（原标题：他们，将影响你的生意和生活|国家能源局局长王宏志） 关键词：能源安全保障、绿色低碳转型、 科技自立自强、民生用能保障 站在新的历史起点，能源行业要充分认识到能源强国建设已有坚实基础，乘势而上全面推进正当其时； 充分认识到初步建成新型能源体系目标已经明确，必须系统科学谋划推进"十五五"能源工作；充分认识 到确保如期实现碳达峰和2035年国家自主贡献目标，必须以更大力度推动能源绿色低碳转型；充分认识 到人工智能为能源发展带来空前机遇，必须坚持双向赋能抢占能源发展战略制高点。 "十四五"期间，传统能源自给率和保供水平均持续提高，风光等新能源迎来大力发展。我国能源结构正 在向以绿色能源为主的新型能源体系转型。 步入"十五五"，新型能源体系建设速度将进一步加快。2035年，非化石能源消费占能源消费总量的比重 达到30%以上，风电和太阳能发电总装机容量达到2020年的6倍以上、力争达到36亿千瓦。"十四五"期 间进一步增长的新能源装机也对能源系统提出了新要求：风光生产出的绿色电力如何充分消费、电网如 何适配波动的风光电、风光资源时空分布不均如何平抑…… 因此"十五五"规划提出要加快建设新型能源体系，不仅要从电源 ...

中国发展网讯 记者皮泽红报道 位于海南省黎母山镇的琼中抽水蓄能电站里一派热火朝天的繁忙喜庆景 象。"春节期间，我们运维团队将24小时坚守在岗，确保电站随时响应自贸港电力调节需求。"电站运行 值长余运捷边说边给中控室贴上窗花，他刚刚完成2月15日上午机组巡检。春节将至，海南琼中抽水蓄 能电站值班留守人员给电站中控室贴上窗花。李冕祺 摄据介绍，在海南自贸港封关运作后的首个春节 假期，琼中抽蓄电站预计将启动近200次，为全岛提供近2000万度清洁电能，满足约36万居民用户的假 日用电量。而在刚刚过去的2025年，该电站年启动次数达到7117次，为海南调节电量14.7亿度，这两项 数据分别达到"十四五"初的7.4倍和3.7倍。单台机组调用频次达到6.5次，位居全国抽蓄电站之首。不止 海南的琼中抽蓄电站，占全国国土面积不到5%的华南地区现有在运抽水蓄能电站8座，装机规模接近全 国抽水蓄能总量的五分之一，是抽水蓄能产业发展的"密集地"。2025年，华南地区各抽蓄电站均交出了 亮眼的"运行成绩单"。据统计，42台机组在年调节电量同比基本持平的情况下，年启动次数首次突破 50000次，达到50554次，同比增长23%。"调节 ...

论坛期间，山西中电金谷储能科技有限公司宣布其100MW超级电容调频储能电站成功并网。该项目核 心设备自主化率达100％，突破了国外技术壁垒，并入选国家及省级重大技术装备和示范项目清单，标 志着山西省在先进储能调频技术应用与装备国产化方面取得重大突破。同时，多位院士专家与企业代表 共同发布《新能源储能调频技术应用白皮书》，为行业技术标准化与成果转化提供了重要指引。 本次论坛由中国电力企业联合会指导，山西省电力行业协会、山西中电金谷储能科技有限公司联合主 办。 (责任编辑：王婉莹) 转自：人民日报海外版 本报电（薛翱）2025年12月29日，山西新能源储能创新发展论坛在忻州市偏关县举行。本次论坛以"储 能赋能电网安全、创新驱动绿色转型"为主题，汇聚了国内能源政策研究、储能技术领域的院士专家以 及领军企业代表，共同为山西省构建新型电力系统、推动能源绿色低碳转型建言献策。 在主旨演讲环节，中国工程院院士武强、中国科学院外籍院士王中林等7位储能领域专家，从理论创 新、技术突破等维度，全方位解析储能产业发展与能源转型的核心逻辑，为山西储能产业规模化发展指 明方向。 ...

刘宏旺（右一）与国网白银供电公司的职工就企业安全用电等问题进行交流。 新华社记者 程楠 摄 绿色电力证书简称"绿证"，是我国可再生能源电量环境属性的唯一证明，也是认定可再生能源电力生产、消费的唯一凭 证。绿证作为可再生能源电力消费凭证，用于可再生能源电力消费量核算、可再生能源电力消费认证等。1个绿证单位对应 立春节气之后，传统佳节春节将至，但在甘肃中瑞铝业有限公司的各条生产线上，机器开足马力运转，工人紧张有序生 产。铝水在生产线上转化成铝锭，降温后，再由机器人码垛，随后就出厂发运。 最近，在甘肃省白银市靖远县的刘川工业集中区，这家有色金属铸造企业生产忙碌。企业动力车间主任刘宏旺介绍，"公司 年产铝锭超29万吨，年耗电量约40亿千瓦时，但企业产品可以称之为'绿色电解铝'。" 电解铝工业是高耗能行业，"绿"从何来？刘宏旺说："为加快能源绿色低碳转型，企业一方面与省内清洁能源企业签订中长 期合同；另一方面，积极购买绿电和绿色电力证书，抵扣可再生能源消纳指标。" 业内人士介绍，使用纯绿电生产的铝锭，可被认定为绿电铝产品，此类产品不仅受新能源汽车、光伏、锂电池、航空、包 装等领域企业的青睐，同时更易进入国际市场。 如今 ...

