国家能源局综合司关于印发《2026年能源行业标准计划立项指南》的通知 附件： 2026年能源行业标准计划立项指南 2026年能源行业标准计划立项指南 为深入贯彻党的二十大和二十届历次全会精神,根据《中 华人民共和国能源法》和《国家标准化发展纲要》要求,落 实全国能源工作会议部署,围绕能源行业管理和产业发展需 要,明确 2026年能源行业标准立项重点方向和工作要求, 持续完善能源行业标准体系,以标准支撑能源强国建设,特 制定本指南。 一、立项重点 紧密围绕构建新型能源体系工作任务,保障能源安全和 绿色低碳转型,促进能源新技术、新产业、新业态发展,突 出重点领域和关键技术要求,提出能源行业标准计划。对于 具有一定应用前景但尚在发展的技术或变化较快的新产业、 新业态、新模式,探索通过标准化指导性技术文件予以支持。 鼓励民营企业、外资企业等各类主体参与标准制修订工作。 支持对标国际先进,立足行业发展实际,推动国际标准和能 源领域标准互促转化,推进标准体系兼容。 (一) 行业标准制修订计划 1. 立足能源安全和促进能源绿色低碳转型。服务和保障 能源安全稳定供应,支撑能源领域落实碳达峰、碳中和目标 的行业标准计划;支撑新 ...

Core Viewpoint - The article outlines the "2026 Energy Industry Standard Project Initiation Guidelines," emphasizing the need for a structured approach to standardization in the energy sector to support energy security and green low-carbon transformation [4][6]. Group 1: Project Initiation Focus - The guidelines focus on building a new energy system, ensuring energy security, and promoting the development of new technologies, industries, and business models [6][7]. - It encourages participation from various entities, including private and foreign enterprises, in the standard formulation and revision process [7][8]. - The guidelines aim to align with international standards and enhance the compatibility of China's energy standards with global practices [7][9]. Group 2: Industry Standard Formulation and Revision Plan - The plan includes standards that support energy security and the achievement of carbon peak and carbon neutrality goals [8][9]. - It addresses the need for standards that facilitate the development of the energy industry and ensure safety in electricity production [9][10]. - The guidelines promote the enhancement of the overall technical level and quality of products and services in the energy sector [9][10]. Group 3: Internationalization of Standards - The guidelines aim to improve the international credibility and influence of Chinese standards by aligning with advanced international standards [9][10]. - It supports the simultaneous application for international standard projects alongside domestic standards [9][10]. Group 4: Application Materials - The application materials for standard formulation should include a project plan summary, project task book, draft standards, and meeting minutes with expert signatures [10][11]. - The project plan must be comprehensive and indicate the key direction code, while the task book should detail the project's support role for industry work [11][12]. Group 5: Submission and Management - The submission process involves centralized applications, categorized evaluations, and unified issuance of projects [12][13]. - The guidelines stipulate a standard project lifecycle management approach to enhance the quality of standards [13][14].

Core Viewpoint - The article emphasizes the necessity of transitioning to green and low-carbon energy, while also ensuring the sustainable use of fossil energy and the cultivation of talent in the energy sector [2][3]. Group 1: Green and Low-Carbon Transition - The use of conventional fossil fuels such as coal, oil, and natural gas releases greenhouse gases, exacerbating global warming, making the shift to green low-carbon development and reduction of carbon emissions an inevitable choice [2]. - Developing non-carbon renewable energy sources like solar and wind power is crucial for protecting the ecological environment and addressing global climate change, which aligns with China's goals of achieving carbon peak and carbon neutrality [2]. Group 2: Fossil Energy and Resource Exploration - Despite the push for renewable energy, fossil fuels still play an irreplaceable role in energy security, necessitating clean and efficient utilization of traditional energy sources and enhancing resource development efficiency [3]. - The origin of fossil fuels is closely linked to biological remains, with coal formation associated with plants and oil formation being more complex, primarily driven by microorganisms [4]. Group 3: Talent Development and Technological Innovation - The exploration and development of fossil energy require a strong foundation in paleobiology, as traditional oil and gas exploration relies on geological time scales and targeted exploration layers [2]. - There is a need for new technologies to explore deeper resources and new energy sources like natural gas hydrates, while also applying techniques in marine drilling, all while ensuring ecological protection [2]. - The energy sector must balance green transition with security, promoting the clean and efficient development of traditional energy alongside the advancement of renewable energy [4].

