Group 1 - The Shanghai Urban Infrastructure Index (H50034) rose by 0.67% to 1272.83 points, with a trading volume of 20.635 billion yuan [1] - Over the past month, the index has increased by 1.45%, by 7.37% over the last three months, and by 0.56% year-to-date [1] - The index reflects the performance of listed companies influenced by changes in economic and consumption structures, focusing on themes such as intensive, intelligent, and green low-carbon development [1] Group 2 - The top ten weighted stocks in the Shanghai Urban Infrastructure Index include China State Construction (9.11%), China Railway (6.93%), and Anhui Conch Cement (6.81%) [1] - The index is composed entirely of stocks listed on the Shanghai Stock Exchange, with industrial companies making up 56.81%, real estate 32.23%, and materials 10.95% [2] - The index samples are adjusted biannually, with changes implemented on the next trading day after the second Friday of June and December [2]

Core Viewpoint - The successful operation of the Guoneng Shenwan Chizhou Power Plant Phase II expansion project marks a significant advancement in green energy production and contributes to regional energy security and development [1][3]. Group 1: Project Overview - The project is located in Guichi District, Chizhou City, Anhui Province, and is a major supportive power project during the "14th Five-Year Plan" period, featuring two 660 MW ultra-supercritical secondary reheating coal-fired generating units [3]. - The project employs innovative thermal cycle design and flue gas collaborative treatment technology, achieving full-load denitrification and efficient desulfurization, thus establishing a "high-efficiency power generation + deep purification" green energy production system [3]. Group 2: Environmental Standards - Emissions of sulfur dioxide, nitrogen oxides, and particulate matter are significantly lower than national ultra-low emission standards, showcasing the project's commitment to environmental sustainability [3]. Group 3: Management and Innovation - Anhui Electric Power Construction Company II has enhanced lean management and strengthened overall process control during construction, utilizing smart construction systems to explore new paths for energy project construction and ecological protection [3]. - The project team has driven innovation to tackle technical challenges, with a patented tool for boiler steel structure anchor bolt installation adjustments [3]. Group 4: Quality Management - The project achieved remarkable engineering quality management results, with a 100% inspection rate for boiler heating surface welds and a 99.95% first-pass acceptance rate for non-destructive testing [3]. - The project also recorded zero leakage during hydraulic testing and a 100% success rate for turbine commissioning and system trial operation [3]. Group 5: Economic Impact - Upon full operation, the project is expected to generate an annual electricity output of 7.2 billion kWh, alleviating electricity pressure in the eastern region of the Wanjiang Economic Belt and providing stable energy support for emerging industries such as semiconductors and high-end equipment manufacturing in Chizhou and surrounding cities [3]. - The project will further enhance the cross-regional power allocation capacity in the Yangtze River Delta, injecting new momentum into regional energy security and green development [3].

据中国能建官微：8月20日，中国能建党委副书记、总经理倪真在太原拜访山西省委副书记、省长卢东亮。双方围绕能源电力规划、绿电园区、固废处置 及综合利用、水利水务等领域合作进行深入交流，并达成广泛共识。 山西省副省长赵红严，省政府副秘书长曹荣湘，中国能建总经济师、市场开发事业部总经理周小能，以及双方相关部门、单位负责人参加活动。 \ 卢东亮对中国能建为山西省经济社会发展和能源转型作出的贡献表示感谢。他说，当前，山西省正在深入贯彻习近平总书记考察山西重要讲话重要指示精 神，坚定有序推进转型发展，加快推动高质量发展取得新突破。中国能建是国家能源电力和基础设施等领域的国家队、主力军，投建营一体化能力和全产 业链服务优势明显。希望双方在电力外送规划、风电、光伏发电规模开发、绿电园区、储能、氢能等领域不断深化合作，在共同服务国家重大战略中实现 互利共赢。山西省委、省政府将持续优化营商环境，为中国能建在山西发展提供服务保障。 倪真对山西省委、省政府长期以来给予中国能建的支持表示感谢，并简要介绍了公司整体情况。他表示，中国能建正深入贯彻能源安全新战略，聚焦能源 电力水利主责主业，加快发展具有能建特色的新质生产力，推动企业高质量 ...

