服原油产量每年自然递减约2000万吨的巨大挑战，实现原油产量企稳回升，2022年重上2 亿吨，2025年有望创历史新高（2.15亿吨）。其中，海洋原油增产量占全国70%以上。 天然气连续九年超百亿方增长。 在稳油增气及低碳转型战略指引下 ...

国家发展改革委关于 《输配电定价成本监审办法（修订征求意见稿）》 《省级电网输配电价定价办法（修订征求意见稿）》 《区域电网输电价格定价办法（修订征求意见稿）》 《跨省跨区专项工程输电价格定价办法（修订征求 意见稿）》公开征求意见的公告 为贯彻落实党的二十届三中全会精神和中共中央办公厅、国务院办公厅《关于完善价格治理机制的意见》要求，进一步完 善输配电价格监管制度，国家发展改革委会同有关方面对《输配电定价成本监审办法》（发改价格规〔2019〕897号） 《省级电网输配电价定价办法》（发改价格规〔2020〕101号）《区域电网输电价格定价办法》（发改价格规〔2020〕 100号）和《跨省跨区专项工程输电价格定价办法》（发改价格规〔2021〕1455号）进行了修订，现向社会公开征求意 见。 此次公开征求意见的时间为2025年9月8日至10月8日。欢迎社会各界人士通过网络等方式提出意见。公众可登陆国家发展 改革委门户网站（http://www.ndrc.gov.cn）首页"互动交流"板块，进入"意见征求"专栏提出意见建议。 感谢您的参与和支持！ 国家能源局微信公众号是国家能源局新闻宣传、信息公开、服务群众的重要平台 ...

国家发展改革委 国家能源局关于推进"人工智能+"能源高质量发展的实施意见（国能发科技〔2025〕73号） 各省、自治区、直辖市及计划单列市、新疆生产建设兵团发展改革委、能源局，有关中央企业，有关行业协会： 坚持以习近平新时代中国特色社会主义思想为指导，深入贯彻党的二十大和二十届二中、三中全会精神，全面贯彻习近平 总书记关于推动人工智能与实体经济深度融合、培育壮大智能产业的重要指示精神，以拓展人工智能与能源领域深度融合 应用场景为重要依托，以提升能源领域人工智能创新应用技术水平为主攻方向，以推进智能算力与电力协同发展为必要支 撑，以健全能源智能化发展的创新体系为关键保障，着力提升能源系统安全可靠与灵活高效运行能力，保障能源安全稳定 供应和绿色低碳转型，加快培育新质生产力，为新型能源体系建设提供有力支撑。 到2027年，能源与人工智能融合创新体系初步构建，算力与电力协同发展根基不断夯实，人工智能赋能能源核心技术取得 显著突破，应用更加广泛深入。推动五个以上专业大模型在电网、发电、煤炭、油气等行业深度应用，挖掘十个以上可复 制、易推广、有竞争力的重点示范项目，探索百个典型应用场景赋能路径，培育一批能源行业人工智能技 ...

国家能源局科技司相关负责同志就《关于推进"人工智能+"能源高质量发展的实施意见》答记者问 问：《实施意见》出台的背景是什么？ 答： 党中央、国务院高度重视人工智能发展，近日，国务院印发《关于深入实施 "人工智能 + "行动的意见》，推动人工 智能与经济社会各行业各领域广泛深度融合。能源是创新创业高度活跃的领域，具有数字化基础好、数据质量高、应用场 景丰富等比较优势，应走在人工智能应用前列。特别是能源央企积极布局，围绕资源勘探、 生产运维、安全监测等环节 ， 已经成功研发应用了 电力、油气、煤炭等多个具有行业代表性的专业 大模型 。 总的看， 我国能源领域已形成了场景覆盖 广泛的人工智能发展格局。 与此同时，相比于 能源行业的高安全性与强专业性，以及对决策容错率和知识体系完备性的严苛要求， 人工智能技术在能 源领域应用仍然存在着技术可靠性不足、数据基础较为薄弱、电算供需逆向分布等不容忽视的问题与挑战。 大模型 "黑 箱"特性导致的可解释性缺陷和潜在幻觉风险，使得人工智能技术在涉及核电站安全决策、电网实时调度等核心领域尚无法 满足行业级可靠性要求 。随着越来越多场景融入人工智能应用， 亟需加强顶层设计和系统谋划， ...

