Industry News - The State Council issued measures to promote private investment, proposing 13 targeted policy measures, including feasibility studies for private capital participation in certain sectors like railways and nuclear power, with a minimum private capital share of 10% for eligible projects [4][6] - The National Development and Reform Commission and the National Energy Administration aim to establish a new power system adaptable to high proportions of renewable energy by 2035, with a multi-level renewable energy consumption and regulation system in place by 2030 [4][6] Company News - China Energy Construction held high-level talks with China Southern Power Grid to discuss cooperation in energy transition, enhancing energy infrastructure intelligence, and promoting green low-carbon development [6] - The Daan Wind-Solar Green Hydrogen Integrated Demonstration Project, the world's largest single green ammonia facility, has successfully connected its 700 MW wind power project to the grid, producing 32,000 tons of green hydrogen annually and 180,000 tons of green ammonia [6] - Huadian Energy announced an investment of 12.043 billion yuan in a project to build a combined heat and power generation unit and integrate it with renewable energy in Heilongjiang, enhancing the company's competitiveness and profitability [8] Local News - Inner Mongolia's renewable energy installed capacity reached 150 million kW by the end of October, a 35% year-on-year increase, with wind power at 97.41 million kW (23% increase) and solar power at 52.12 million kW (66% increase) [9] - The Nanning Pumped Storage Power Station, a major project under the 14th Five-Year Plan, has begun filling its reservoir, expected to take 32 days, with a total capacity of 1.2 million kW and the ability to consume up to 2.5 billion kWh of clean energy annually [9] International News - Reports of unidentified drones were observed over the Doel nuclear power station in Belgium, although the operator stated that these sightings would not affect the station's operations [11]

● 本报记者 刘杨 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》提 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。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。 分类引导新能源开发与消纳 《意见》明确，分类引导新能源开发与消纳。在大型基地层面，重点推进三类场景协同发展：统筹"沙 戈荒"新能源基地外送与就地消纳，通过新能源集成发展、东部地区产业梯度转移、西部地区挖掘消纳 潜力等方式，促进"沙戈荒"新能源基地实现规模化就地消纳；优化水风光基地一体化开发与消纳，依托 西南大型水电基地，充分考虑水电调节特性，优化配置新能源；推动海上风电规范有序开发与消纳，落 实海洋经济高质量发展要求，科学布局海上风电，继续推动近海风电开发，有序推动深远海风电基地建 设。 推动消纳新模式新业态 《意见》提出，大力推动新能源消纳新模式新业态创新发展。在创新新能源集成发展模式方面，《 ...

Core Viewpoint - The National Development and Reform Commission and the National Energy Administration have issued guidelines to promote the consumption and regulation of renewable energy, aiming to establish a multi-level renewable energy consumption and regulation system by 2030 and a new power system compatible with high proportions of renewable energy by 2035 [1] Group 1: Renewable Energy Development and Consumption - The guidelines emphasize classified guidance for renewable energy development and consumption, focusing on three scenarios for large-scale base development: coordinating the external delivery and local consumption of renewable energy in "sand, desert, and rocky" areas, optimizing the integrated development of hydropower and wind-solar bases, and promoting orderly development and consumption of offshore wind power [2] - The guidelines call for efficient promotion of concentrated renewable energy development and consumption within provinces, considering resource conditions and electricity growth, while enhancing grid capacity to ensure effective consumption of renewable energy [2] Group 2: New Models and Industries for Consumption - The guidelines advocate for the innovation and development of new models and industries for renewable energy consumption, including the establishment of integrated development industrial systems in resource-rich areas and enhancing the application level of green electricity in renewable energy equipment manufacturing [3] - The guidelines support the integration of renewable energy with strategic emerging industries such as information technology and high-end equipment manufacturing, particularly in resource-rich regions [3] - The guidelines also promote the healthy and sustainable development of new consumption models such as integrated source-grid-load-storage systems, green electricity direct connection, and smart microgrids [3]

11月10日，国家发展改革委、国家能源局联合发布《关于促进新能源消纳和调控的指导意见》（下称 《意见》），聚焦新能源大规模开发与高质量消纳的核心命题，提出分阶段目标及七大重点任务，旨在 构建适配高比例新能源的新型电力系统，支撑碳达峰及国家自主贡献目标。 能源领域专家和企业负责人在接受上海证券报记者采访时表示，分类引导各类新能源有序发展、增强新 型电力系统适配能力将成为关键。发电、电网、输配电设备制造等领域的大型央企已推进相应布局。 开发规模持续扩大 新能源需分类有序发展 当前，我国新能源发展正处于由规模化扩张向高质量转型的关键阶段：尽管开发规模持续扩大，但消纳 机制不完善、系统适配能力不足、市场化程度不高等问题仍较突出，部分地区新能源弃电现象时有发 生，跨区域资源配置效率有待提升，成为制约新能源产业持续健康发展的瓶颈。 新能源装机规模还将成倍增长。9月24日，我国在联合国气候变化峰会上宣布新一轮自主贡献目标，明 确2035年全国风电、太阳能发电总装机容量要达到2020年的6倍以上，力争达到36亿千瓦以上。截至今 年9月底，我国风电、太阳能发电总装机已突破17亿千瓦；要实现2035年自主贡献目标，未来10年每年 ...