8月19日 中国能建广东院设计、广东火电承建的 华电汕头电厂2×100万千瓦 燃煤发电扩建工程 正式开工建设 项目位于广东省汕头市潮阳区海门镇，是广东省重点建设项目。项目在一期基础上，扩建两台100万千瓦级超超临界一次再热纯凝燃煤发电机组，是国内 新建的一次再热百万机组中主机参数最高的机组，采用高效洁净煤燃烧和高效除尘、脱硫、脱硝技术，实现超洁净排放和废水零排放。广东火电负责4号 机组各系统及部分公用系统建筑安装工程。 项目计划2027年底全面投产，建成后，将成为广东东部电网的主力电源之一，可进一步保障广东省中长期能源电力供应安全，发挥电力重大项目促投资、 稳增长、保供电作用。（中国能建） ...

人民财讯8月19日电，8月19日，中国能建（601868）葛洲坝（600068）集团党委副书记、总经理、副董 事长陈刚与铁建重工集团党委副书记、董事、总经理贺勇军座谈，就深化科技创新、重大装备研发、人 才培养等领域战略合作深入交流，并达成广泛共识。 ...

Core Insights - China Energy Construction has developed the world's largest artificial cavern gas storage in-situ testing platform, achieving a breakthrough with a maximum pressure level of 18 MPa, setting five world records in cavern scale, pressure, pressure difference, gas loss rate, and stability [1][3] - The platform, located in Wangcheng, Hunan, is the most advanced of its kind globally, featuring two ultra-large test caverns with a maximum depth of 110 meters and a design pressure of 20 MPa, showcasing unique dual cavern synchronous high-pressure testing capabilities [1][3] Technological Advancements - The platform's development involved collaboration with Changjiang Design Group and Wanhua Energy Saving Group, resulting in eight pioneering achievements, including a composite sealing system and theories for surrounding rock load-bearing and temperature field data acquisition, all with 100% independent intellectual property rights [1][3] - This breakthrough enhances China's artificial cavern gas storage technology route, accelerating the scale and industrialization of compressed gas energy storage [3] Industry Implications - The new technology introduces a "four high integration" paradigm for deep underground resource utilization, characterized by high economic efficiency, high reliability, high construction efficiency, and high operational controllability [3] - The technology has potential applications in the storage of strategic materials such as hydrogen, natural gas, ammonia, and oil, supporting the integrated development of energy systems and highlighting China Energy Construction's role in leading energy technology transformation and ensuring national energy security [3]

Core Viewpoint - China Energy Construction has achieved significant technological advancements by developing the world's largest artificial cavern gas storage test platform, setting five world records in the process [1] Group 1 - The newly developed gas storage sealing circulation test has reached a world record pressure level of 18 MPa, marking a successful verification of the complete technology [1] - The company has set records in cavern size, pressure, pressure differential, gas loss rate, and stability, addressing global challenges in high-pressure, multi-medium, long-cycle gas storage safety and economics [1] - This achievement is considered a pinnacle of technological advancement, referred to as "the peak of technology" [1]