Core Insights - The energy sector is at a new historical starting point, with a solid foundation for building an energy powerhouse and a clear goal for establishing a new energy system by 2035 [1] - The transition to a green energy system is accelerating, with non-fossil energy consumption expected to exceed 30% of total energy consumption by 2035, and wind and solar power capacity projected to reach over six times that of 2020 [1] - The integration of artificial intelligence in energy development presents unprecedented opportunities, necessitating a dual empowerment approach to seize strategic advantages [1] Policy Overview - High-quality and high-standard implementation of the "14th Five-Year" energy plan is essential, with a focus on major projects to drive execution and establish clear timelines and priorities [3] - Enhancing energy security is a priority, with efforts to solidify coal supply, improve electricity supply levels, and optimize energy infrastructure [3] - The green and low-carbon transition of energy must be advanced, with a target of adding over 20 million kilowatts of wind and solar power capacity annually [3] - Accelerating energy technology self-reliance is crucial, with initiatives for AI integration in energy and advancements in smart grid technology [3] - Ensuring diverse energy needs for both citizens and enterprises is vital, with a focus on improving power supply quality and optimizing the electricity business environment [3] - Comprehensive energy reform and legal construction are necessary to adapt to the new energy system and enhance regulatory frameworks [4] Investment Trends - In 2026, energy investment directions may shift, with a slowdown in new installations for wind and solar, while major hydropower projects will receive increased funding [6] - Investment in nuclear power will maintain a certain scale, and traditional energy investments will focus on clean and low-carbon technology research and development [6] - The emphasis on "ensuring diverse energy needs" indicates a push for improved distribution networks to lower end-user electricity costs [6]

Core Viewpoint - The Qiongzhong Pumped Storage Power Station in Hainan is playing a crucial role in supporting the energy transition in the region, with significant increases in operational metrics during the Spring Festival and throughout 2025 [1][2] Group 1: Operational Performance - During the Spring Festival, the Qiongzhong Pumped Storage Power Station is expected to operate nearly 200 times, providing approximately 20 million kilowatt-hours of clean electricity to about 360,000 residents [1] - In 2025, the station recorded 7,117 operational starts, a 7.4-fold increase compared to the beginning of the 14th Five-Year Plan, and adjusted 1.47 billion kilowatt-hours of electricity, a 3.7-fold increase [1] - The frequency of operation for a single unit reached 6.5 times, making it the highest among pumped storage stations in the country [1] Group 2: Regional Context - The South China region, which occupies less than 5% of the national land area, has eight operational pumped storage power stations, accounting for nearly one-fifth of the national total installed capacity [1] - In 2025, the eight operational pumped storage stations in South China collectively achieved over 50,554 operational starts, a 23% year-on-year increase, despite the annual adjusted electricity remaining stable [2] - The increased operational frequency reflects the growing demand for short-term high-frequency starts to accommodate the integration of fluctuating renewable energy sources [2] Group 3: Technological Advancements - The operational model of pumped storage stations is evolving from traditional peak shaving to a more diversified approach, including supporting new energy consumption and facilitating vehicle-grid interaction [2] - The Guangdong centralized control center utilizes big data platforms for remote management of 38 units, allowing one operator to control three large pumped storage stations, achieving three times the efficiency of localized control [2] - The eight operational pumped storage stations in South China have a combined regulation capacity exceeding 25 million kilowatts, capable of absorbing up to 28 billion kilowatt-hours of clean energy annually, contributing to the energy transition [2]