Core Insights - The white paper titled "China's Actions on Carbon Peak and Carbon Neutrality" emphasizes the integration of source, grid, load, and storage (源网荷储) as a core trend for future power systems, enhancing the capacity to utilize renewable energy effectively [1][2][3] Industry Developments - The integration of source, grid, load, and storage is recognized for its ability to address the volatility and uncertainty of renewable energy through collaborative interaction among power sources, transmission capabilities, demand response, and flexible storage [2] - A series of national and local policies have been introduced to promote the development of integrated source, grid, load, and storage systems, including the "Action Plan for Accelerating the Construction of a New Power System (2024-2027)" [2] - Several projects, such as the new generation friendly green power station in Ulanqab and the smart energy innovation demonstration project in Haikou, have been launched, showcasing the practical implementation of these policies [2] Company Strategies - A-share listed companies are actively investing in integrated source, grid, load, and storage projects, leveraging their financial, technological, and resource advantages to support the construction of new power systems [4] - Weisheng Information Technology Co., Ltd. is focusing on AI and IoT technologies to enhance predictive capabilities and operational efficiency in the power grid [4] - Ningbo Energy is exploring integrated solutions for distributed solar power, storage, and smart microgrids, aiming to transition regional energy supply towards a carbon-integrated model [4] - Beijing Shuangjie Electric Co., Ltd. has initiated a project to build 400,000 kW of wind power and associated storage, ensuring stable and clean power supply through collaborative operation of source, grid, load, and storage [5] Recommendations for Companies - Companies should focus on technological innovation to overcome barriers in the integration of source, grid, load, and storage, particularly in energy storage batteries and smart scheduling systems [6] - Developing market opportunities through coupling new energy with core business and creating demonstration projects at the park level can enhance revenue [6] - Integrating industry chain resources and forming specialized teams will facilitate green transformation and growth in efficiency while ensuring compliance [6]

以下文章来源于科创板日报 ，作者张真 科创板日报 . 专注科创板和科技创新，上海报业集团主管主办，界面财联社出品。 今日，国家发展改革委、国家能源局发布促进新能源消纳和调控的指导意见（简称"意见"）。其中指出，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。 意见提到，推动新能源与产业融合发展，包括支持新能源资源富集地区实现信息技术、高端装备制造、新材料等战略性新兴产业与新能源融 合发展。 加强新能源与算力设施协同规划布局及优化运行，推动算力设施绿色发展 。 就 储能技术 发展方面，意见强调，要增强新型电力系统对新能源适配能力，包括大力推进技术先进、安全高效的新型储能建设，挖掘新能 源配建储能调节潜力，提升利用水平。创新应用液流电池、压缩空气储能、重力储能等多种技术路线，加快突破大容量长时储能技术。 在提升 电网对新能源的接纳能力 上，意见指出，需加快构建主配微协同的新型电网平台，提升电网承载力。优化全国电力流向，进一步扩 大新能源资源配置范围，稳步提升跨省跨区输电通道规模。充分利用区域间、省间调节资源和新能源出力 ...

Core Insights - Inner Mongolia's new energy installed capacity exceeds 150 million kilowatts, ranking among the top in the country [1] - Wind power installed capacity is 97.41 million kilowatts, with a year-on-year growth of 23%; solar power installed capacity is 52.12 million kilowatts, with a year-on-year growth of 66% [1] - The region has a technical potential for wind and solar resources estimated at 10.8 billion kilowatts, indicating significant development opportunities [1] Installed Capacity Overview - As of October 2025, the total installed capacity of new energy in Inner Mongolia is over 150 million kilowatts [1] - Wind power accounts for 97.41 million kilowatts, while solar power contributes 52.12 million kilowatts [1] - Biomass power generation capacity stands at 570,000 kilowatts [1] Energy Consumption and Emission Reduction - Local consumption of new energy projects is approximately 120 million kilowatts, while external delivery projects account for about 30 million kilowatts [1] - The installed new energy capacity can generate around 320 billion kilowatt-hours of green electricity annually, equivalent to saving 97 million tons of standard coal and reducing carbon dioxide emissions by approximately 283 million tons [1] Strategic Development Initiatives - Inner Mongolia is focusing on building a green and low-carbon new power system as part of its 14th Five-Year Plan [1] - The region is implementing new mechanisms for new energy development and investment cooperation to enhance its leading position in the industry [1] - Key projects include the "Shage Desert" large base, desertification control, and integrated wind-solar projects [1]

