跨境赛事公路自行车男子个人赛中，选手通过港珠澳大桥闸口。新华社记者 邓 华摄 人形机器人"夸父"在传递火炬。张 令摄 十五运会开幕式现场。人民日报记者 陶相安摄 以电光水雾形式呈现的主火炬"熊熊燃烧"，安防机器人智能巡逻，数字人实时讲解赛事，运动员接受高 精度技术诊断……正在如火如荼举办的第十五届全国运动会，成为大湾区科技创新的"秀场"。 本届全运会着力将最新的科技产品、创新技术融入办赛全链条、全过程，130多款高科技产品涵盖"技绽 开幕、智慧场馆、赛事保障、科技助残"四大领域，呈现满满科技范儿。 智慧场馆赋能精彩赛事 前不久，十五运会男子足球U18组的部分赛事在广东省深圳市宝安体育中心举行，球员在绿茵场上激烈 角逐，观众的加油声一浪高过一浪。热闹背后，是精准调度整座场馆的"智慧大脑"确保了赛事平稳运 行。 走进宝安体育中心的智慧指挥中心，巨大的数据可视化大屏上，9873台设备的运行状态、能耗数据等关 键信息实时跳动。"这是专门为全运会而建的可视化指挥体系。"深圳市宝安区公共文化体育服务中心场 无人机在深圳夜空中组成投篮画面。朱洪波摄 馆运营部部长王俊介绍，场馆构建了高度仿真的数字孪生运营中枢，实现对全馆设备 ...

Core Insights - The 15th National Games is showcasing the integration of advanced technology and innovation in sports events, with over 130 high-tech products being utilized across various domains [1][6] Group 1: Smart Venues - The Bao'an Sports Center in Shenzhen features a "smart brain" for real-time monitoring and management of 9,873 devices, ensuring smooth event operations [2] - More than 90% of the 75 competition venues in Guangdong have been upgraded with AI, big data, and cloud computing technologies, enhancing efficiency and performance [2] - Guangdong Mobile is implementing 5G-A upgrades in key venues to support live broadcasts and audience engagement [2] Group 2: AI and Automation - AI-powered devices, such as the "AI volunteers" in Hong Kong, are providing real-time information and assistance to attendees, processing over a thousand queries since the event began [3] - AI cameras are being used for live tracking and data collection, transforming traditional venue management into a data-driven approach [3] - The introduction of AI technologies is optimizing the spectator experience and enhancing operational efficiency in sports venues [3] Group 3: Urban Safety and Transportation - The use of passive cooling coatings on city service stations is expected to significantly reduce energy consumption and carbon emissions during the games [4] - Didi's autonomous driving services are operational during the event, providing safe and efficient transportation for attendees [4] - Hong Kong's immigration authorities have implemented facial recognition technology to expedite border control processes, enhancing visitor experience [5] Group 4: Industry and Social Impact - The showcased humanoid robots are transitioning from event demonstrations to practical applications in factories and daily life, with significant orders from major automotive companies [6] - The integration of assistive technologies for people with disabilities is being prioritized in the development of smart city standards in the Greater Bay Area [7] - The event aims to create a complete cycle of demand-driven technology development, scene validation, and industrial transformation, benefiting urban development and public welfare [7]

Core Viewpoint - The 15th National Games showcases the integration of advanced technology in sports events, highlighting the Guangdong-Hong Kong-Macao Greater Bay Area's innovation capabilities and its impact on urban development and industry [6][12]. Group 1: Technological Integration in Sports - The event features over 130 high-tech products across four main areas: opening ceremony, smart venues, event security, and technology for assisting the disabled [6]. - Smart venues utilize AI, big data, and cloud computing to enhance operational efficiency, with over 90% of the 75 competition venues being upgraded from existing facilities [8][9]. - AI-driven live cameras and a "Sky Eye Network" of AI cameras improve event management by tracking movements and predicting crowd risks [9]. Group 2: Urban and Transportation Innovations - The event has implemented advanced technologies such as self-driving vehicles and facial recognition systems to streamline urban operations and enhance visitor experiences [10][11]. - In Macau, a smart traffic command system ensures efficient traffic management during the games, demonstrating the effectiveness of technology in urban safety [11]. Group 3: Industry and Social Impact - The showcased technologies are expected to transition into various industries, with humanoid robots already being deployed in factories and logistics [12][14]. - Innovations like AI-assisted health monitoring and smart security systems are designed to be repurposed for broader applications beyond the event, contributing to urban development and public welfare [14].