Core Insights - The forum held in Shanxi focused on "Energy Storage Empowering Grid Safety, Innovation Driving Green Transition" and aimed to provide recommendations for building a new power system and promoting low-carbon energy transition in Shanxi Province [1] Group 1: Forum Highlights - The forum gathered experts and representatives from leading companies in energy policy research and energy storage technology to discuss the development of the energy storage industry and its role in energy transition [1] - Keynote speeches were delivered by seven experts, including academicians from the Chinese Academy of Engineering and the Chinese Academy of Sciences, who analyzed the core logic of energy storage industry development and energy transition from theoretical and technological perspectives [1] Group 2: Technological Developments - Shanxi Zhongdian Jingu Storage Technology Co., Ltd. announced the successful grid connection of its 100MW supercapacitor frequency regulation energy storage power station, achieving a 100% localization rate of core equipment and breaking through foreign technology barriers [1] - The project has been included in national and provincial major technological equipment and demonstration project lists, marking a significant breakthrough in advanced energy storage frequency regulation technology application and equipment localization in Shanxi Province [1] Group 3: Industry Standards - A white paper on "Application of New Energy Storage Frequency Regulation Technology" was jointly released by several academicians and company representatives, providing important guidance for industry standardization and the transformation of technological achievements [1]

Core Viewpoint - Gansu Zhongrui Aluminum Industry Co., Ltd. is actively transitioning to green energy by utilizing renewable energy sources and purchasing green electricity certificates to meet sustainability goals and reduce carbon emissions [2][5]. Group 1: Company Operations - The company has an annual production capacity of over 290,000 tons of aluminum ingots and consumes approximately 4 billion kilowatt-hours of electricity annually [2]. - The production process involves converting aluminum water into ingots, which are then cooled and stacked by robots for shipment [2]. Group 2: Green Energy Initiatives - The company has signed long-term contracts with local clean energy providers and actively purchases green electricity and green power certificates to offset renewable energy consumption indicators [2][5]. - In 2025, the company spent over 1 million yuan to purchase 1.35 million green certificates, achieving the green energy usage requirements for the aluminum electrolysis industry in Gansu [5]. Group 3: Support from Local Power Company - The State Grid Baiyin Power Supply Company has established service windows to assist companies in purchasing green certificates and optimizing electricity pricing, which has helped reduce the company's electricity costs by over 1.4 million yuan per month [5][7]. - By the end of 2025, the local power company had provided green electricity and certificate trading services to 14 enterprises, facilitating the transaction of 12.98 million kilowatt-hours of green electricity and over 1.3 million green certificates [7]. Group 4: Regional Green Energy Development - Gansu Province is enhancing its capacity for local renewable energy consumption, with cities like Dunhuang achieving 100% green electricity supply and various industrial parks signing long-term green electricity procurement agreements [7]. - As of December 19, 2025, Gansu's annual green certificate trading volume exceeded 23 million, a year-on-year increase of 38.86%, with green electricity transactions surpassing 13.3 billion kilowatt-hours, resulting in a reduction of 10.69 million tons of CO2 emissions [7].

