Group 1 - The core idea of the news is the establishment of the Guangming Science City Digital Industrial Innovation Center, which aims to transform advanced intelligent manufacturing scenarios into educational experiences for youth, promoting a "big science" education system in Guangming District [1] - The center has developed an "intelligent manufacturing popular science system" that provides immersive science and technology enlightenment courses for young people, integrating practical training for university students through collaboration with local universities [1][2] - The center's initiatives include signing production internship cooperation agreements with universities, offering dual-practice courses that combine technical disassembly and application exchange to enhance students' understanding of digital industrial equipment [1] Group 2 - For compulsory education students, the center has created three major popular science research and study course systems focused on intelligent manufacturing, emphasizing inquiry-based, experiential, and project-based learning [2] - The "Intelligent Manufacturing Magical Journey" course allows students to interact closely with industrial robots and smart production lines through video guides and immersive experiences, highlighting the impact of digital transformation in industry [2] - The center is located in Guangming Phoenix Square and has established a "7+2+1" public service platform, which includes seven industrial software platforms based on Siemens digital twin technology, two rapid prototyping hardware laboratories, and one digital industrial ecosystem base [2]

Core Viewpoint - The company is focusing on the development of its digital energy sector, emphasizing its collaboration with Huawei and the establishment of a high barrier in the ultra-fast charging field, which is expected to drive growth and enhance market position [2][6]. Group 1: Business Strategy - The company is implementing a dual-driven strategy of "smart streetlights + digital energy," aiming to deepen its presence in both sectors while leveraging innovative technologies to create competitive advantages [3]. - The collaboration with local government platforms through joint ventures is proving effective, leading to the expansion of charging and energy storage businesses, which accelerates project implementation and promotes win-win scenarios [3]. Group 2: Performance Expectations - Management provided a positive outlook regarding the company's performance, indicating that the successful implementation of the ultra-fast charging station model will support revenue and net profit in the third and fourth quarters [4]. - The company plans to participate in the investment of some ultra-fast charging stations to secure long-term cash flow, with project construction cycles expected to be efficient [4]. Group 3: Technology Implementation - The company is leading in liquid-cooled ultra-fast charging technology, with multiple patents and software copyrights, and is expanding its application across various scenarios [5][6]. - New products such as the 1000kW and 800kW liquid-cooled charging piles are being introduced, enhancing the company's competitive edge in the ultra-fast charging market [5][6]. Group 4: Market Opportunities - The company is targeting the rapidly growing market for ultra-fast charging and energy storage, with plans to penetrate both domestic and international markets [6]. - The digital energy business is not limited to ultra-fast charging; the company is also actively pursuing energy storage solutions, aiming to create a synergistic growth model of "ultra-fast charging + energy storage" [6].

今年以来能科科技已经3次登上龙虎榜，最近一次登上龙虎榜为8月27日。 资料显示，能科科技股份有限公司位于北京市海淀区西北旺东路10号院5号楼互联网创新中心2层，成立 日期2006年12月26日，上市日期2016年10月21日，公司主营业务涉及聚焦国防军工、高科技电子与 5G、汽车及轨道交通、装备制造等四个行业,全面拓展新能源、消费品和基础设施等行业,提供云产品与 服务、软件系统与服务、数字孪生产线与服务等类型的数字化转型解决方案。主营业务收入构成为：云 产品与服务30.35%，工业工程及工业电气产品与服务30.24%，软件系统与服务20.90%，AI产品与服务 18.08%，其他(补充)0.43%。 能科科技所属申万行业为：计算机-IT服务Ⅱ-IT服务Ⅲ。所属概念板块包括：工业软件、数字孪生、新 型工业化、东数西算、人工智能等。 截至6月30日，能科科技股东户数2.60万，较上期减少13.21%；人均流通股9413股，较上期增加 15.23%。2025年1月-6月，能科科技实现营业收入7.38亿元，同比增长4.91%；归母净利润1.11亿元，同 比增长18.75%。 分红方面，能科科技A股上市后累计派现796 ...

