新华网福州10月17日电（刘丰）10月16日至19日，2025世界航海装备大会在福建福州举行，2025第三届中国 海洋装备博览会同期举办。在博览会福建馆的海上风电展区，金风科技股份有限公司展示的一组模型，生动呈现 了平潭海峡公铁大桥里的绿色脉动。 平潭项目成功的背后，是金风科技在风电装备制造领域的"硬核"实力。展览现场，金风科技全方位展示了其 技术迭代的成果：从服务平潭海峡公铁大桥的6.7兆瓦机组，到应用于漳浦六鳌海上风电场二期项目的16兆瓦机 组，这些装备不仅展示了金风科技在海上风电装备上的不断突破，更以持续迭代的技术方案，为福建乃至全国海 上风电规模化、高效化开发提供了关键装备支撑。 "金风科技在福建的探索，早已不是单一的风电装备制造与风电场建设，而是迈向能源与交通、工业、民生等 多领域的深度融合，致力于构建可持续发展的新型范式。"金风科技相关负责人表示，这种融合创新的实践，正是 绿色发展理念的生动体现。截至2025年第一季度，金风科技已在全球落地超560个零碳项目，覆盖港航物流、钢铁 冶炼、石油石化、养殖农业等多元场景，而福建大地上的风电实践，正是其中最具代表性的缩影。 展览现场，金风科技展示的平潭海峡 ...

Core Insights - The company achieved a record high of 519 million kilowatt-hours in cumulative renewable energy generation as of September 22, marking a significant advancement in the efficient utilization of clean energy [1] - The company emphasizes a production philosophy focused on quality improvement and efficiency, ensuring maximum electricity generation during peak demand periods [1] Group 1: Production and Efficiency - The company implemented an innovative "staggered maintenance" strategy to optimize equipment utilization during low-demand periods, such as nighttime solar generation and early morning wind load [1] - A performance evaluation system for maintenance has been established to enhance operational data analysis and improve communication with the power grid [1] - The company aims to ensure full consumption of electricity generated during peak production times, maximizing output and efficiency [1] Group 2: Safety Management - A three-tier safety management system has been established, covering the company, power stations, and teams, to clarify safety production responsibilities [1] - A 24-hour emergency duty mechanism involving leadership and key positions is in place to promptly address unexpected incidents [1] - Regular safety inspections and emergency drills are conducted to enhance safety measures and mitigate risks, contributing to the stable growth of renewable energy generation [1]

Core Viewpoint - The "Green Power Direct Connection" policy is an innovative approach to address the dual challenges of energy transition and carbon tariff barriers, aiming to enhance the efficiency of clean energy utilization and improve the physical attributes of green electricity [2][3]. Group 1: Systematic Advantages - The policy establishes a localized framework compatible with international rules, allowing for clear physical traceability of renewable energy consumption, thus addressing the moral issues associated with "greenwashing" [3]. - It defines "Green Power Direct Connection" as a model where renewable energy sources supply electricity directly to a single user without connecting to the public grid, enhancing clarity in energy sourcing [3]. - The policy introduces a dual-track mechanism that ensures the safety and stability of the public grid while granting market entities greater autonomy, transforming electricity from a "generic commodity" to a "low-carbon passport" [3]. Group 2: Market and Transaction Innovations - The policy breaks away from traditional green electricity trading models by introducing a "physical direct connection + market settlement" approach, allowing for a more accountable and transparent trading environment [4]. - It mandates that connected projects participate equally in the electricity market, ensuring that the electricity generated is accounted for and settled based on market transactions [4]. - The policy aligns with broader goals of integrating renewable energy into the electricity market, facilitating a more efficient and high-quality development of the sector [4]. Group 3: Organizational Support and Development Models - The policy emphasizes the need for flexibility in projects to address the intermittent nature of renewable energy sources, encouraging the use of energy storage and load adjustment to enhance project adaptability [5]. - It places the primary responsibility for connected projects on the load, promoting investment from both load and power source entities to ensure the sustainability of the direct connection [5]. - The policy outlines specific requirements for project operation, including energy input ratios and exit mechanisms, to guide scientific assessments of demand and prevent discrepancies between design and actual performance [5]. Group 4: Challenges and Future Outlook - While the "Green Power Direct Connection" initiative presents significant opportunities, it also poses challenges related to construction costs, market uncertainties, and the need for a robust regulatory framework [6]. - The initiative is seen as a trial to gather collective efforts from government, enterprises, and research institutions to enhance technological development and improve market mechanisms for efficient clean energy utilization [6].