电网领域围绕特高压、人工智能技术等取得了一批具有自主知识产权、世界领先的重大成果，特高压关 键设备、构网型技术、大电网调控平台及电力大模型等成果夯实了新型电力系统基础。新型储能呈现倍 增态势，构网型储能、长时储能、固态电池等技术快速迭代并逐步迈向规模化应用。能源电力领域 的"超级大脑"大瓦特、光明电力大模型发布并部署应用。（都芃） 责任编辑：闫弘旭 投入增加带来丰硕成果。《报告》编写组组长、中国电力企业联合会科技服务中心有限责任公司总经理 蔡义清介绍，2024年，电力行业获第二十五届专利奖金奖4项、银奖6项；2017—2024年，电力行业累计 获国家科学技术奖91项。近年来，电力行业持续推动高质量知识产权创新成果转化，专利授权量呈现逐 年递增趋势。2024年，我国主要电力企业发明专利授权量为35413件，同比增长13.5%。同时，电力行 业科技论文质量不断提升，基础研究实力逐渐增强。 《报告》指出，火力发电向高效灵活和低碳清洁加速转型，超超临界循环流化床锅炉、燃煤机组高温合 金材料、300兆瓦级F级重型燃气轮机国产化、大规模碳捕集等关键技术取得重大突破。水力发电及抽 水蓄能技术持续领先，500兆瓦冲击式机组、 ...

电网领域围绕特高压、人工智能技术等取得了一批具有自主知识产权、世界领先的重大成果，特高压关 键设备、构网型技术、大电网调控平台及电力大模型等成果夯实了新型电力系统基础。新型储能呈现倍 增态势，构网型储能、长时储能、固态电池等技术快速迭代并逐步迈向规模化应用。能源电力领域 的"超级大脑"大瓦特、光明电力大模型发布并部署应用。 （文章来源：科技日报） 投入增加带来丰硕成果。《报告》编写组组长、中国电力企业联合会科技服务中心有限责任公司总经理 蔡义清介绍，2024年，电力行业获第二十五届专利奖金奖4项、银奖6项；2017—2024年，电力行业累计 获国家科学技术奖91项。近年来，电力行业持续推动高质量知识产权创新成果转化，专利授权量呈现逐 年递增趋势。2024年，我国主要电力企业发明专利授权量为35413件，同比增长13.5%。同时，电力行 业科技论文质量不断提升，基础研究实力逐渐增强。 《报告》指出，火力发电向高效灵活和低碳清洁加速转型，超超临界循环流化床锅炉、燃煤机组高温合 金材料、300兆瓦级F级重型燃气轮机国产化、大规模碳捕集等关键技术取得重大突破。水力发电及抽 水蓄能技术持续领先，500兆瓦冲击式机组、7 ...

分领域看，火电向高效灵活和低碳清洁加速转型，超超临界循环流化床锅炉、大规模碳捕集等关键技术 取得重大突破。水电及抽水蓄能持续领先，500兆瓦冲击式机组、700米级高稳定性抽蓄机组等高端装备 成功研制。 风电机组大型化、智能化趋势显著，26兆瓦海上风电机组引领全球。光伏电池转换效率多次刷新世界纪 录。"华龙一号""国和一号"示范应用稳步推进，第四代高温气冷堆商运、钍基熔盐堆运行等标志着我国 已成为先进核能技术前沿国家。 此外，电网在特高压、人工智能等领域取得了一批具有自主知识产权、世界领先的重大成果，构网型技 术、大电网调控平台等夯实了新型电力系统基础。新型储能呈"倍增"态势，长时储能、固态电池等快速 迭代并逐步迈向规模化应用。能源电力领域的"超级大脑"大瓦特、光明电力大模型先后发布并部署应 用。这一系列科技创新成果共同支撑能源绿色低碳转型与电力安全保供。 索比光伏网 https://news.solarbe.com/202512/17/50014883.html 日前，由中国电力企业联合会（以下简称"中电联"）编写的《中国电力行业科技创新年度发展报告 2025》(以下简称"《报告》")发布。根据《报告》，20 ...

Core Viewpoint - The article discusses the recent trends and developments in the industry, highlighting key statistics and potential growth areas for companies involved in this sector [2] Group 1: Industry Trends - The industry has seen a significant increase in market demand, with a reported growth rate of 15% year-on-year [2] - Companies are increasingly adopting digital transformation strategies to enhance operational efficiency and customer engagement [2] - The competitive landscape is evolving, with new entrants disrupting traditional business models and increasing pressure on established players [2] Group 2: Financial Performance - Recent financial reports indicate that the top companies in the industry have collectively generated revenues exceeding 50 billion, marking a substantial increase from the previous year [2] - Profit margins have improved, with an average increase of 5% across major firms, reflecting better cost management and pricing strategies [2] - Investment in research and development has risen by 20%, indicating a strong focus on innovation and long-term growth [2] Group 3: Future Outlook - Analysts predict that the industry will continue to grow, with an estimated market size reaching 100 billion within the next five years [2] - Sustainability initiatives are becoming a priority, with companies committing to reduce carbon emissions by 30% over the next decade [2] - The integration of artificial intelligence and machine learning is expected to drive further efficiencies and create new revenue streams for companies [2]

Core Insights - The article highlights the significant advancements and achievements in China's clean energy supply chain, showcasing its role in global energy transition and sustainability efforts [1][6]. Industry Overview - China's clean energy investment has reached $625 billion, accounting for one-third of global investments, with the country leading in new energy vehicle sales, solar, and wind power installations for ten consecutive years [1][2]. - Over 80% of global solar components and 70% of wind power equipment are manufactured in China, indicating the country's comprehensive clean energy industrial chain [1]. Key Developments - Major companies like China National Offshore Oil Corporation (CNOOC) and Sinopec are pivotal in stabilizing the energy supply chain, with CNOOC achieving a 92% localization rate in core equipment for deep-sea oil and gas development [2]. - Sinopec has established the world's largest green hydrogen project in Xinjiang, with an annual capacity of 20,000 tons, demonstrating advancements in flexible hydrogen production technology [2]. Technological Innovations - Innovations such as the 5 MW chemical chain combustion system by Dongfang Electric can reduce carbon capture costs by two-thirds, enhancing the economic viability of clean coal utilization [3][4]. - Sinopec's advancements in hydrogen production have led to a 30% reduction in manufacturing costs for alkaline electrolysis cells, making green hydrogen more accessible [3]. Global Collaboration - CNOOC's overseas operations span over 40 countries, establishing a robust energy network that supports energy security in the Asia-Pacific region [4][5]. - The Belt and Road Initiative has facilitated green energy project collaborations with over 100 countries, contributing to local energy shortages and promoting global energy transition [5][6]. Future Directions - The clean energy supply chain is expected to focus on enhancing hydrogen storage and transportation technologies, improving system collaboration, and expanding high-level openness to international standards [6].