Overall Requirements - The guidance emphasizes the importance of the power grid as a core component in building a new power system to support green and low-carbon energy transitions, ensuring reliable electricity supply, and meeting high-quality electricity demands from the public [1][17] - By 2030, a new power grid platform will be established, enhancing resource optimization and supporting a significant increase in renewable energy generation [2][19] - By 2035, the integration of main, distribution, and smart microgrids will be fully realized, with improved safety governance mechanisms and digitalization of grid facilities [3][19] New Power Grid Platform Functionality - The new power grid will serve as a hub for a high-penetration renewable energy system, supporting the construction of a unified national electricity market [4][20] - The grid will enhance public infrastructure attributes, ensuring equitable access and improving service levels for diverse electricity needs [4][20] Unified Planning and Construction of Grids - A unified planning approach will be adopted to develop main, distribution, and smart microgrids, ensuring safety and supporting the national electricity market [5][21] - The construction of cross-provincial and cross-regional transmission channels will be prioritized to facilitate the delivery of clean energy [5][21] Enhancing Power Dispatch Systems - A new power dispatch system will be established to improve flexibility and adaptability in managing high proportions of renewable energy [8][25] - The dispatch management system will evolve to accommodate various grid forms and operational modes, promoting collaboration among different grid levels [8][25] Strengthening Safety Governance - A comprehensive safety governance framework will be developed, defining responsibilities across the power supply chain and enhancing monitoring and assessment mechanisms [9][26] - Risk identification and management capabilities will be strengthened, incorporating lessons from international power outages [9][26] Promoting Technological Advancements - Key technological breakthroughs will be pursued to support the new power grid platform, focusing on stability analysis and control technologies [11][27] - The integration of artificial intelligence and digital technologies will be promoted to enhance grid operations and services [11][27] Supporting Public Welfare - Efforts will be made to improve electricity service capabilities in urban and rural areas, addressing supply reliability and enhancing infrastructure [12][29] - A high-quality charging infrastructure system will be developed to support the integration of electric vehicles and charging stations [12][29] Regulatory and Management Enhancements - The planning and management mechanisms for the power grid will be optimized to ensure effective oversight and coordination among different grid operators [14][31] - Regulatory frameworks will be established to ensure fair pricing and efficient operation of the grid [14][31] Organizational Support - Responsibilities will be clearly defined among various stakeholders, including government agencies and grid enterprises, to ensure effective implementation of the guidance [16][33] - A supportive environment will be fostered for the development of the new power grid platform, including legal and regulatory reforms [16][33]

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 ...

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。 ...

在协作圈层面，依托工业互联网与电鸿端端互联技术，通过"近场感应"采集监造数据、"即插即用"接入视频上传系统，实现了与核心 制造商实时互联的"透明工厂"，使得作业效率提升80%以上。推进监造业务向"远程监造"转型的同时，加速与产业链上下游实现设备 全生命周期数据共享、问题共治。 12月30日，以"打造电鸿生态，共绘电力物联未来"为主题的20 25年电鸿生态大会暨媒体见面会在北京人民日报社举行。本次大会由 中国南方电网有限责任公司主办，南方电网数字电网集团有限公司、南方电网数字电网研究院股份有限公司承办，近4 00名来自政府 部门、行业组织、能源企业、高校及产业链创新链伙伴的代表参会，共绘开放协同的能源数字化蓝图。 广东电网有限责任公司广州供电局党委委员、副总经理刘智勇出席会议并作主题演讲。刘智勇表示，广州作为国家中心城市与粤港澳 大湾区核心引擎， 具有负荷密度高、 场景丰富的特点。这里既有对供电可靠性要求极高的中央商务区，也存在电网结构复杂的老城 区，成为覆盖源网荷储全环节新型电力系统建设的理想试验场。结合区域特点与电网实际，围绕建设新型电力系统的需要，广州供电 局从支撑电网业务的核心圈、连接上下游的协作圈、赋 ...

