积极拓展分布式新能源开发与消纳空间。 充分挖掘分布式新能源资源潜力，拓展分布式新能源 开发场景。增强分布式新能源自调节能力，提高自发自用比例。修订分布式新能源接网承载力评 估标准，释放公共电网接纳分布式新能源的可开放容量。 11月10日， 国家发展改革委、国家能源局发布关于促进新能源消纳和调控的指导意见 。 意见指出， 到2030年 ，协同高效的多层次新能源消纳调控体系基本建立，持续保障新能源顺利 接网、多元利用、高效运行，新增用电量需求主要由新增新能源发电满足。新型电力系统适配能 力显著增强，系统调节能力大幅提升，电力市场促进新能源消纳的机制更加健全，跨省跨区新能 源交易更加顺畅，满足全国每年新增2亿千瓦以上新能源合理消纳需求，助力实现碳达峰目标。 到2035年 ，适配高比例新能源的新型电力系统基本建成，新能源消纳调控体系进一步完善，全 国统一电力市场在新能源资源配置中发挥基础作用，新能源在全国范围内优化配置、高效消纳， 支撑实现国家自主贡献目标。 在 分类引导新能源开发与消纳上 ，文件指出， 统筹"沙戈荒"新能源基地外送与就地消纳。 全面落实党中央防沙治沙工作决策部署和"沙戈 荒"新能源基地开发布局规划， ...

"180万千瓦清洁电力跨越2000公里精准驰援，4230万千瓦时电能实时注入浙沪电网。"——不久前，国 家电网与南方电网首次实现的跨经营区电力现货交易，标志着我国电力资源跨省跨区优化配置迈入"现 货时代"。 从政策制度破冰到技术平台联通，从区域试点探索到全国范围协同，电力现货结算正以标准化、市场 化、高效化的转型，为全国统一电力市场建设打通关键堵点。 政策破解市场分割顽疾 长期以来，国家电网与南方电网两大经营区因规则差异和技术壁垒，跨区电力互济多依赖计划调度和应 急调度，"一线一议""一事一议"的模式难以适应新型电力系统发展需求。 "2025年底前基本实现电力现货市场全覆盖，全面开展连续结算运行。"2025年4月，国家发展改革委、 国家能源局联合印发《关于全面加快电力现货市场建设工作的通知》，为跨省跨区现货结算划定清晰路 线图。通知明确要求，湖北、浙江等省份按期转入正式运行，16个省份启动连续结算试运行，南方区域 现货市场同步启动连续结算，京津冀电力市场创造条件开展模拟试运行。7月，国家发展改革委和国家 能源局出台了《跨电网经营区常态化电力交易机制方案》进一步破解制度壁垒，明确建立跨电网交易结 算的"软联通" ...

在粤期间，张晓虎一行分别到南方电网数研院、产业发展集团、能源研究院、综合能源公司、广东电网公司、广 州电力交易中心、国家新型储能创新中心，就能源政策研究、电网规划建设、电力交易外送、生产智能运检、新 兴产业发展及新型储能、零碳园区、虚拟电厂、数智转型等方面，与南方电网有关单位座谈交流并实地调研。内 蒙古电力交易公司与广州电力交易中心就绿电绿证跨区交易、市场体系建设研究、干部人才培养锻炼签署合作备 忘录；内蒙古电力经研院与广东电网规划研究中心签署"柔性直流技术"合作协议。 来源：内蒙古电力集团 内蒙古电力集团党委副书记、总经理张晓虎带队赴南方电网公司调研交流 近日，内蒙古电力集团党委副书记、总经理张晓虎带队，赴中国南方电网公司调研，与南方电网公司董事、总经 理、党组副书记钱朝阳举行会谈，双方就进一步深化战略合作进行深入交流。 钱朝阳欢迎张晓虎一行到访，感谢内蒙古电力集团长期以来对南方电网公司的支持。钱朝阳表示，南方电网公司 深入学习贯彻党的二十届四中全会精神，加快建设新型能源体系和新型电力系统，全面融入全国统一电力市场建 设。南方电网公司与内蒙古电力集团合作基础深厚，展望"十五五"，希望双方加大交流合作力度，立 ...