业内人士介绍，使用纯绿电生产的铝锭，可被认定为绿电铝产品，此类产品不仅受新能源汽车、光伏、 锂电池、航空、包装等领域企业的青睐，同时更易进入国际市场。 新华社兰州2月7日电，立春节气之后，传统佳节春节将至，但在甘肃中瑞铝业有限公司的各条生产线 上，机器开足马力运转，工人紧张有序生产。铝水在生产线上转化成铝锭，降温后，再由机器人码垛， 随后就出厂发运。 最近，在甘肃省白银市靖远县的刘川工业集中区，这家有色金属铸造企业生产忙碌。企业动力车间主任 刘宏旺介绍，"公司年产铝锭超29万吨，年耗电量约40亿千瓦时，但企业产品可以称之为'绿色电解 铝'。" 电解铝工业是高耗能行业，"绿"从何来？刘宏旺说："为加快能源绿色低碳转型，企业一方面与省内清 洁能源企业签订中长期合同；另一方面，积极购买绿电和绿色电力证书，抵扣可再生能源消纳指标。" 甘肃电力交易中心数据显示，截至2025年12月19日，甘肃年度绿证交易规模突破2300万张，同比增长 38.86%；绿电交易电量超133亿千瓦时，相当于减排二氧化碳1069万吨、植树约5.98万棵。 兰州财经大学经济学院教授朱前涛认为，绿证交易激增，说明甘肃打造全国重要的新能源基地的成效 ...

□ 本报记者倪敏 省政协委员，国网江苏电力董事长、党委书记谢永胜表示，"十四五"期间，江苏新能（603693）源装机 历史性超过煤电、成为长三角首个"破亿"省份；区外来电清洁能源占比达到54.1%；绿电、绿证交易量 分别增长15倍、3.6倍，规模全国领先。 面向"十五五"新开局，谢永胜表示，省电力公司将深化新型电力系统建设，在服务能源绿色低碳转型上 展现更大作为。持续加强电网建设，积极服务新能源开发与利用，提升系统调节能力，精准高效扩大绿 电应用。主动配合政府推进绿电"三进"工程，实施"绿电直连"试点建设，推动绿电资源流向最需要绿 电、最能通过绿电创造价值的相关用户。研究加强新能源发展规划与园区发展规划的有机衔接，实现新 能源开发与零碳工厂和园区、微电网等新型主体建设需求的高效耦合。让"好电用在刀刃上"，助力产业 链降碳增绿。 在产业端，江苏年内新增省级绿色工厂逾900家，更在全国率先培育认定了30家零碳(近零碳)工厂，树 立了工业深度脱碳的标杆。 在用能结构上，江苏向"绿色化、低碳化"不断转型，经济增长与能源结构优化形成良性互动，统计显 示，2025年，江苏全年新增发电量达379亿千瓦时，其中风电、光伏等绿 ...

新华社兰州2月7日电（记者程楠）立春节气之后，传统佳节春节将至，但在甘肃中瑞铝业有限公司的各条生产线上，机器开足马力运转，工人 紧张有序生产。铝水在生产线上转化成铝锭，降温后，再由机器人码垛，随后就出厂发运。 2025年，甘肃中瑞铝业有限公司花费100多万元，购买了135万张绿证。"再加上购买的水电、风光电指标，达到了甘肃电解铝行业绿色用能要 求比例。"刘宏旺说，未来企业将持续增购绿电和绿证，进一步加快公司向可持续发展转型。 除帮助企业购买绿证外，在2023年，国网白银供电公司还帮助这家企业将基本电费计收方式按需量计费变更为按变压器容量计费，每月可帮企 业降低用电成本140多万元。 "通过上门宣讲绿电绿证政策和优化电价策略，我们切实采取措施帮助企业节能降耗。"国网白银供电公司市场营销部客户经理斯玥说，2025 年，该公司已累计为当地14家企业提供绿电、绿证交易服务，交易绿电1298万千瓦时、绿证超130万张。 如今，白银只是甘肃就地消纳绿电能力持续提高的一个缩影。敦煌市在2025年实现全年全域100%绿电供应，庆阳市、金昌市等多地的产业园 区率先签订绿电长期采购协议，"零碳园区""零碳机关""零碳校园"等形成 ...