Core Viewpoint - The coal industry in China has made significant strides in ensuring energy security, promoting green and low-carbon transformation, and enhancing industrial competitiveness during the "14th Five-Year Plan" period [3] Group 1: Energy Security and Supply Capacity - The coal supply capacity has significantly improved, with national coal reserves increasing to 2,186 billion tons by the end of 2023 [4] - Coal production in 2024 is projected to reach 4.78 billion tons, an increase of 880 million tons compared to 2020 [4] - The coal railway transportation volume rose from 2.36 billion tons to 2.82 billion tons, enhancing the national coal resource allocation capacity [4] Group 2: Production and Distribution Optimization - The focus of coal production has shifted towards the central and western regions, with raw coal output in the western region increasing from 2.32 billion tons to 3.04 billion tons [5] - The production capacity of eight major provinces reached 4.36 billion tons in 2024, accounting for 91.3% of the national total [5] - Xinjiang's coal production is expected to reach 540 million tons in 2024, marking a significant increase [5] Group 3: Structural Optimization and Modernization - The number of coal mines has decreased to fewer than 4,300, with an average production scale of 1.7 million tons per mine [6] - The number of large modern coal mines with an annual output of over 10 million tons has increased to 83, with a total capacity of 1.36 billion tons per year [6] - The industry is actively developing new sectors such as advanced computing, new materials, and modern finance [6] Group 4: Green and Low-Carbon Development - The coal industry has implemented green mining technologies, achieving a comprehensive utilization rate of 74.1% for coal gangue and 74.2% for mine water [8] - The comprehensive energy consumption for coal production has decreased to 7.9 kg of standard coal per ton [8] - The industry is transitioning from a single fuel source to a dual focus on raw materials and fuel, with significant progress in developing new coal-based materials [8] Group 5: Technological Innovation and Industry Advancement - The coal industry has seen a significant increase in intelligent mining, with smart mines accounting for over 55% of total coal production capacity [9] - The industry has established several innovative platforms, including a national-level blockchain service platform [9] - The number of patents in the coal sector has been growing at an annual rate of over 25% [9] Group 6: Reform and Regulatory Enhancements - Key reforms in the coal sector have been implemented, including market-oriented reforms and the establishment of a unified coal market system [10] - The energy law and coal law revisions are underway, enhancing the regulatory framework for the industry [10] - In 2024, 26 coal companies made it to the Fortune 500 list, indicating improved market competitiveness [10] Group 7: Safety and Governance Improvements - The coal industry has enhanced its safety production capabilities, with new regulations and standards being implemented [11] - Significant investments in safety management and technology have been made to prevent major disasters [11] - The overall safety performance of coal mines has shown a stable improvement [11] Group 8: Future Outlook - The "15th Five-Year Plan" period is expected to see coal demand peak, with a focus on clean and efficient utilization [12] - The industry aims to further its role in energy security while accelerating green and low-carbon transitions [12] - The goal is to achieve higher quality, efficiency, and safety in coal production, supporting China's modernization efforts [12]

Core Viewpoint - The article discusses the ongoing promotion of new energy vehicles (NEVs) in rural areas, highlighting the importance of vehicle quality, after-sales service, subsidies, and charging infrastructure for rural consumers [2]. Group 1: Vehicle Selection and Consumer Preferences - Rural consumers are increasingly considering factors such as after-sales service, availability of subsidies, and charging facilities when purchasing NEVs [2]. - In Jiangsu, the government has implemented policies to support NEV purchases, with over 270,000 NEVs sold by June 30, resulting in subsidies exceeding 4.1 billion [8]. - A local peach farmer in Jiangsu shared that he purchased a new electric logistics vehicle, benefiting from a 10,000 subsidy for trading in his old vehicle, and found the operational costs significantly lower compared to traditional fuel vehicles [6][8]. Group 2: Service and Support Systems - In Hunan, the service infrastructure for NEVs is being enhanced, with local dealerships offering 24-hour roadside assistance and home test drives to facilitate rural consumers [9]. - A sales consultant in Hunan successfully secured multiple orders by providing on-site services and incentives, demonstrating the effectiveness of personalized customer engagement [10]. Group 3: Infrastructure Development - In Guangxi, the construction of charging stations is being prioritized to support the growing number of NEVs in rural areas, with a focus on safety and convenience [12]. - The local government is strategically planning the placement of charging stations to ensure accessibility, with over 200 public charging stations added in the first half of the year, leading to a 25.7% increase in NEV sales [16][17]. - The development of charging infrastructure is aligned with the NEV promotion policies, aiming to unlock consumer potential in rural markets [17].

Core Viewpoint - China's new energy storage capacity has surpassed the world, accounting for over 40% of global installed capacity, driven by clear policies and rapid technological advancements [3][7][8]. Group 1: Current Status of Energy Storage - As of the end of 2024, China's new energy storage capacity reached 73.76 million kilowatts, equivalent to 168 million kilowatt-hours, with an annual growth rate exceeding 130% since the 14th Five-Year Plan [3][7]. - By June 2023, the installed capacity had increased to 94.91 million kilowatts, representing a growth of approximately 29% compared to the end of 2024 [7]. - Major provinces such as Inner Mongolia and Xinjiang have installed capacities exceeding 10 million kilowatts, while Shandong, Jiangsu, and Ningxia have surpassed 5 million kilowatts [7]. Group 2: Policy Support and Market Mechanisms - The development of new energy storage is supported by various policies, including its inclusion in the Energy Law and the government work report, emphasizing its role in the new power system [8]. - The "Action Plan for Accelerating the Construction of a New Power System (2024-2027)" aims to enhance the market mechanism for energy storage, promoting its scientific development [8]. - By 2024, the new energy storage market in the State Grid area is expected to reach 7.12 billion kilowatt-hours, a year-on-year increase of 2.7 times [15]. Group 3: Technological Innovations - The energy storage sector is witnessing a diverse range of technological advancements, with lithium-ion battery storage dominating the market [10][11]. - New technologies such as compressed air storage, flow battery storage, and solid-state batteries are making significant progress, providing a foundation for long-duration regulation capabilities [11][12]. - The establishment of over 20 energy storage standards in 2024 has further enhanced the industry's standardization and operational efficiency [12]. Group 4: Application and Market Expansion - New energy storage systems are increasingly utilized for peak shaving and power supply assurance, especially during high electricity demand periods [14]. - The maximum adjustable power of new energy storage in the State Grid area reached 64.23 gigawatts, with a peak discharge power of 44.53 gigawatts, marking a 55.7% increase from the previous year [14]. - The introduction of market mechanisms allows energy storage companies to participate in auxiliary services and spot markets, providing a stable revenue expectation for the industry [15][16].