该实验室是中国能建数科集团开展科技创新的重要基地，拥有两座超大型试验洞，最大埋深110米，最 高试验压力达20兆帕，具备"双洞"同步试验能力，规模与压力参数均居世界之最。实验室自2022年12月 筹建，2024年8月投用，攻克人工硐室型高压力、多介质、长周期气体存储的安全与经济性世界难题。 8月17日，在湖南长沙望城区，中国能建世界最大人工硐室储气原位试验平台——储气密封循环试验圆 满成功。试验压力突破世界最高等级18兆帕，通过高低压循环、长时保压"双168小时"连续运行验证， 储气库密封性、稳定性等各项性能指标均达到国际先进水平。 此次重大突破开创性地拓展了适应超高压、大波动条件下，集高经济性、高可靠性、高建造效率、高运 行可控于一体的深部地下资源利用空间，标志着我国在人工硐室储气领域技术路线全面打通，将加速推 动压气储能行业规模化、产业化发展。该技术不仅支撑高压空气存储，还可广泛应用于氢气、天然气、 氨气、油气等战略物资存储，为"源网荷储"一体化、氢能产业化及油气战略储备提供跨领域支撑，开 启"多能并储"新格局。 中国能建压气储能人工硐室多项科技创新成果与世界首台（套）甘肃酒泉300兆瓦压气储能示范工程应 ...

齐鲁晚报·齐鲁壹点记者于中国海事局监管信息公开栏获悉，8月16日，中国能建旗下的中国能源建设集团广东火电工程有限公司（下称"中国能建广东火电 公司"）收行政处罚决定书，处罚决定书文号为海事罚字[2025]01102000320-1-1。 | 中华人民共和国海暴局 事 一 网 通 办 | 首页 | 政务服务 | 执法监管 | 信息公开 | 咨询投诉 | 一中华人民共和国海 | | --- | --- | --- | --- | --- | --- | --- | | | 1111 | | | | | | | 查询服务 | 处罚信息公示详情 | | | | | | | 处罚结 | | | | | | | | 处罚机关 | | 被处罚人名称 | 中国能源建设集团广东火电工程有限公司 | | | | | 统一社会 | | 案由 | 船舶、海上设施未按照许可要求、超出核定的安全作业区进行海上施工作业 | | | | | | | 处罚决定书文号 | 海事罚字[2025]01102000320-1-1 | | | | | 序号 | | 处罚内容 | 罚款人民币壹拾捌万元整 | | | | | 1 | | 行政相对人(当事人 ...

Core Insights - The project is a provincial demonstration project focused on "green, low-carbon, digital, and intelligent" principles, with a total investment of approximately 2.437 billion yuan and an expected annual output value exceeding 800 million yuan, generating tax revenue of about 80 million yuan and creating over 1,000 new jobs [1] Group 1: Project Overview - The project covers an area of over 2,200 acres and consists of "one park, one mine, one corridor, and one terminal" [1] - It innovatively transforms traditional transportation equipment into energy recovery devices, utilizing a 10 km conveyor belt system combined with a power generation system to convert gravitational potential energy into electrical energy, achieving an installed capacity of 2,500 kW [1] - The project incorporates a "source-network-load-storage" integrated system with a photovoltaic installed capacity of 3.5 MW, achieving a comprehensive consumption rate of over 84% and an annual total power generation of over 10 million kWh [1] Group 2: Transportation and Operational Efficiency - The project fully promotes electrification in transportation, deploying 18 units of 70-ton pure electric mining trucks and establishing intelligent charging stations, showcasing a model for clean transformation in open-pit mining transportation [2] - Operational data indicates that each electric mining truck can save fuel costs of 625,000 yuan annually compared to traditional diesel vehicles, with a reduction in comprehensive maintenance costs of 625,700 yuan over three years [2] - The project integrates artificial intelligence and IoT technology for full-process intelligent management, enhancing operational efficiency by 80% through automated vehicle recognition and real-time data uploading in the sales process [2] Group 3: Technological Innovation - The project emphasizes core technology independent innovation, utilizing domestically developed GIS software and databases for a digital twin platform, creating a self-controllable digital foundation [3] - The self-developed AI algorithms excel in market demand forecasting and production scheduling optimization, achieving an accuracy rate of over 90% [3] - The systems are deeply adapted to the enterprise's private cloud platform, demonstrating good stability in practical applications and reducing operational and maintenance costs by 40%, providing a safe and controllable technical demonstration for the industry's digital transformation [3]