12月30日，以"打造电鸿生态，共绘电力物联未来"为主题的2025年电鸿生态大会暨媒体见面会在北京人民日报社举行。本次大会由中 国南方电网有限责任公司主办，南方电网数字电网集团有限公司、南方电网数字电网研究院股份有限公司承办，近400名来自政府部 门、行业组织、能源企业、高校及产业链创新链伙伴的代表参会，共绘开放协同的能源数字化蓝图。 新的形势也促使我们重新思考"电鸿"的内涵和外延。我们认为，"电鸿"是面向新型电力系统和新型能源体系构建的互联互通、开放共享 的电力工业物联体系，是以开源"鸿蒙"和开源"欧拉"为底座，结合电力终端广域分布、海量连接、安全可靠等特性，在国家开源体系下 定制开发的电力统一物联操作系统。 电鸿的"电"体现在针对电力行业不断扩展丰富的中间件体系，支撑上层应用的快速实现；"鸿"体现在源于基金会统一开源底座，保障操 作系统安全自主可控。"电鸿"可有效承载电力差异化需求，共筑开放创新体系。电鸿是基于丰富的中间件体系支撑电力行业全类型终端 能力实现的统一数字底座，可以满足新型电力系统下的多样业务场景需求。 中国南方电网电力调度控制中心党委委员、副总经理丁晓兵出席会议并发表演讲。丁晓兵表示，新型电 ...

Core Viewpoint - The two technological projects led by State Grid Shandong Electric Power Research Institute have passed technical appraisal, demonstrating significant economic and social benefits in the application of advanced power distribution technologies [1][2]. Group 1: Project Achievements - The project "High Reliability and High Capacity Distributed Photovoltaic Charging Resource Flexible Distribution Technology and Application" addresses challenges related to the integration of massive distributed photovoltaic resources into the distribution network, focusing on flexible networking, control, and support [2]. - The project "Built-in Sensor for Partial Discharge in Large Oil-filled Equipment and Active Fault Defense Technology and Application" targets early detection of discharge defects in large oil-filled equipment, enhancing the ability to prevent discharge-related failures [2]. Group 2: Technical Details - The flexible distribution technology project has developed a series of core equipment for flexible networking, solving key issues such as the coordinated operation of AC and DC flexible distribution networks, harmonic tracing, and fault handling [2]. - The active fault defense technology project employs high-sensitivity built-in discharge sensors and precise discharge location techniques to improve the explosion-proof capabilities of transformers and other large oil-filled equipment [2]. Group 3: Application and Impact - Both projects have been fully applied in the Shandong power grid for flexible management of distributed resources and have been promoted in other provincial power grids, yielding notable economic and social benefits [1][2]. - The appraisal committee, led by an academician from the Chinese Academy of Engineering, recognized both projects as reaching international leading levels after thorough evaluation [1].

开放原子电鸿开源社区是开放原子开源基金会下设的首个行业应用级开源社区。我们以"解决行业应用问题、创造业务价值"为目标， 致力将社区打造成一个开放共享平台。在这里，我们遵循"软件定义硬件、用户决定走向"逻辑，由需求方提出问题，技术方形成方 案，实践方推动落地。这样就能形成一个精准出题、科学答题、高效落题的机制，推动创新技术转化成产业价值。 作为一个社区，健康发展离不开健全的组织架构和多元的主体参与。工作委员会作为社区最高决策机构，现已吸纳11家单位，相比传 统技术型开源社区更加多元。正是这样一个多元协同的伙伴阵容，让我们有底气解决电力行业的痛点问题。在社区成员的共同努力 下，我们的社区章程已经完成制定并审议通过。我们选举产生了社区工委会的核心治理团队，明确了关键岗位人员配置。此外，我们 还完成了首批约10万行代码开源，这些为社区未来的规范运营、长效发展奠定了基础。 伴随社区基本架构逐步完善，我们的愿景和使命也逐渐清晰。我们将用好开源模式，汇聚产业力量，加速电鸿技术迭代、应用深化和 生态繁荣，共同构筑一个覆盖新型电力系统和新型能源体系的全生态融合创新共同体。为了确保我们的愿景落地、使命必达。我们围 绕社区职责初步 ...