Group 1 - The core viewpoint of the articles highlights the efforts of Gansu Zhongrui Aluminum Industry Co., Ltd. in transitioning to green energy by producing "green electrolytic aluminum" through the use of renewable energy sources and green electricity certificates [1][2] - 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, emphasizing its commitment to sustainable practices [1] - Gansu Zhongrui Aluminum has signed long-term contracts with local clean energy companies and actively purchases green electricity and green power certificates to offset renewable energy consumption indicators [1][2] Group 2 - The green electricity certificate, or "green certificate," serves as the only proof of the environmental attributes of renewable energy electricity in China, with one certificate corresponding to 1,000 kilowatt-hours of renewable energy [2] - 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] - The State Grid Baiyin Power Supply Company has provided services to help local enterprises purchase green certificates and optimize electricity pricing, resulting in significant cost savings for Gansu Zhongrui Aluminum [2][3] Group 3 - By 2025, the Baiyin Power Supply Company has assisted 14 local enterprises in trading green electricity and certificates, with a total of 12.98 million kilowatt-hours of green electricity traded and over 1.3 million green certificates issued [3] - Gansu's capacity for local consumption of green electricity is increasing, 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 19, 2025, marking a year-on-year increase of 38.86%, and the traded green electricity volume surpassed 13.3 billion kilowatt-hours, contributing to significant carbon dioxide emissions reduction [3]

Core Viewpoint - The concept of an "energy power" is introduced in the 14th Five-Year Plan, emphasizing the need for comprehensive enhancement of energy technology, industrial chains, and system capabilities to support the construction of a modern socialist country [1] Group 1: Strengths of an Energy Power - The strength of an energy power lies in its hard power of security assurance, ensuring stable domestic energy supply and resilience against external shocks [1] - The strength also manifests in green, low-carbon, and high-quality development, focusing on optimizing energy utilization rather than merely increasing consumption [1] - Technological self-reliance is crucial, with key technologies in the energy sector needing to be controlled domestically to avoid dependency [2] Group 2: Goals for Strengthening - Strengthening the supply chain involves creating a diversified and resilient supply system, emphasizing the importance of not relying on a single source [2] - Strengthening the technology chain focuses on overcoming core technologies across the entire energy production process, transitioning from a major energy producer to a technology powerhouse [2] - Strengthening the industrial chain aims to cultivate globally competitive industrial clusters, integrating resources from research and development to operation services [3] Group 3: Institutional Strengthening - Establishing a modern governance system and market mechanism is essential for adapting to the energy revolution, requiring reforms to break monopolies and enhance market roles [4] - The construction of an energy power is a systematic project that necessitates coordinated advancement across various dimensions [4] Group 4: Pathways to Strengthening - A dual approach of traditional and emerging energy sources is necessary, promoting clean and efficient development of traditional energy while increasing the share of renewables [4] - Emphasizing technological breakthroughs alongside institutional reforms is critical, with increased R&D investment and unified electricity market construction [4] - Promoting both domestic and international cooperation is vital, ensuring energy security while contributing to global energy transition [5]

Core Viewpoint - The Huaneng Rizhao Power Plant is committed to achieving China's "dual carbon" goals by optimizing the regional energy structure and promoting a green low-carbon transition, aiming to become a model for energy supply and industrial transformation in Rizhao's high-quality economic development [1] Group 1: Offshore Wind Power Development - The plan includes the construction of an offshore wind farm with a total installed capacity of 1.2 million kilowatts, expected to generate approximately 3.6 billion kilowatt-hours annually, equivalent to saving about 1.1 million tons of standard coal and reducing carbon dioxide emissions by around 3 million tons [2] - The project will enhance the share of non-fossil energy consumption in the region and stimulate the development of related industries such as offshore wind power equipment manufacturing, installation, operation, and technology research and development [2] Group 2: Coal Power Transition - The existing two high-energy consumption and high-emission coal units (2×350MW) will be shut down, while a new 700MW ultra-supercritical coal-fired power unit will be constructed, reducing coal consumption from approximately 310 gce/kWh to below 265 gce/kWh [2] - The new unit will include advanced flue gas purification devices, significantly lowering carbon emissions and achieving ultra-low emission standards for pollutants [2] Group 3: Thermal Energy Storage System - A large-scale thermal energy storage system using molten salt will be built to store excess electricity during low-demand periods and release it during peak demand or when wind power output is insufficient, thereby improving wind power utilization [3] - This system will enhance the flexibility and reliability of the power system, allowing for better integration with coal power units and improving overall energy efficiency [3] Group 4: Industrial Steam Supply - The project aims to integrate the new high-efficiency coal power unit and thermal energy storage system to create a centralized steam supply network for surrounding industrial parks, providing stable, economical, and clean industrial steam [3] - This initiative will replace decentralized small boilers, significantly reducing regional energy consumption and coal pollution [3] Group 5: Synergistic Effects - The four initiatives are interconnected, creating synergistic effects that enhance overall system value, such as improved energy quality and dispatchability through "wind + storage" collaboration [4] - The integrated system will form an interactive framework of "source-network-load-storage," significantly increasing energy utilization efficiency and renewable energy penetration [4] - The Huaneng Rizhao Power Plant's model demonstrates a clear technological path and significant collaborative benefits, aligning with broader energy development trends and contributing to regional energy security and industrial upgrading [4]