当传统钢铁产业与人工智能相遇，会擦出怎样的火花？智能技术重塑传统制造，钢铁冶炼的"黑箱操 作"是如何变得透明可感？记者来到南京钢铁集团有限公司，实地感受数据与智能驱动下，传统钢铁行 业的生产变化。 数字赋能生产 走进南钢智慧运营中心，一块长42米、高6米的超高清管控屏映入眼帘。从料场到烧结，再到高炉、转 炉、轧钢，铁矿石变成成品钢的所有生产环节都清晰呈现，铁矿石运输皮带转速、转炉冶炼温度、钢材 轧制等关键参数一目了然。 "这张'数字工厂全景图'，主要依托数字孪生技术将实时生产数据注入三维模型，把实体工厂转化为数 字工厂。从无人化料场，到烧结、球团、焦化，再到高炉炼铁，轻点鼠标就能实现远程可视化操作，达 成一键炼铁炼钢。"南钢炼铁事业部技术处数字化应用室主任刘永辉介绍，通过虚拟仿真、人工智能等 先进技术，炼铁生产全流程得到优化重组，生产效率和产品质量显著提升。其中，铁水生产一级品率从 人工操作的80%，提高到99%。 在传统钢铁冶炼中，高炉内冶炼属于看不到的"黑箱操作"，产品质量把控依赖工人经验和间接数据。如 今，高炉周边布设了上千个传感器，实时采集炉内图像、温度、压力、煤气流成分等多维度数据，再通 过大模型融 ...

临近春节，东海之滨的舟山群岛迎来海上运输与生产作业的繁忙期。为保障节日期间电网安全稳定运行，当地电力部门依托数智化运监中心的海缆一体化监 控平台，引入舰载无人机巡航技术，构建起"空—海—岸"立体协同的智能防护体系，实现对重点海域海缆保护区的全天候、无死角智能防控。 01:45 近年来，随着海上风电、跨海联网等重大工程持续推进，海底电缆已成为舟山群岛能源输送的"主动脉"。为破解传统海缆运维主要依靠巡检船与定点监控， 存在响应滞后、视野受限、受天气海况影响大等难题。国网舟山供电公司以"立体巡检、智能处置"为目标，在国内首型智能海缆运维船"腾兴运维10"号基础 上，创新投运多型号舰载无人机，推动海缆防护从"被动值守"向"主动预警、快速干预"转型升级。 该舰载无人机系统配置复合翼与多旋翼两种机型，拥有北斗高精度定位、减摇稳定平台与毫秒级数据通信模块，结合数字孪生技术，可实时回传高清画面与 红外热像，实现可疑目标精准识别与抵近观测，显著提升复杂海况下的出勤率与作业安全性。 "运维船作为搭载、起降、指挥等功能的综合操作平台，兼具巡航拓展与灵活调度能力；运监中心则通过数字孪生系统，动态融合船舶AIS、雷达、无人机 航迹等多 ...

Core Viewpoint - The article highlights the implementation of a digital twin water management project in Hong Kong, aimed at enhancing flood control and water ecological environment governance through advanced technology [1] Group 1: Project Overview - The project, named "Yuen Long Flood Control Dam and Channel Improvement Plan," is Hong Kong's first large-scale urban flood control and water ecological environment governance initiative [1] - The project team utilizes digital twin technology to address the complexities of facility control, rapid flow in open channels, and diverse data sources [1] Group 2: Technological Advancements - A "Four Pre" digital twin engineering decision-making system has been established, significantly improving the scientific, timely, and precise management of engineering scheduling [1] - The system maximizes the flood control and drainage benefits of the Yuen Long drainage pumping station and tidal barrier [1] Group 3: Future Developments - The Pearl River Water Resources Research Institute plans to deepen technical exchanges and cooperation with Hong Kong in the field of smart water management [1] - There is an emphasis on exploring innovative applications of digital twin technology in cross-border water governance to contribute to the water security system of the Guangdong-Hong Kong-Macao Greater Bay Area [1]

Core Insights - The construction of a digital twin water conservancy system is a key measure for achieving modernization in water management and ensuring national water security [2][3] - The digital twin water conservancy system consists of three core components: digital twin river basins, digital twin water networks, and digital twin water conservancy projects, which are interconnected and share information [2][3] Group 1: Implementation and Achievements - The framework for the digital twin water conservancy system in China has been largely established, with significant progress made in various pilot projects [2] - As of now, 94 pilot tasks have been completed in the construction of digital twin river basins, and 11 key projects, including the Three Gorges and South-to-North Water Diversion projects, have been put into practical application [2][4] - The digital twin technology has improved flood forecasting, with the forecast lead time for major rivers extended from 3 days to 10 days, achieving a 90% accuracy rate during critical flood periods [4] Group 2: Future Directions and Innovations - The digital twin water conservancy system is characterized by continuous iteration in technology breakthroughs, application innovations, and demand upgrades, indicating an ongoing development process [7] - Future efforts will focus on enhancing monitoring capabilities and accelerating the research and application of new technologies and equipment to support comprehensive and accurate data collection [7][8] - The development of mathematical models is crucial for precise simulation and scientific forecasting within the digital twin water conservancy system, with ongoing efforts to optimize and integrate various specialized models [8]