Group 1 - The article emphasizes the strategic goal of constructing a unified national electricity market system to achieve cross-regional sharing and optimization of electricity resources, enhancing system stability and flexibility [1] - The upcoming forum on December 4, 2025, will focus on the role of local power grids and incremental distribution networks in integrating into the national electricity market, discussing their strategic positioning and practical exploration [2] - The forum will address the achievements and challenges faced by local grids and incremental distribution networks, aiming to promote their high-quality development and better support local economic growth [2] Group 2 - The forum will take place from December 3 to December 4, 2025, at the People's Daily headquarters in Beijing [4] - Participants will include local grid enterprises, incremental distribution project leaders, and representatives from renewable energy and gas distributed generation companies, with a limit of 1-2 attendees per organization [5] - The registration deadline is November 28, 2025, with a participation fee of 2800 yuan per person, which includes meals during the event [7]

Core Insights - In October, Inner Mongolia successfully delivered 8.335 million kilowatt-hours of clean electricity to Hainan through market-based transactions, marking the first time Inner Mongolia's green electricity reached Hainan [1] - This transaction represents a shift from traditional planned electricity delivery to a fully market-oriented approach, highlighting the progress in building a unified national electricity market in China [1] Group 1: Market Dynamics - The clean electricity delivery from Inner Mongolia to Hainan was facilitated by the utilization of cross-regional transmission channels, addressing the electricity demand during the peak usage period in Hainan [1] - Inner Mongolia has a significant surplus of green electricity due to its abundant wind and solar resources, with a total installed renewable energy capacity exceeding 150 million kilowatts [1] Group 2: Infrastructure and Technology - The expansion of cross-regional green electricity trading is supported by the establishment of several ultra-high voltage transmission lines in Inner Mongolia, which enhance the efficiency and reduce losses in electricity delivery [2] - Advances in smart grid and energy storage technologies have significantly improved the grid's capacity to accommodate variable renewable energy sources, facilitating cross-regional electricity delivery [2] Group 3: Achievements and Future Plans - Since last year, Inner Mongolia has made significant progress in green electricity trading, including the first transaction of green electricity from Inner Mongolia to North China and multiple cross-regional transactions with other provinces [2] - As of now, Inner Mongolia has established long-term trading mechanisms with 10 provinces and cities, completing a total of 705 million kilowatt-hours of cross-regional renewable energy transactions this year [2] - The Inner Mongolia Energy Bureau plans to continue optimizing green electricity delivery mechanisms and enhance inter-provincial cooperation to support the national "dual carbon" strategy [3]

Core Viewpoint - The article highlights the successful market-based transaction of 8.335 million kilowatt-hours of clean electricity from Inner Mongolia to Hainan, marking a significant step in China's efforts to establish a unified national electricity market and optimize power distribution across regions [1][2]. Group 1: Market Dynamics - The clean electricity delivery from Inner Mongolia to Hainan utilized a market-based trading model, differing from previous planned delivery methods, and was organized by the Beijing and Guangzhou electricity trading centers [1]. - Inner Mongolia has a substantial renewable energy capacity exceeding 150 million kilowatts, providing a surplus of green electricity for export, while Hainan faces a power shortage during peak usage periods [1][2]. Group 2: Infrastructure and Technology - The expansion of cross-regional green electricity trading is supported by the establishment of several ultra-high voltage transmission lines in Inner Mongolia, enhancing the efficiency and reducing losses in electricity delivery [2]. - Advances in smart grid and energy storage technologies have significantly improved the grid's capacity to accommodate variable renewable energy sources, facilitating cross-regional electricity exports [2]. Group 3: Achievements and Future Plans - Inner Mongolia has made notable progress in green electricity trading, including the first transaction of green electricity to North China in May and a transaction of 2.33 million kilowatt-hours with Hubei in September [2]. - The Inner Mongolia grid has established long-term trading mechanisms with 10 provinces and cities, achieving a total of 705 million kilowatt-hours in cross-province and cross-region renewable energy transactions this year [2].