据天眼查显示，近日，杭州宇树科技股份有限公司申请的"一种基于数字孪生的机器人运动控制方法和 电子设备"专利公布，专利于7月30日申请。 据摘要显示，本发明的一种基于数字孪生的机器人运动控制方法，通过构建环境采集模块、地图处理模 块、数字舞台孪生模块、舞蹈动作设计模块、轨迹规划模块、舞蹈合成模块，进行数据交互和功能协 同，形成了一个高效、可扩展的舞蹈设计方案，确保机器人能够准确感知和适应舞台环境的变化，使得 机器人动作能够准确匹配场景环境，避免机器人舞蹈动作与环境脱节，同时可以对机器人的舞蹈动作进 行设计，因而可以实现复杂的舞台表演，有效提升了机器人舞蹈表演效果。 责任编辑：李昂 ...

Core Viewpoint - Hangzhou Yushu Technology Co., Ltd. has recently published a patent for a "robot motion control method and electronic device based on digital twins," aimed at improving the performance of robotic dance in complex stage settings [1] Group 1: Patent Details - The patent falls within the field of robot motion control technology [1] - Current robotic motion control solutions struggle to deliver satisfactory dance performances, particularly in complex stage environments [1] Group 2: Technological Innovations - The proposed method includes several modules: environment collection, map processing, digital stage twin, dance action design, trajectory planning, and dance synthesis [1] - These modules facilitate data interaction and functional collaboration, creating an efficient and scalable dance design solution [1] Group 3: Performance Enhancement - The method ensures that robots can accurately perceive and adapt to changes in the stage environment [1] - It allows for the design of dance movements that match the environmental context, thereby enhancing the overall quality of robotic dance performances [1]

2023年，北海局科技创新赋能海洋事业高质量发展三年行动方案将"北海区海洋资源调查数据管理与应用平台"（以下简称"平台"）建设纳入重点课题， 计划用三年时间建立起北海区海洋资源管理的数据框架，这是以信息化数字化驱动北海区海洋治理现代化的"北海方案"，也是以数字化推进北海区高质量发 展的重要措施。 两年多来，北海调查中心稳步推进"平台"系统建设，加快完善"平台"系统数字基础设施规模化部署，统筹推进基础设施、算力设施、应用设施建设，有 效提升数字基础设施互联互通、共建共享和集约利用水平，持续打通北海区发展的信息大动脉，保障北海区海洋事业高质量发展。 由单一数据向多元数据转变 目前，海洋资源调查数据都是以项目为单位孤立存储和管理的，要么是纸质文档，要么是电子图表和报告，本质上属于文件管理。即使某些项目的成果 通过专业软件进行了集成，这些数据集也像一个个"信息孤岛"，数据冗余度高、一致性差，跨项目共享与知识积累难度大，数据应用和辅助决策也无从谈 起。另外，项目成果数据种类繁多，结构化、非结构化、半结构化数据混杂，数据集成可视化困难。 党的二十大作出加快建设数字中国的重大部署，开启我国信息化发展新征程。近日，北海区海洋 ...

人民财讯9月1日电，企查查APP显示，近日，杭州宇树科技股份有限公司"一种基于数字孪生的机器人 运动控制方法和电子设备"专利公布。企查查专利摘要显示，本发明属于机器人运动控制技术领域。现 有机器人的动作控制方案，难以实现复杂的舞台表演，导致机器人舞蹈表演效果不好。本发明通过构建 环境采集模块、地图处理模块、数字舞台孪生模块、舞蹈动作设计模块、轨迹规划模块、舞蹈合成模 块，进行数据交互和功能协同，形成了一个高效、可扩展的舞蹈设计方案，确保机器人能够准确感知和 适应舞台环境的变化，使得机器人动作能够准确匹配场景环境，避免机器人舞蹈动作与环境脱节，同时 可以对机器人的舞蹈动作进行设计，因而可以实现复杂的舞台表演，有效提升了机器人舞蹈表演效果。 ...

