加速清洁能源技术创新攻关，深化清洁能源领域国际合作。攻关关键核心技术，聚焦钙钛矿光伏、深远 海漂浮式风电、固态电池、氢氨融合等前沿方向开展产学研用协同攻关，提升电解槽、特高压换流阀等 核心装备国产化率。完善创新转化生态，打造清洁能源知识产权运营中心和高价值专利池，大力建设技 术创新中心、中试验证平台和产业公共服务平台，打通科技成果产业化转化通道。推动虚拟电厂、分布 式源网荷储一体化、氢冶金等新业态示范，打造零碳工厂。高质量共建"一带一路"清洁能源项目，推动 与东盟、阿盟、非盟清洁能源合作中心落地，加强跨境电网互联与国际电力市场建设。构建覆盖清洁能 源生产、储运、消费全链条的标准规范，推动与国际标准互认。扩大贸易投资合作，吸引全球优质资源 参与我国清洁能源产业发展，鼓励国内企业参与国际市场竞争。 发展清洁能源是实现"双碳"目标、保障能源安全和推动经济社会发展全面绿色转型的重要抓手。"十四 五"以来，我国清洁能源发展迅速，取得了一系列开创性、突破性和标志性的成就。 持续增强清洁能源多元供给，加快构建清洁能源储运网络。推动发电利用增量提质，加快西北、华北沙 戈荒大型风光基地建设，推进西南水电扩能升级，有序推动沿海核 ...

Core Insights - The Zhejiang LHD Ocean Tidal Energy Project has been operational for over eight years, converting tidal energy into green electricity, contributing to local industrial development and environmental sustainability [1][2]. Group 1: Project Overview - The project utilizes tidal currents to generate electricity, similar to underwater wind turbines, and has been continuously operational since its first units were deployed in 2016 [1]. - The project has successfully generated over 783 million kilowatt-hours of electricity since its grid connection, equivalent to reducing the use of 3,132 tons of standard coal and cutting carbon dioxide emissions by 7,811 tons [2]. Group 2: Technological Advancements - The engineering team has overcome significant technical challenges over eight years, including efficient turbine design and marine corrosion resistance, leading to the development of a 3.4 megawatt modular tidal energy generator system [1]. - The project exemplifies the potential for clean energy technology innovation beyond traditional sources like wind and solar power [2]. Group 3: Environmental Considerations - Future tidal energy projects will focus on minimizing environmental impacts by selecting appropriate sites to avoid sensitive marine ecosystems and important shipping routes [4]. - The development of tidal energy is seen as a promising industry with significant growth potential, emphasizing the importance of scientific and environmentally friendly practices [4].