Group 1 - The meeting emphasized the importance of focusing economic development on the real economy, aiming to consolidate and enhance traditional industries [1] - There is a call for the widespread application of digital and green technologies, accelerating the transformation of production, management, and marketing models, as well as process reengineering [1] - The integration of modern service industries with advanced manufacturing is encouraged to revitalize traditional advantageous industries [1] Group 2 - The meeting advocates for the orderly development of strategic emerging industries and future industries [1] - It highlights the need for in-depth implementation of industrial renewal actions to foster the growth of startup companies, leading enterprises, and unicorn companies [1]

金十图示：2025年05月22日（周四）新闻联播今日要点 合国安理会常任理事国和独立自主大国,是战后 国际秩序的缔造者、建设者,应该加强团结合 作,共同维护联合国权威和地位,维护国际贸易 规则和世界经济秩序,践行真正的多边主义。国 际形势越是复杂,中法越要作出正确战略抉择, 共同做维护国际秩序的可靠力量、促进全球增长 的开放力量、引领多边合作的进步力量。 中方 始终视欧洲为多极世界的独立一极,支持欧盟加 强战略自主,在国际事务中发挥更重要作用,愿 同欧方携手应对全球性挑战,达成更多既造福双 方、也有利于世界的成果。 ● 李强将对印度尼西亚进行正式访问并赴马来 西亚出席东盟 -- 中国一海合会峰会 * 应印度尼西亚共和国总统普拉博沃邀请,国务院 总理李强将于5月24日至26日对印度尼西亚进行 正式访问。应东盟轮值主席国马来西亚总理安瓦 尔邀请,国务院总理李强将于5月26日至28日出 席仕与米四业吉隆坡至门的东盟一中国一母宣云 峰会。 王杰密切协同,在地面科研人员配合支持下,圆 满完成首次出舱任务。此次的出舱任务是将前期 已通过货物气闸舱出舱并利用机械臂转移至中转 位置的空间碎片防护装置,安装至预定位置,同 时开 ...

Core Viewpoint - The deployment of an intelligent drone nest by China Aviation Oil marks a significant technological advancement in pipeline inspection, enhancing efficiency and safety in operations [1][2][4]. Group 1: Technological Advancements - The intelligent drone nest, integrated with DJI's high-performance platform and advanced AI technology, allows for automated takeoff, inspection, charging, weather monitoring, and intelligent recognition [2][4]. - The Matrice 3TD drone is equipped with wide-angle, telephoto, and infrared cameras, enabling effective visual and thermal imaging for pipeline inspection over a 15 km range [2]. Group 2: Operational Efficiency - Since its launch in early 2025, the intelligent drone nest has completed 166 inspection missions, covering over 1419 kilometers and accumulating 46 hours of flight time [4]. - The drone's single operation can save 2.5 hours compared to traditional manual inspections, significantly reducing labor costs and enhancing inspection efficiency [4]. Group 3: Safety and Monitoring - The AI recognition technology addresses visual fatigue from prolonged monitoring, allowing for real-time identification of hazards such as fire, building encroachment, and mechanical work near pipelines [4]. - The system improves response times to pipeline safety issues, providing a robust safeguard for pipeline integrity [4]. Group 4: Strategic Initiatives - China Aviation Oil Guangdong Company is focused on transforming technological innovations into practical applications, promoting projects like the intelligent pipeline inspection system and wireless leakage monitoring [5]. - The company aims to integrate digital technologies with manual management to enhance safety in production, establishing a replicable model for high-quality development in the aviation fuel sector [5].

武都水库大坝。水利厅供图 ●这是国际大坝委员会发布的第四个世界宣言 ●会上获创新奖金奖的中国成果，全面应用于白鹤滩、乌东德两座巨型水电站 5月21日，国际大坝委员会第28届大会在成都开幕。作为国际大坝工程领域最具权威与影响力的学 术盛会，大会开幕式发布了《世界成都宣言：大坝在能源转型和适应气候变化中的作用》（简称《世界 成都宣言》），揭示了国际坝工领域面临气候变化引发的一系列全球性挑战，论述了水库大坝在减缓和 适应气候变化中的重要作用，提出了面向未来应对挑战的发展倡议。 据大会主办方介绍，国际大坝委员会之前发布过3个世界宣言：第一次是2008年发布的《世界宣 言：非洲能源与大坝可持续发展》；第二次是2012年发布的《世界宣言：储水设施与可持续发展》；第 三次是2019年发布的《世界宣言：大坝安全》。 作为国际大坝委员会发布的第四个世界宣言，《世界成都宣言》中，关于保障人民免遭洪水灾害和 用水权益、提升粮食安全、推进能源绿色转型、保护河流水生态健康、推进流域系统治理、大坝智慧运 行等方面的论述，与中国关于水安全、粮食安全、能源转型、江河生态保护的理念高度契合，是中国智 慧、中国方案、中国力量在世界坝工领域的具体 ...