Core Viewpoint - The article emphasizes the importance of the open-source "Dianhong" IoT operating system in enhancing energy security, promoting green development, driving innovation, improving energy services, and increasing international influence in the context of China's energy transformation and digitalization efforts [2][4][6][7]. Group 1: Energy Security - The open-source "Dianhong" system aims to enhance energy security by achieving deeper standardization and self-control, addressing the challenges of interconnectivity and data integration among vast power equipment [5][6]. - It is designed to build a comprehensive, self-sufficient immune system for critical energy infrastructure, significantly improving the management of large-scale, distributed, real-time power systems [5][6]. Group 2: Green Development - The system is expected to foster new business models and practices, such as energy substitution and energy conservation, which will drive the transformation of industries like manufacturing, smart transportation, and smart homes towards greener practices [6][7]. - The goal is to achieve a significant increase in the share of non-fossil energy in power generation, targeting around 50% by 2030 [4]. Group 3: Innovation Strategy - "Dianhong" focuses on core technology breakthroughs, promoting advancements in integrated sensing, computing, and control technologies, as well as new communication and measurement technologies [6][7]. - The initiative aims to enhance the level of technological and industrial innovation, contributing to the development of new digital energy technologies and infrastructure [6][7]. Group 4: Energy Services - The system will facilitate extensive data sharing and multi-party collaboration, connecting various segments of the energy supply chain to enhance energy service offerings [6][7]. - It aims to meet diverse and high-quality energy needs of the public by expanding energy service supply through innovative collaborative scenarios [6][7]. Group 5: International Influence - The integration of "Dianhong" with technologies like AI and digital twins is expected to provide comprehensive solutions for the challenges of clean, low-carbon, and economically efficient energy systems [7]. - The initiative positions China to contribute solutions for global energy transitions, enhancing its international influence in the energy sector [7][8].

Core Viewpoint - The integration of energy and digital revolutions is crucial for establishing a new power system, with a focus on digitalization and intelligence as key drivers for innovation and industry collaboration in the energy sector [2][4]. Group 1: Event Overview - The 2025 Electric Hong Ecosystem Conference was held in Beijing, focusing on building a unified power IoT foundation to support the new power system [2]. - The conference gathered nearly 400 representatives from government, industry organizations, energy companies, universities, and innovation partners to discuss energy digitalization and intelligent transformation [2]. Group 2: Challenges and Solutions - The transition from traditional centralized power systems to complex, collaborative systems requires addressing challenges such as heterogeneous terminal access, rapid business scenario iterations, and cybersecurity risks [4]. - The "Electric Hong" open-source IoT operating system aims to standardize underlying technology and resolve issues related to protocol unification and data connectivity, thereby enhancing the safety and flexibility of the energy system [4][5]. Group 3: Technological Advancements - The Electric Hong initiative emphasizes a digital paradigm shift centered on "software-defined power," which is essential for supporting the operation of the new power system [5]. - The initiative has led to the establishment of the Open Atom Electric Hong Open Source Community, marking a strategic transition from enterprise-level products to an industry-level collaborative platform [7]. Group 4: Ecosystem Development - The Electric Hong ecosystem has attracted over 560 partners and adapted nearly 1,900 terminal devices, covering mainstream power chip systems, indicating a growing collaborative industry ecosystem [8]. - The ecosystem's collaborative effects are becoming evident, with partnerships enhancing the influence and reach of Electric Hong [10]. Group 5: Practical Applications - Electric Hong is being validated through large-scale applications in key areas such as grid operation and energy services, demonstrating its value as a unified digital foundation [11]. - In Guangzhou, the implementation of Electric Hong has led to significant improvements in distribution network management, achieving a 98% accuracy rate in automatic maintenance of over 5.5 million meters [12]. Group 6: Future Prospects - The future vision for Electric Hong includes integrating capabilities such as sensing terminals, power IoT, digital twins, and artificial intelligence to provide comprehensive solutions for the energy sector [13]. - The initiative is positioned to contribute to global energy digital transformation, offering a replicable Chinese model for balancing clean, low-carbon energy with economic efficiency [13].