Core Viewpoint - The article outlines the guidance from the National Development and Reform Commission and the National Energy Administration aimed at promoting the consumption and regulation of renewable energy, with a goal to establish a multi-level renewable energy consumption and regulation system by 2030 and a new power system adaptable to high proportions of renewable energy by 2035 [1][3]. Overall Requirements - The strategy is guided by Xi Jinping's thought, emphasizing a systematic approach, categorized policies, diversified consumption, market guidance, safety, and innovation to ensure high-quality consumption of renewable energy while meeting the growing electricity demand primarily through new renewable generation [3]. Classification Guidance for Renewable Energy Development and Consumption - The article emphasizes the need to coordinate the development and consumption of renewable energy in "desert, Gobi, and wasteland" areas, optimizing the economic viability of these bases and ensuring responsibility for consumption at receiving ends [5][6]. - It also highlights the integration of hydropower and wind-solar bases, promoting orderly development of offshore wind energy, and enhancing the capacity for concentrated renewable energy development within provinces [6][7]. Promoting New Models and Innovative Development of Renewable Energy Consumption - The article discusses the innovation of integrated development models for renewable energy, supporting the establishment of collaborative industrial systems in resource-rich areas, and promoting the integration of renewable energy with traditional industries [9][10]. Enhancing the Adaptability of the New Power System to Renewable Energy - It calls for improvements in system regulation capabilities, including the construction of pumped storage power stations and advanced storage technologies, to enhance the utilization of renewable energy [13][14]. - The article also stresses the need for a new power dispatch system and enhanced safety governance for the new power system [14][12]. Improving the National Unified Electricity Market System for Renewable Energy Consumption - The article outlines the expansion of a multi-level market system for renewable energy consumption, promoting flexible trading mechanisms and enhancing the role of the spot market [16][17]. - It emphasizes the need for a comprehensive pricing mechanism that reflects the characteristics of renewable energy and encourages its consumption [17][18]. Strengthening Technological Innovation Support for Renewable Energy Consumption - The article highlights the importance of breakthroughs in efficient renewable energy generation technologies and flexible regulation systems, as well as advancements in grid operation technologies [19][20]. Assurance Measures - It discusses the optimization of management mechanisms for renewable energy consumption, emphasizing the need for clear responsibilities among various stakeholders, including government agencies, grid companies, and power generation enterprises [21][22]. - The article also mentions the establishment of monitoring and regulatory mechanisms to ensure the achievement of renewable energy consumption targets [23].

Core Viewpoint - The article emphasizes the importance of establishing a new power system that can accommodate a high proportion of renewable energy by 2035, with a focus on improving the renewable energy consumption and regulation system, and enhancing the role of a unified national electricity market in resource allocation [4][5]. Group 1: Overall Requirements - The new energy consumption and regulation measures aim to support the construction of a new energy system and power system, with a target to establish a multi-level renewable energy consumption regulation system by 2030 [4]. - By 2035, a new power system that can adapt to a high proportion of renewable energy will be fundamentally established, ensuring efficient consumption and optimization of renewable energy across the country [4]. Group 2: Classification Guidance for Renewable Energy Development and Consumption - The strategy includes promoting the development of renewable energy bases in desert and barren areas, ensuring both local consumption and external delivery [5]. - It emphasizes the optimization of integrated development and consumption of hydropower, wind, and solar energy, particularly in the southwestern regions [6]. - The plan also includes orderly development of offshore wind power and enhancing the capacity for local consumption in coastal areas [6]. Group 3: New Models and Innovative Development for Renewable Energy Consumption - The article discusses the innovation of integrated development models for renewable energy, supporting the establishment of a collaborative industrial system in resource-rich areas [7]. - It encourages the integration of renewable energy with traditional industries, promoting the transfer of high-energy-consuming industries to regions with clean energy advantages [7]. - New business models for nearby consumption of renewable energy, such as smart microgrids and integrated source-grid-load-storage systems, are also highlighted [8]. Group 4: Enhancing the Adaptability of the New Power System to Renewable Energy - The article outlines the need to improve system regulation capabilities, including the construction of pumped storage power stations and advanced storage technologies [9]. - It emphasizes the importance of enhancing the grid's capacity to accept renewable energy, optimizing the national electricity flow, and expanding transmission channels [10]. Group 5: Improving the National Unified Electricity Market System for Renewable Energy Consumption - The article calls for the expansion of a multi-level market system for renewable energy consumption, promoting flexible trading mechanisms and enhancing the role of the spot market [11]. - It also discusses the establishment of market rules that accommodate the characteristics of renewable energy generation and distribution [12]. Group 6: Strengthening Technological Innovation Support for Renewable Energy Consumption - The article highlights the need for breakthroughs in efficient renewable energy generation technologies, including advancements in photovoltaic and wind power technologies [13]. - It also emphasizes the importance of developing flexible regulation technologies and enhancing grid operation technologies to support high proportions of renewable energy [14]. Group 7: Assurance Measures - The article outlines the need for optimized management mechanisms for renewable energy consumption, including setting regional utilization rate targets and comprehensive evaluation methods [15]. - It stresses the importance of clear responsibility divisions among various stakeholders, including government agencies, grid companies, and power generation enterprises [15].