"通过三维建模，我们能提前发现并处理隐患，有效缩短故障抢修时间。"5月18日，在山西临汾大宁县大冯村，一架无人 机在电力运维人员王建新、尹玉龙的操控下，稳稳地悬停至指定杆塔上方，对设备线夹、绝缘子、引线等重要部位进行仔细巡 检测温，不到5分钟就完成了1基杆塔的巡检任务。 王建新介绍，无人机自主巡检通过前期激光点云建模数据，精准定位杆塔各部件，巡视人员通过导入预设航迹，实现360 度无死角巡视。地面操纵人员根据无人机实时回传图像，可第一时间分析隐患缺陷。 入春以来，临汾地区天气持续干旱少雨，土壤墒情不足，旱情的发展迅速，对小麦、蔬菜、果树等农业生产带来严俊挑 战。国网临汾供电公司畅通涉农用电服务通道，优先保障农业用电需求。积极运用无人机巡检、配网可视化系统等数智技术， 助力农业生产。在该公司供电服务指挥中心的监控大屏上，工作人员通过配网可视化系统实时监测配网变压器运行状态，并依 托该系统优化服务流程，推出"智能派单"，在配变发生故障后自动下发主动抢修工单，第一时间将故障工单派发至台区网格经 理手中。在农业灌溉用电高峰期，该公司每周对辖区内所有农灌配变开展"健康体检"，重点筛查三相负荷不平衡、重载过载、 电压异常 ...

张武昌绘 来源：人民日报海外版 作者王国法肖像画。 在新疆准东宜化五彩湾一号矿控制室，工作人员对矿区车辆运输状态进行动态监管。 矿业是人类社会繁荣发展不可或缺的基础产业。从石器时代到工业革命，再到信息时代，每一次文明的 跃升都离不开矿产资源的支撑。正如英国地质学家查尔斯·莱尔所言："人类的历史，就是一部矿产资源 的开发史。" 然而，现代矿业开发面临各种复杂科学技术难题和自然环境的挑战，正所谓"登天容易，入地难"，随着 浅层资源逐步枯竭，深地、深海、复杂地质条件开采成为必然选择。传统的粗放式矿山开发模式难以满 足安全、高效和绿色的开发要求。在此背景下，数智技术加快与矿山开发技术深度融合，正推动矿业从 人工作业向无人化智能开采跨越，开启超级矿山的壮美图景。 笔者作为煤炭无人化开采数智技术全国重点实验主任，不仅见证了中国在智慧矿山领域日新月异的技术 变革，而且带领科研团队为推动矿业数智化进程作出了应有的贡献。多年来，我与团队成员致力于煤炭 无人化开采理论和技术创新研究，建立了煤矿智能化技术体系架构并使其不断完善，取得了关键装备研 发突破，实现了从跟跑到领跑的重大跨越，推动了智能化煤矿示范建设模式创新。 从经验驱动到 ...

探索生态环境由传统"治理"转向数字"智理"新模式，加快对生态环境大数据智能获取、风险研判、问题 识别、监测预警、综合评估、模拟仿真和智能辅助决策等方面的核心功能研发，推动决策过程由"经验 判断型"向"数据分析型"转变，全面提升国家公园生态环境治理智慧化水平。 运用数智技术打开国家公园区域绿色发展新空间 深化数智技术赋能、拓展数智技术应用，大力实施生态富民工程，用数智技术打开国家公园区域生态经 济化和经济生态化的新空间。 数智技术在降低运行成本、提高服务水平、提升资源配置效率等方面具有显著优势，与国家公园区域生 态、生产、生活绿色发展的需要相契合，在赋能国家公园绿色发展进程中具有倍增效应。例如，武夷山 国家公园通过智慧管理平台，可以实时监测园区游客人数和活动情况，并进行合理调度，起到了强化环 境容量管控、更好保护生态环境的作用。 数智技术正在成为推动社会发展和管理升级的重要力量。我们要牢牢把握数智技术创新发展的新机遇， 充分利用物联网、大数据、云计算等信息化手段，推动数智技术与生态治理创新、绿色发展转型和民生 服务改善深度融合，积极构建能感知、会思考、可优化、善决策的绿色智慧国家公园协同治理体系，推 动国家公园 ...

