Core Viewpoint - The conference focused on building an open and collaborative energy digitalization ecosystem, emphasizing the importance of creating an open industry ecosystem rather than just achieving technical capabilities [2][4]. Group 1: Event Overview - The 2025 Electric Hong Ecosystem Conference was held in Beijing, organized by China Southern Power Grid Co., with nearly 400 representatives from various sectors attending [2]. - The event aimed to outline a digitalization blueprint for the energy sector, promoting collaboration among government, industry organizations, energy companies, and academic institutions [2]. Group 2: Technical Innovations - The Electric Hong operating system was introduced to address challenges in the energy IoT sector, such as protocol unification and insufficient intelligence levels [4]. - The system features six core designs tailored to different device requirements, including small microkernels for resource-limited devices and high-performance kernels for complex scenarios [4]. - A significant advancement was made in real-time capabilities, reducing response time from hundreds of microseconds to under 15 microseconds, meeting application standards in control and protection fields [4]. Group 3: Security and Trustworthiness - The Electric Hong system has achieved the highest level of trusted security architecture certification in China, ensuring a secure operating environment from hardware to platform [5]. - A comprehensive technology stack was developed, enabling efficient collaboration between devices and applications, allowing for plug-and-play capabilities and flexible cloud management [5]. Group 4: Practical Applications and Future Plans - In the transmission sector, the system has evolved through various stages, with future developments aimed at real-time evaluation and predictive capabilities using AI [6]. - The distribution sector is highlighted as the largest application area, with plans to automate operations and replace traditional manual processes [6]. - The Electric Hong team aims to achieve breakthroughs in real-time control and large-scale AI applications, ultimately establishing a unified technical foundation for the energy industrial internet and exporting solutions internationally [6].

根据Wind数据统计，截至2025年12月31日，全年再融资（包括增发、配股、优先股及可转债，仅统计已发行的）规模达9508.65亿元，同比增长 326.17%。其中增发（包括公开增发及定向增发）8877.32亿元，贡献了绝大部分增量，同比增长412.99%；可转债631.33亿元，同比增长30.77%； 配股、优先股募资额均为0。 年内沪深北交易所共受理再融资251家次，审核通过181家次，报送证监会188家次，证监会注册173家次，终止（撤回）35家次。据统计，各上市 板块再融资过会率均为100%。 目前，仍有235家上市公司处于再融资排队状态。按审核状态，已受理11家、已问询108家、已审核通过11家、报送证监会37家、证监会注册62 家、中止审查6家。 2025年A股市场圆满收官，这一年注定成为资本市场发展史上的关键节点——指数跨越十年关口、市值突破百万亿、成交创下历史纪录，在政策 红利与资金活水的双重驱动下，市场呈现"稳中向好、结构分化"的鲜明特征。本系列将通过2025年A股再融资市场情况，包括再融资受理情况、 上会审核情况以及发行上市情况，对A股再融资市场进行全面剖析。 十大可转债项目合计募资38 ...

les F l = l Th IZA ◆ 中国电力俭l2联合会 编 NOXOXOX X 中国免计出版社 China Statistics Press 说 一、《中国电力统计年鉴》是一部全面反映中国电力建设、生产、消费和供需的 权威性年度统计资料,资料的编制工作可追溯到上世纪 50 年代。 二、《中国电力统计年鉴―2024》共分 5 篇：1.基本数据;2.发电生产;3.供用 电;4.电力投资;5.世界主要国家和地区数据。 三、本年鉴资料来源于中国电力企业联合会年度统计报表，其中涉及的全国性 统计指标，均未包括香港、澳门特别行政区和台湾省数据。 四、本书中部分数据合计数或相对数由于单位取舍不同而产生的计算误差，均 未作机械调整。 五、本年鉴各表中的"空格"表示该项统计指标数据不足本表最小单位数、数 据不详或无该项数。 六、本年鉴对以前发布的统计资料重新进行审核，凡与本年鉴有出入的，均以 本年鉴为准。 目 景 s 1 基本数据 | l-l | 国民经济主要指标一览表 ……………………………………………………………………………………………………………………3 | | --- | --- | | 1-2 | 电力统计基 ...

