推动绿色发展，坚持风光水核多能并举，提高非化石能源供给能力。推动煤电由基础保障性电源转为支 撑调节性电源，科学布局抽水蓄能，大力发展新型储能，加快建设适配高比例新能源的新型电力系统。 推动智能发展，拓展形成一批"人工智能+能源"典型应用场景，加快建设智能电网，建设智能化调度体 系。加快煤矿、电厂、油气田等传统能源基础设施数智化转型。大力发展分布式能源、虚拟电厂、车网 互动等新模式新业态。 传统能源基础设施立足化石能源，特征是能源集中生产、向用户侧单向输送，包括大型电厂、输配电 网、油气管道等。随着能源生产消费方式变革和新技术新模式的快速发展，能源基础设施在系统形态和 运行方式等方面发生新变化。一批具有绿色、智能、融合等新特征的能源基础设施加速涌现，共同构成 新型能源基础设施体系。 推动融合发展，统筹"西电西用"与"西电东送"，加强新能源开发和用能产业集成融合发展，引导产业向 清洁能源富集区域合理布局。加强新能源与传统能源一体开发、融合发展，推动电力、热力、氢能系统 等实现多能互补、灵活互济。推动能源与工业、建筑、交通系统融合发展，建设一批零碳工厂和园区。 "十四五"时期，国家能源局推动能源基础设施全环节全链条 ...

Group 1 - The article emphasizes the transformation of energy infrastructure from traditional fossil fuel-based systems to new energy systems characterized by green, intelligent, and integrated features [2] - During the "14th Five-Year Plan" period, the National Energy Administration has made significant progress in promoting the transformation of energy infrastructure towards new, green, and intelligent systems, with clean electricity accounting for about 60% of the cross-provincial electricity transmission [2] - The article highlights the development of new energy storage solutions, with new storage installations exceeding 100 million kilowatts, representing over 40% of the global total [2] Group 2 - The article advocates for a diversified energy supply, emphasizing the importance of non-fossil energy sources and the transition of coal power from a basic support role to a regulatory support role [3] - It discusses the integration of artificial intelligence in energy applications and the push for smart grid development, alongside the digital transformation of traditional energy infrastructures [3] - The article calls for the integration of energy systems with industrial, building, and transportation sectors, aiming to establish zero-carbon factories and parks [3]