Overall Requirements - The guidance aims to establish a multi-level renewable energy consumption and regulation system by 2030, ensuring that new electricity demand is primarily met by renewable energy generation, with a significant enhancement in the adaptability of the new power system and its regulatory capabilities [4][5][6] Classification Guidance for Renewable Energy Development and Consumption - The strategy emphasizes the dual approach of promoting both the external delivery and local consumption of renewable energy from "sand, desert, and wasteland" bases, particularly in arid regions [5] - It advocates for the integrated development and consumption of hydropower, wind, and solar energy, optimizing the configuration of renewable energy based on the characteristics of hydropower [6] - The orderly development and consumption of offshore wind energy are encouraged, with a focus on optimizing the offshore transmission network [6] Promoting New Models and Innovative Development of Renewable Energy Consumption - The guidance supports the integrated development of renewable energy, particularly in resource-rich areas, and aims to establish a collaborative industrial system [7] - It encourages the transfer of high-energy-consuming industries to regions with abundant clean energy, promoting the use of renewable energy in traditional industries [7] - New business models for nearby consumption of renewable energy, such as integrated source-grid-load-storage systems, are to be developed [8] Enhancing the Adaptability of the New Power System to Renewable Energy - The plan includes accelerating the construction of hydropower stations and energy storage facilities to improve system regulation capabilities [9] - It aims to enhance the grid's capacity to accept renewable energy by optimizing the national power flow and expanding transmission channels [10] - A new power dispatching system will be established to clarify the regulatory relationships among various energy sources and improve intelligent control levels [11] Improving the National Unified Power Market System for Renewable Energy Consumption - The guidance proposes expanding a multi-level market system for renewable energy consumption, promoting flexible trading mechanisms [11] - It emphasizes the need for a market rule system that accommodates the characteristics of renewable energy generation and distribution [12] - Innovative pricing mechanisms for renewable energy transmission and consumption are to be established to enhance market responsiveness [12] Strengthening Technological Innovation Support for Renewable Energy Consumption - The focus is on advancing efficient renewable energy generation technologies and improving power prediction accuracy [13] - The development of flexible regulation technologies and large-capacity energy storage solutions is prioritized [14] - The application of advanced technologies such as AI and big data in grid management is encouraged to enhance dynamic sensing capabilities [14] Assurance Measures - The guidance calls for optimizing the management mechanism for renewable energy consumption, setting regional utilization targets, and ensuring coordinated development [15] - Clear responsibilities are outlined for various stakeholders, including energy authorities and grid companies, to ensure effective implementation of consumption measures [16] - A monitoring and regulatory framework will be established to track renewable energy utilization rates and ensure compliance with targets [16]

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].