智通财经APP获悉，12月31日，国家发展改革委、国家能源局联合发布《关于促进电网高质量发展的指 导意见》。其中提出，加大电网投资力度。落实国家重大战略部署，适度超前、不过度超前开展电网投 资建设，加大存量电网改造升级力度，保障新型电力系统建设。鼓励符合条件的民间资本参与电网投资 建设。优化电网企业投资经营考核管理机制。 原文如下： 国家发展改革委 国家能源局关于促进 电网高质量发展的指导意见 发改能源〔2025〕1710号 各省、自治区、直辖市、新疆生产建设兵团发展改革委、能源局，国家能源局各派出机构，有关中央企 业： 电网作为连接电力生产和消费的枢纽平台，是加快构建新型电力系统的核心环节。为适应能源绿色低碳 转型需要，支撑新能源大规模高比例发展，保障大电网运行安全和电力可靠供应，服务建设全国统一电 力市场，满足人民群众高质量用电需求，现就促进电网高质量发展提出如下意见。 一、总体要求 到2030年，主干电网和配电网为重要基础、智能微电网为有益补充的新型电网平台初步建成，主配微网 形成界面清晰、功能完善、运行智能、互动高效的有机整体。电网资源优化配置能力有效增强，"西电 东送"规模超过4.2亿千瓦，新增省间 ...

每经AI快讯，12月31日，国家发展改革委、国家能源局发布关于促进电网高质量发展的指导意见。意 见指出，加快构建新型配电系统。落实新型城镇化、乡村振兴战略要求，适度超前规划变配电设施布 局，差异化提高局部规划设计和灾害防控标准。推进配电网柔性化、智能化、数字化转型，实现配电网 从传统无源单向辐射网络向有源双向交互系统转变，支持建设分布式独立储能和电网替代型储能，提升 配电网与各类并网电力新业态的交互水平。完善增量配电网发展政策。 ...

人民财讯12月31日电，国家发展改革委、国家能源局发布关于促进电网高质量发展的指导意见，其中提 出，加强电网关键技术攻关。依托智能电网重大专项等国家科技重大专项，推动新型电网平台先进技术 研发应用。研究突破新型电力系统稳定分析和控制关键技术，攻关主配微网协同规划与运行调度技术。 面向"沙戈荒"、水风光、高海拔、深远海等应用场景，攻关大容量柔性直流、新能源孤岛送出、低频输 电等关键技术，试点100%新能源大基地远距离外送。研发应用大容量断路器、超长距离交直流GIL等高 性能电力装备，加快构网型技术工程验证与推广应用。 ...

到2035年，主干电网、配电网和智能微电网发展充分协同，贯通各级电网的安全治理机制更加完善，电 网设施全寿命周期智能化、数字化水平明显提升，有效支撑新型电力系统安全稳定运行和各类并网主体 健康发展，支撑实现国家自主贡献目标，为基本实现社会主义现代化提供坚强电力保障。 人民财讯12月31日电，国家发展改革委、国家能源局发布关于促进电网高质量发展的指导意见，到2030 年，主干电网和配电网为重要基础、智能微电网为有益补充的新型电网平台初步建成，主配微网形成界 面清晰、功能完善、运行智能、互动高效的有机整体。电网资源优化配置能力有效增强，"西电东送"规 模超过4.2亿千瓦，新增省间电力互济能力4000万千瓦左右，支撑新能源发电量占比达到30%左右，接 纳分布式新能源能力达到9亿千瓦，支撑充电基础设施超过4000万台，公共电网的基础作用充分发挥， 智能微电网多元化发展，电力系统保持稳定运行，服务民生用电更加有力。 ...

Core Viewpoint - The article discusses the "Electric Hong Ecosystem" and its role in shaping the future of power IoT, emphasizing the need for a unified IoT operating system to address challenges in the power industry and enhance the new power system's capabilities [2][4]. Group 1: Key Developments in the Electric Hong Ecosystem - The Electric Hong Ecosystem aims to create a collaborative digital energy blueprint, with participation from over 400 representatives from various sectors [2]. - Guangzhou, as a national central city, serves as an ideal testing ground for the new power system due to its high load density and diverse scenarios [4]. Group 2: Innovations in Core Operations - The Electric Hong system has improved the efficiency of dynamic maintenance for over 55,000 power distribution areas by 90%, achieving a data accuracy rate of 98% [5]. - In the transmission sector, the system has enhanced smart inspection efficiency by over 50% and increased the timely identification rate of external hazards by 70% [5]. Group 3: Collaboration and Data Sharing - The implementation of the Electric Hong system has transformed monitoring operations into a "transparent factory," increasing operational efficiency by over 80% through real-time data sharing with manufacturers [6]. Group 4: Enhancements in Service Delivery - A new power IoT architecture has been established to address issues with traditional charging stations, resulting in a 10% increase in the comprehensive utilization rate of clean energy [7]. - The Electric Hong system has facilitated real-time carbon emission calculations for electricity consumption, generating 5,743 carbon rating reports and saving companies over 5 million yuan in financing costs [7]. Group 5: Expanding the Energy Service Ecosystem - The Electric Hong system has reduced the commissioning time for micro-energy networks from 90 days to 30 days, improving interaction efficiency with the grid [8]. - The system has supported the successful power supply for major events, ensuring zero power interruptions during the 15th National Games [8]. Group 6: Future Outlook - The Guangzhou Power Supply Bureau plans to continue enhancing the Electric Hong ecosystem by focusing on core operations, collaboration, service delivery, and expanding the energy service ecosystem [8].