Core Viewpoint - Zhenhua Heavy Industries demonstrated robust performance in the face of unprecedented global trade headwinds, with revenue and net profit showing positive growth in the first half of 2025 [1] Financial Performance - In the first half of 2025, the company's operating revenue was approximately 17.396 billion yuan, a year-on-year increase of 0.97% [1] - Net profit attributable to shareholders was about 344 million yuan, up 12.37% year-on-year [1] - Basic earnings per share were 0.064 yuan, reflecting a 12.28% increase year-on-year [1] - The net profit excluding non-recurring gains and losses reached 246 million yuan, a significant year-on-year growth of 111.44% [1] - Operating cash flow saw a net inflow of 3.483 billion yuan, a remarkable increase of 187.58% year-on-year [1] - Financial expenses totaled 94.42 million yuan, down 54.97% year-on-year due to a significant reduction in cash flow returns [1] Business Focus and Market Position - The company focuses on core businesses in port machinery, offshore engineering, and steel structures, forming a series of products in these areas [1] - New contracts and bids in the first half of 2025 amounted to 3.586 billion USD, with port machinery accounting for 87.48%, offshore engineering 10%, and steel structures 2.51% [1] - Zhenhua Heavy Industries maintains its leading position in the port machinery industry, having entered the 110th country and region with projects like the Casablanca port in Morocco [2] Technological Advancements - The company delivered two 35,000 cubic meter ultra-large dredging vessels equipped with an independently developed intelligent dredging operation system [2] - These vessels utilize artificial intelligence and digital twin technology for autonomous operation, achieving capabilities such as unmanned navigation and operation [3] - The dredging efficiency of these vessels has surpassed that of the world's largest dredging ships, positioning them as leaders in the Asian market [3] Strategic Importance - The new vessels are crucial for helping Chinese port general contractors secure overseas deep-water port projects [4]

Core Viewpoint - The 2025 International Conference on Energy, Ecology, and Environment focuses on the construction of resilient low-carbon cities, addressing global challenges such as energy shortages and ecological degradation [2][3]. Group 1: Conference Overview - The conference is held in Berlin, Germany, and features over 100 participants from countries including China, Germany, the UK, the Netherlands, Australia, and India [2]. - This event marks the 13th annual meeting of the Sino-German Environmental and Energy Forum, emphasizing sustainable urban development and green transformation [2]. Group 2: Key Discussions - Experts highlight that resilient city construction is a complex endeavor that encompasses various aspects of development and security [2]. - New technologies such as digital twins and AI are seen as vital for injecting new momentum into the construction of resilient cities [2]. - A systematic and inclusive approach is necessary for low-carbon urban transformation, integrating technological innovation, policy design, and social needs to effectively address the climate crisis while building a more resilient and equitable urban future [2].

当前，面对全国超过60万家校园食堂的复杂管理局面，传统管理方式已力不从心。李建中指出，"人盯 人"的管理模式难以为继，智慧管理通过数字孪生、区块链和人工智能技术，正在重构食品安全治理范 式。区块链确保数据不可篡改，AI实现秒级预警，使管理从"救火式"处置向"免疫式"预防根本性转变。 新华财经北京8月31日电（陈冉）8月29日，浙江明辉智能科技有限公司与华为技术有限公司联合举 办"食安眸"食品安全智慧管理平台发布会。会议聚焦食品安全数字化治理新趋势，实地参观明辉智慧食 安示范基地，并共同探讨"数字孪生+区块链"创新方案如何引领食品安全管理新变革。教育部原副部长 张天保、原国家工商行政管理总局副局长李建中、浙江省政协原副主席陈艳华、明辉股份董事长何云 峰、浙江华为通信技术有限公司副总经理俞泉等150余位政企代表出席发布会。 陈艳华致辞时指出，随着数字化时代的到来，传统的食品安全管理方式已难以满足日益复杂多变的市场 需求。明辉股份与华为携手合作的"食安眸"平台，旨在实现三大突破：一是在食品全链路可视化管理上 有新突破，确保每一个环节都可追溯、可查询；二是在智能风险预警上有新突破，利用人工智能对海量 数据进行实时分析 ...