Core Viewpoint - Gansu Zhongrui Aluminum Industry Co., Ltd. is actively producing "green electrolytic aluminum" by utilizing renewable energy sources, aiming for sustainable development in the high-energy-consuming aluminum industry [1][2]. Group 1: Company Operations - Gansu Zhongrui Aluminum has an annual production capacity of over 290,000 tons of aluminum ingots and consumes approximately 4 billion kilowatt-hours of electricity annually [1]. - The company is transitioning to green energy by signing long-term contracts with local clean energy providers and purchasing green electricity and green power certificates [1][2]. Group 2: Green Energy Initiatives - The use of pure green electricity allows the aluminum produced to be recognized as green aluminum, which is favored by industries such as new energy vehicles, photovoltaics, lithium batteries, aviation, and packaging [1]. - In 2025, Gansu Zhongrui Aluminum spent over 1 million yuan to purchase 1.35 million green certificates, meeting the green energy usage requirements for the electrolytic aluminum industry in Gansu [2]. Group 3: Support from Local Authorities - The State Grid Baiyin Power Supply Company has established service windows to assist companies in purchasing green certificates and optimizing electricity pricing, helping to reduce electricity costs significantly [2][3]. - By 2025, the State Grid Baiyin Power Supply Company has provided green electricity and certificate trading services to 14 local enterprises, facilitating the transaction of 12.98 million kilowatt-hours of green electricity and over 1.3 million green certificates [3]. Group 4: Regional Green Energy Development - Gansu province is enhancing its capacity for local green electricity consumption, with cities like Dunhuang achieving 100% green electricity supply and various industrial parks signing long-term green electricity procurement agreements [3]. - The annual trading scale of green certificates in Gansu exceeded 23 million by December 2025, marking a year-on-year increase of 38.86%, and the green electricity trading volume surpassed 13.3 billion kilowatt-hours, contributing to significant carbon dioxide emissions reduction [3].

Group 1 - Jiangsu has achieved significant results in reducing carbon emissions per unit of GDP, with a 5.6% year-on-year decrease in energy intensity for GDP and a 6.1% decrease in energy consumption per unit of industrial added value in the first three quarters of 2025 [1] - The province added over 900 provincial-level green factories in 2025 and became the first in the country to cultivate and recognize 30 zero-carbon (near-zero carbon) factories, setting a benchmark for deep decarbonization in industry [1] - In 2025, Jiangsu's total新增发电量 reached 37.9 billion kilowatt-hours, with green energy sources such as wind and solar contributing 94% of the total [1] Group 2 - During the 14th Five-Year Plan period, Jiangsu's new energy installed capacity historically surpassed coal power, becoming the first province in the Yangtze River Delta to exceed 100 million kilowatts; the proportion of clean energy from external power sources reached 54.1% [2] - The trading volume of green electricity and green certificates increased by 15 times and 3.6 times respectively, leading the nation [2] - The provincial power company plans to deepen the construction of a new power system, enhance grid construction, and actively support the development and utilization of new energy, aiming to efficiently couple new energy development with zero-carbon factories and parks [2]

Core Viewpoint - Gansu Zhongrui Aluminum Industry Co., Ltd. is actively producing "green electrolytic aluminum" by utilizing clean energy sources and purchasing green electricity certificates to meet sustainability goals [1][3]. Group 1: Company Operations - The company has an annual production capacity of over 290,000 tons of aluminum ingots and consumes approximately 4 billion kilowatt-hours of electricity annually [1]. - The production process involves converting aluminum water into ingots, which are then cooled and stacked by robots for shipment [1]. Group 2: Green Energy Initiatives - The company has signed long-term contracts with local clean energy providers and actively purchases green electricity and green power certificates to offset renewable energy consumption indicators [1][3]. - In 2025, the company spent over 1 million yuan to purchase 1.35 million green certificates, achieving the green energy usage requirements for the electrolytic aluminum industry in Gansu [3]. Group 3: Support from Local Authorities - The State Grid Baiyin Power Supply Company has established service windows to assist companies in purchasing green certificates and optimizing electricity pricing, which has helped reduce the company's electricity costs by over 1.4 million yuan per month [3][5]. - By 2025, the State Grid Baiyin Power Supply Company has provided green electricity and certificate trading services to 14 local enterprises, facilitating the transaction of 12.98 million kilowatt-hours of green electricity and over 1.3 million green certificates [5]. Group 4: Regional Green Energy Development - Gansu province is enhancing its capacity for local green electricity consumption, with cities like Dunhuang achieving 100% green electricity supply and various industrial parks signing long-term green electricity procurement agreements [5]. - The annual trading scale of green certificates in Gansu exceeded 23 million by December 19, 2025, marking a year-on-year increase of 38.86%, and the green electricity trading volume surpassed 13.3 billion kilowatt-hours, resulting in a reduction of 10.69 million tons of CO2 emissions [5].