Group 1 - The Xiong'an City Computing Center, referred to as "Xiong'an Eye," utilizes a computing system that includes edge computing, cloud computing, supercomputing, and intelligent computing to provide services in big data, blockchain, and IoT for the city [2] - The "Xiong'an One Card" project, deployed at the center, allows residents to access various services such as government affairs, social security, healthcare, transportation, and daily consumption, with over 810,000 cards issued and more than 6 million uses recorded [2] - The center's storage capacity is currently around 50PB, with a total planned capacity of 1000PB, emphasizing green, energy-saving, and environmentally friendly principles during construction [2] Group 2 - The Xiong'an City Computing Center consolidates the government service systems of Xiong'an New Area, with various enterprises and research institutions deploying their operations there, accumulating over 38 billion data entries and over 400 million shared interface calls [3] - Digital twin technology and sensor devices are used to monitor and provide early warnings for potential issues in the underground comprehensive utility tunnels [3] - A city security operation center has been established at the computing center to ensure information and infrastructure security, with a dedicated team monitoring the operation of servers and systems daily [3]

报告内容概要： 移动通信室内覆盖系统是指通过室内天馈系统将移动通信的无线信号均匀地分布于建筑物室内，用于改善建筑物室内移动通信网络覆盖和网络质量的系统。 移动通信室内覆盖系统主要包括室内覆盖集成服务、室内覆盖用器件和室内覆盖用天线。移动通信室内覆盖系统指实现室内移动通信信号覆盖的系统。当 前，随着5G技术的全面商用与普及，移动通信产业迎来了新一轮的发展机遇。5G技术所具备的高带宽、低延迟及海量连接等特性，对室内通信的深度覆 盖、容量和稳定性提出了前所未有的高标准，从而直接驱动了市场对高性能、专业化室内覆盖系统需求的大幅攀升。与此同时，移动通信的深度普及使得用 户对通信服务体验的要求水涨船高，室内场景下的通信质量已成为用户选择运营商和评价服务质量的关键因素之一，这促使各大运营商持续加大在室内覆盖 系统上的投资与建设力度，以构建差异化的服务优势。另一方面，现代建筑物的结构日趋复杂，大型商业综合体、高层写字楼及新型住宅中广泛采用金属龙 骨、玻璃幕墙等材料，对无线信号形成了严重的屏蔽与衰减，导致自然信号难以有效穿透，室内覆盖盲区和弱区问题突出。因此，为系统性解决这一由建筑 物理特性带来的通信难题，部署专业的室内覆盖系 ...

Core Viewpoint - The company, Maihe Co., Ltd. (301199.SZ), focuses on high-end intelligent equipment systems and smart IoT systems, primarily in the industrial robot system integration sector, and has not yet entered the humanoid robot field [1] Group 1: Company Overview - Maihe Co., Ltd. is a high-tech enterprise specializing in the research, design, manufacturing integration, sales, and smart operation and maintenance of high-end intelligent equipment systems and smart IoT systems [1] - The company's products and services are mainly applied in the automotive, engineering machinery, and their components industries [1] Group 2: Competitive Advantages - The company possesses a full industry chain layout and technical integration capabilities, with comprehensive expertise in major processes such as assembly, painting, and welding, making it one of the few intelligent equipment system manufacturers with multi-product production capabilities [1] - The company emphasizes technological innovation and R&D strength, having developed systems such as high-speed rolling beds and intelligent fixture libraries, which significantly enhance product intelligence [1] - The integration of digitalization and intelligence is achieved through IoT and big data technologies, enabling a comprehensive operational management system that enhances operational efficiency and resource utilization [1]