Core Insights - The Yungang Grottoes have extended their opening hours to 10 PM during the May Day holiday, attracting 221,100 visitors over five days, a year-on-year increase of 8.96% [1] - The Yungang Research Institute is focused on protecting and innovating the dissemination of the cultural and artistic value of the Yungang Grottoes, which are considered a significant part of ancient Chinese art history [1][2] - The integration of modern technology, such as 3D printing and digitalization, is enhancing the visibility and preservation of Yungang Grottoes, with 80% of the caves now digitally preserved [2][3] Group 1: Preservation Efforts - The Yungang Research Institute employs a "monitoring-repair-prevention" protection system, emphasizing the importance of systematic and long-term preservation efforts [2] - Restoration work on Cave 6 involved over 300 days of closure, highlighting the meticulous nature of the preservation process [1][2] - The institute aims to transition from individual artifact protection to a comprehensive system that includes the entire mountain, caves, and sculptures [2] Group 2: Technological Integration - Advanced technologies like AI and 3D scanning are being utilized for archaeological research and virtual restoration of the grottoes [3] - The creation of a movable 3D-printed replica of Cave 12 has garnered positive feedback during exhibitions, showcasing innovative methods of art dissemination [3] - The digital reconstruction of Cave 13 has achieved high-precision 3D modeling, allowing for a detailed representation of the grottoes in a digital space [2][3] Group 3: Cultural Significance - The Yungang Grottoes represent a fusion of different cultures and religious beliefs, making them a point of resonance for diverse audiences [2] - The ongoing efforts to digitize and promote the grottoes aim to make their beauty accessible to a global audience [2][3] - The combination of cultural, artistic, and technological elements is seen as a pathway to illuminate the shared journey of civilization [3]

Core Insights - The deep application of digital intelligence technology presents new opportunities for the cultural and tourism industry, focusing on innovation and enriching consumption scenarios to accelerate the development of new types of consumption such as digital, green, and intelligent [1] Group 1: Digital Integration in Tourism - Digital intelligence technology supports the upgrade of the cultural and tourism industry by creating a multi-dimensional service-oriented consumption ecosystem that integrates online and offline experiences [1] - Examples include Hangzhou's AI tourism assistant "Hang Xiao Yi," which enhances the industry cluster effect and provides one-stop services for tourists [1] - Xi'an's "AI virtual person + AR digital tour + scenic rights card" model offers immersive experiences through social interaction and personalized recommendations [1] Group 2: Enhancing Visitor Experience - Digital intelligence empowers service agents by using smart algorithms to meet tourists' personalized and diverse needs, providing a one-stop interactive consumption experience [2] - Huangshan Scenic Area's "full AI companion tour" significantly improves convenience by offering real-time location analysis and comprehensive travel services [2] - Future developments will focus on creating new products and experiences that enhance visitor immersion and interaction [2] Group 3: Cultural and Technological Fusion - The integration of local cultural resources with immersive technologies like virtual reality and augmented reality is essential for developing new consumption spaces [2] - Examples include Henan's hyper-realistic cultural metaverse "Yuan Yu Zhou" and Harbin's AI digital cultural art museum, which effectively promote local economies [2] Group 4: Smart Network and Resource Optimization - The use of "AI + big data" technologies supports the intelligent upgrade of networks, ensuring smooth operations and providing smart solutions for traffic management and safety [3] - The focus is on optimizing digital and tourism marketing, enhancing service quality, and providing diverse consumption options [3] - Continuous innovation in cultural and tourism products is necessary to transform tourism "traffic" into economic growth, aiming to establish a comprehensive tourism framework [3]

Core Viewpoint - The marine economy is experiencing stable growth, with a notable increase in marine GDP and a focus on high-quality development in the sector [1][12]. Marine Industry Development - The marine industry is developing steadily, with a modern marine industrial system being constructed rapidly [2]. - Traditional marine industries are showing progress, with shipbuilding indicators remaining within reasonable fluctuations and a strong international market share [3]. Emerging Marine Industries - The marine engineering equipment manufacturing sector is thriving, with significant increases in new orders and deliveries [4]. - Breakthroughs in marine pharmaceuticals and biotechnology are being achieved, including advancements in marine drug research and the development of new bioproducts [4]. Resource Supply and Energy Security - The supply level of marine resources is continuously improving, laying a foundation for high-quality marine economic development [5]. - Marine energy security is being enhanced, with major discoveries in oil and gas exploration and increased production of marine oil and natural gas [6]. Technological Innovation - Significant achievements in technological innovation are accelerating the formation of new productive forces in the marine sector [7]. - Digital technologies are empowering the transformation and upgrading of marine industries, with various digital platforms and systems being implemented [8]. Green and Low-Carbon Technologies - The development of green ship technologies is progressing, with advancements in dual-fuel engines and carbon capture technologies [9]. Foreign Trade and Port Development - Marine foreign trade is stable, with a slight increase in shipping import and export volumes despite global economic challenges [11]. - The construction of smart and green ports is advancing, with numerous automated terminals and enhanced operational efficiency [11]. Policy and Market Outlook - A series of national macro policies are positively impacting market confidence, although challenges remain due to external pressures and domestic demand weaknesses [12].