Core Viewpoint - The National Development and Reform Commission and the National Energy Administration have released guidelines to promote the consumption and regulation of renewable energy, aiming 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 [1][3][5]. Group 1: Renewable Energy Consumption and Regulation - By 2030, a collaborative and efficient multi-level renewable energy consumption and regulation system is expected to be established, ensuring smooth grid connection, diversified utilization, and efficient operation of renewable energy [5][6]. - The guidelines aim to meet the annual renewable energy consumption demand of over 200 million kilowatts nationwide, contributing to carbon peak goals [5]. - The guidelines emphasize the need for a unified national electricity market system to facilitate renewable energy consumption [7][9]. Group 2: Development and Integration of Renewable Energy - The guidelines propose optimizing the development and consumption of water and wind power bases, leveraging the characteristics of hydropower for better configuration of renewable energy [5][6]. - There is a focus on promoting the orderly development and consumption of offshore wind power, with an emphasis on optimizing offshore transmission networks [6][10]. - The guidelines encourage the integration of renewable energy with industrial development, promoting the transfer of high-energy industries to regions with clean energy advantages [6][10]. Group 3: Market Mechanisms and Pricing - The guidelines call for the expansion of a market-oriented system for renewable energy consumption, including flexible trading mechanisms and long-term power purchase agreements [8][9]. - There is a push for innovative pricing mechanisms to facilitate renewable energy consumption, including adjustments to cross-province and cross-region transmission pricing [9][10]. - The guidelines highlight the importance of developing a green certificate market and coordinating the "electricity-certificates-carbon" market to reflect the environmental value of renewable energy [9]. Group 4: Enhancing Grid Capacity and Flexibility - The guidelines stress the need to enhance the grid's capacity to accommodate renewable energy, including the construction of new grid platforms and the optimization of electricity flow [10]. - There is an emphasis on the development of advanced storage technologies and the construction of pumped storage power stations to improve system regulation capabilities [10]. - The guidelines advocate for the construction and intelligent upgrading of distribution networks to support large-scale distributed renewable energy integration [10].

Core Viewpoint - The construction of the Hainan Clean Energy Island has achieved significant results during the "14th Five-Year Plan" period, with a focus on optimizing energy production and consumption structures, improving energy infrastructure, and making substantial progress in building a new power system [1][2]. Group 1: Energy Development - Hainan has vigorously developed offshore wind power and photovoltaic renewable energy, establishing a "clean + diversified" energy supply system [1]. - The total installed power capacity in Hainan is approximately 25 million kilowatts, with over 85% of the installed capacity coming from clean energy sources [1]. - More than 60% of the new installed capacity in recent years has been derived from renewable energy sources such as wind and solar power [1]. Group 2: Energy Consumption and Low-Carbon Goals - By the end of 2024, the proportion of non-fossil energy consumption in Hainan is expected to increase by 2.2 percentage points compared to 2020, indicating a steady improvement in low-carbon energy consumption [1]. - Hainan is exploring institutional innovations and practical models to contribute to national low-carbon development [2]. Group 3: Infrastructure and System Upgrades - Hainan has implemented the "Hainan Clean Energy Island New Power System Construction Implementation Plan" to enhance its power infrastructure and support the construction of a new power system [2]. - The province has established a robust 220 kV main grid and achieved 100% electrification coverage for towns and administrative villages [2]. - The 500 kV main grid project is expected to be completed and put into operation by the end of this year [2]. Group 4: Low-Carbon Development Initiatives - Hainan is set to release the first provincial-level low-carbon construction plan in the country by July 2025, laying out a systematic approach to low-carbon development [2]. - The province aims to complete the construction of the Boao Zero Carbon Demonstration Zone by 2024, accumulating comprehensive experience from planning to operation management [2].

Core Insights - The white paper "China's Actions on Carbon Peak and Carbon Neutrality" emphasizes the integration of source, grid, load, and storage (源网荷储) as a key trend for future power systems, enhancing the capacity to utilize renewable energy effectively [1][2] - The integration model is expected to provide stable support for large power grids and improve the consumption capacity of renewable energy, guiding the efficient development of renewable resources [1][2] Industry Developments - The integration of source, grid, load, and storage is recognized as a core support for China's new power system, transitioning from concept validation to large-scale promotion due to policy support and technological advancements [3] - National and local policies are being implemented to promote the development of integrated projects, including the "Action Plan for Accelerating the Construction of a New Power System (2024-2027)" [2] Project Implementation - Several projects have been launched, such as the Three Gorges Ulanqab New Generation Power Grid-Friendly Green Power Station and the Haikou Datang Coastal Integrated Smart Energy Innovation Demonstration Project [2] - Beijing Shuangjie Electric has initiated a project to build 400,000 kW of wind power and supporting storage, ensuring stable and clean power supply [5] Company Strategies - Companies are actively positioning themselves in the integrated projects, leveraging their strengths in technology and resources [4] - Weisheng Information Technology is focusing on AI and IoT technologies to enhance the integration of source, grid, load, and storage [4] - Ningbo Energy is exploring integrated solutions for distributed photovoltaic, storage, and smart microgrid systems, aiming for a low-carbon energy transition [4] Market Opportunities - Companies are encouraged to innovate in core technologies such as energy storage batteries and smart scheduling systems to overcome integration barriers [6] - The adoption of "self-consumption + surplus electricity grid connection" models is suggested to ensure profitability while promoting green transformation [6]