Core Viewpoint - The development of a new power system is essential for implementing the national energy security strategy and driving the energy revolution, with a focus on digitalization as a key requirement for sustainability and efficiency in operations [4][5]. Group 1: New Power System Development - The new power system is driven by structural changes on the source side, primarily through renewable energy, which is becoming the main force in the energy landscape [4]. - The distribution network is evolving from a traditional radial structure to an active network, with distributed renewable energy sources increasingly integrated, leading to a significant rise in installed capacity [4][5]. - The demand for a unified power IoT foundation is growing due to the emergence of innovative applications like virtual power plants and vehicle-grid interactions, necessitating real-time coordination of distributed resources and user-side devices [4][5]. Group 2: Digitalization and Software-Defined Power - A deeper level of digitalization is deemed an inevitable choice for the new power system, with efficient operation of numerous smart terminals and the management of a "digital grid" being crucial for sustainable operation [5]. - The traditional expansion model of equipment has reached its limits, and a digital paradigm revolution, termed "software-defined power," is proposed as a solution [5][6]. - The Ministry of Industry and Information Technology is advancing the construction of a national-level open-source technology system to support the architectural innovation and large-scale application of software-defined power [5][6]. Group 3: The Concept of "Dianhong" - "Dianhong" represents an interconnected, open, and shared power industrial IoT system tailored for the new power system and energy framework, built on open-source foundations [6]. - It aims to support a diverse range of power industry applications through a rich middleware system, ensuring safety and autonomy in operations [6][7]. - The development path includes three phases: establishing a unified device core system, overcoming core technology bottlenecks, and integrating artificial intelligence for broader industry application [7]. Group 4: Future Outlook - Future efforts will focus on deeper standardization to facilitate digitalization in the energy sector, promoting standardized access and communication protocols for power terminals [8]. - Enhanced coordination across multiple links will support the modernization of the power industrial system, enabling data integration and analysis across devices and platforms [8]. - The goal is to expand the reach of power infrastructure into various industries and households, fostering new models and business formats for green and low-carbon energy services [8].

Core Viewpoint - The article discusses the revision and implementation of the "Basic Rules for the Medium and Long-term Electricity Market," which aims to enhance the construction of a unified national electricity market system, addressing issues such as market connectivity and coordination [3][4]. Group 1: Objectives and Achievements - The unified electricity market is a key component of deepening electricity system reform and building a new power system, with significant progress made in market construction, supply stability, and price mechanisms [4]. - The market has seen record trading volumes and compliance rates, with market prices becoming more market-driven, and various regions have implemented plans for integrating renewable energy [4]. Group 2: Institutional Innovations - The new rules categorize market participants, including distributed energy sources and virtual power plants, clarifying their rights and obligations throughout the trading process [5]. - A unified technical standard system is established to support data integration and facilitate cross-regional trading [5]. - The rules also standardize trading timelines, enhancing the efficiency of market operations by coordinating long-term and spot market transactions [5]. Group 3: Spatial and Temporal Mechanisms - The rules address the challenges of market segmentation by establishing a trading system that connects inter-provincial and intra-provincial markets, promoting resource sharing and flexible adjustments [6]. - A comprehensive market mechanism is created to accommodate the volatility of renewable energy output, enhancing the stability and liquidity of market operations [7]. Group 4: Collaborative Operations of Trading Varieties - The rules define green electricity trading as a distinct category, emphasizing the traceability of environmental value alongside electricity trading [8]. - There is a focus on integrating the medium and long-term electricity market with the spot market, establishing a price transmission and settlement mechanism to prevent market arbitrage [9]. Group 5: Summary and Future Outlook - The revision of the rules signifies a new phase in the standardized, systematic, and collaborative development of the medium and long-term electricity market [10]. - Future efforts should focus on further integrating market designs and enhancing the operational mechanisms among various market segments to support energy security and the achievement of carbon neutrality goals [10].