Core Viewpoint - The renewable energy industry has faced significant challenges over the past two years, including overcapacity and declining prices, leading to pressure on even leading companies' performance. However, XianDao Intelligent has reported a strong performance forecast, indicating a significant profit increase, which defies the prevailing negative sentiment in the equipment industry [1][2][3]. Group 1: Company Performance - XianDao Intelligent expects a net profit attributable to shareholders of between 1.5 billion to 1.8 billion yuan for 2025, representing a year-on-year growth of 424.29% to 529.15% [2]. - The company has also projected a strong growth in net profit after excluding non-recurring gains and losses, with an expected increase of 310.83% to 394.11% [2]. - The company's performance is characterized by a V-shaped recovery in 2025, with significant quarterly profit increases and positive cash flow [3]. Group 2: Industry Context - The equipment industry is generally experiencing a downturn, with many companies facing order delays and slower acceptance rates. However, XianDao Intelligent has managed to achieve growth despite these challenges [3]. - The company has differentiated itself by investing heavily in R&D, with a reported R&D expenditure of 1.671 billion yuan, representing a 14.1% R&D expense ratio, which is notably high for the equipment industry [7]. Group 3: Technological Advancements - XianDao Intelligent has focused on enhancing manufacturing efficiency by integrating smart technologies into production lines, which has led to significant improvements in operational efficiency [4][11]. - The company has developed the LEADACE platform, which utilizes AI algorithms to improve defect classification accuracy in battery testing from 60% to over 95% [9]. - The introduction of digital twin technology has allowed the company to simulate production processes, reducing trial and error costs and improving equipment delivery efficiency by 50% [11]. Group 4: Strategic Positioning - XianDao Intelligent has positioned itself as a leader in next-generation battery technology, having successfully developed a complete set of processes for solid-state battery production, which is seen as a significant advancement in the industry [12][19]. - The company has already delivered the world's first automotive-grade solid-state battery production line, showcasing its technological capabilities [19][20]. - By advancing its technology ahead of market demand, XianDao Intelligent has established itself as a key player in the supply chains of major global battery manufacturers [14][21]. Group 5: Market Strategy - The company is preparing for an IPO in Hong Kong to attract long-term international investment and enhance its global credibility, which is essential for negotiations with industry giants [22][23]. - XianDao Intelligent's history reflects a strategic approach to industry trends, allowing it to adapt and thrive in various sectors, including lithium batteries and smart logistics systems [24][28].

2026年1月31日，以"向新向优，笃行致远"为主题的第四届江苏财经年会在南京举行。政、产、学、研各界 精英汇聚一堂，共同回望2025年江苏经济脉络，展望"十五五"发展新程。 会上，数字华夏创始人、首席执行官沈健获评"2025江苏财经新闻人物"。 这位从江苏走出的创业者，在投身人形机器人领域仅一年多后，便带领企业签下数亿元订单，其产品已进入 银行、学校等多个核心场景。与众不同的是，沈健从一开始就锚定了一条差异化的路径，自研突破机器人智 能交互的技术瓶颈，解决机器人与人之间沟通难题，打造"有温度的人形机器人"，领跑具身交互智能产业。 在硅胶皮肤与精密算法的背后，他主导的这场关于人机交互的产业实践渐行渐深。 让机器人完成"十小时表情测试" 01. 在南京和上海的研发中心，数字华夏的人形机器人"夏澜"正在升级，作为第三代仿生机器人，她需要进行一 项苛刻的测试：保持自然、和谐的表情连续工作十小时。关键在于确保每一个微笑、每一次眼神流转在长时 间运行下都不失真、不僵硬。 "让机器人展示'温度'，依赖算法、算力和数据，这必须建立在稳定与可靠之上。"沈健拆解这一测试的目 的，在高度拟人的硅胶面庞之下，包裹着的是一颗经过特殊 ...

□ 本报记者 何玥颐 "闭眼力度太大，不够自然，需要再做调整。"数字华夏创始人、首席执行官沈健端详着第三代人形机器 人仿生头，不放过每一个细节。今年1月份，公司已经签订的订单额达6亿元。"接下来就是紧锣密鼓的 交付，排单、生产、接新单。" 数字华夏成立于2024年，沈健从成立之初就锚定了一条差异化的路径，打造"有温度的人形机器人"。可 以说，他的这一选择，意味着硅胶皮肤与精密算法的背后，是关于人机交互的产业实践。 最近一段时间，数字华夏的人形机器人"夏澜"正在进行第三代升级，她要完成一项苛刻的测试：保持自 然、和谐的表情连续工作十小时，确保每一个微笑、每一次眼神流转在长时间运行下不失真、不僵硬。 （来源：新华日报） 团队采用了前沿的数字孪生技术。其通过动作捕捉，将真人演员细腻的情感表达"复刻"到一个拥有海量 表情向量的高精度数字人上。随后，通过一套精密的映射算法，数字人的表情数据被转化为物理机器人 脸上数十个微型驱动装置的协同指令。 "我们搭建的，是一条从人类情感到物理机器人的'高速通路'。"沈健说，数字华夏聚焦于那些需要与人 进行深度互动、产生情感连接的垂直服务场景。 数字华夏研发了业内唯一的"端边云"系统 ...