技术筑基：中科星图的"低空战略"与市场突破 中科星图此次中标并非偶然。作为国内低空经济领域的先行者，公司早在国家低空经济战略推进初期便 提出"以天强空、以算制空"的核心主张，并构建了"1+2+N+M"战略体系：以"低空一朵云"为技术底座， 依托数字化仿真试验场与物理试验场两大平台验证技术路径，在全国N个城市打造示范项目，最终赋能 M个行业场景。 这一战略在汉中项目中得到充分体现。项目总部设于天汉大剧院，飞行起降点覆盖全市，通过数字孪生 技术实现飞行器运维、航线开发的智能化管理。例如，政务巡检场景可利用低空无人机对基础设施进行 高效监测，应急救援场景则能通过实时数据传输提升响应速度，文旅体验场景更可结合汉中自然景观开 发空中观光项目，直接带动地方经济增长。 从财务数据看，中科星图的低空战略已初见成效。公司三季报显示，2025年前三季度实现营业收入 22.08亿元，同比增长10.02%；归母净利润1.46亿元，同比增长0.54%。其中，第三季度单季营收达8.6亿 元，归母净利润0.68亿元，显示出低空项目对业绩的拉动作用。 全国布局：从"单点突破"到"体系化落地" 11月3日，陕西采购与招标网发布的一则中标公示引 ...

Core Viewpoint - The energy and chemical industry plays a crucial role in promoting green and low-carbon development, with the refining engineering sector acting as a "builder" and "deliverer" that must integrate energy-saving and carbon-reduction concepts throughout all project phases [1][2]. Group 1: Technological Innovations - Implementing technological upgrades to achieve energy savings and carbon reduction is essential. Companies like Huagong are accelerating the development of high-efficiency energy-saving technologies for ethylene cracking furnaces, significantly reducing energy consumption per unit of product [1]. - Innovative engineering design is vital for lowering construction emissions. Huagong employs a prefabricated construction model, transferring many on-site construction tasks to specialized factories, which enhances project quality and significantly reduces energy consumption and emissions during construction [1]. Group 2: Digital Transformation - Advancing digital transformation can enhance carbon reduction efficiency. By utilizing big data, artificial intelligence, and digital twin technologies, companies can simulate and optimize production processes, ensuring stable and efficient operations while continuously lowering product energy consumption. Huagong's application of digital twin platforms at LNG receiving stations has led to a carbon reduction of approximately 13,600 tons annually, demonstrating significant economic benefits [2]. Group 3: Focus on Emerging Technologies - Companies should prioritize the development of emerging technologies such as green hydrogen production, green hydrogen synthesis of ammonia and methanol, and green aviation fuel to provide low-carbon raw materials and fuels for chemical processes. Additionally, there is a need to enhance efforts in carbon capture, utilization, and storage (CCUS) technologies to explore large-scale capture and resource utilization of carbon dioxide emissions from chemical plants [2].

Core Insights - The "China-Saudi Arabia Collaborative Global Business Exchange Conference" was successfully held in Shenzhen, attracting nearly a hundred entrepreneurs from Shenzhen and a delegation of over 20 representatives from Riyadh, Saudi Arabia [1][3]. Group 1: Event Overview - The event was co-hosted by Shenzhen Outbound E-Station and the Riyadh City Government, focusing on opportunities for cooperation between Shenzhen and Saudi Arabia [1][3]. - The conference aimed to create an efficient platform for industrial collaboration, emphasizing sectors such as smart city construction, green energy, supply chain logistics, infrastructure technology, artificial intelligence, and data security [3][4]. Group 2: Government and Market Opportunities - Riyadh's Deputy Mayor highlighted the city's role as a global business hub and its ongoing efforts to optimize the business environment, attracting over a thousand multinational companies [4]. - The Deputy Mayor promoted three key areas for investment: new energy development, smart city construction, and infrastructure upgrades, aligning with Shenzhen's industrial strengths [3][4]. Group 3: Shenzhen Enterprises' Strengths - Various Shenzhen enterprises showcased their capabilities in technology research, product innovation, and service capacity, indicating strong potential for international collaboration [6]. - Companies like China Railway Construction Corporation and others presented their comprehensive service offerings in sectors such as smart construction, renewable energy solutions, and AI technology [6][8]. Group 4: Collaboration and Future Plans - Several Shenzhen enterprises reached preliminary cooperation intentions with Saudi representatives in areas like new energy projects and supply chain collaboration [8]. - Shenzhen Outbound E-Station plans to provide tailored follow-up services to assist companies in navigating local policies and resources, enhancing their international business strategies [9][11].

Group 1: Core Insights - The article discusses the interaction between talent cultivation and industrial development, highlighting the adjustments made by universities in response to industry needs [1] - The Central Education Work Leading Group has issued a plan to optimize higher education discipline and major settings from 2025 to 2027, aiming to align educational programs with national strategic demands [1] Group 2: Industry Demand and Educational Response - Hunan University has adjusted its materials science program to include new majors like electronic information materials, driven by the rapid growth of the new materials industry, which exceeded 8 trillion yuan in total output last year [2] - The demand for innovative talent in strategic emerging industries such as new materials and information technology is increasing, necessitating a focus on interdisciplinary education [3][4] Group 3: Aging Population and Talent Needs - The aging population in China is projected to reach 310 million by the end of 2024, accounting for 22% of the total population, creating significant opportunities in the silver economy [6] - Fudan University has established new programs in aging economy and related fields to address the talent gap in the aging services industry, which is characterized by high turnover and low educational levels among workers [7] Group 4: Integration of AI in Traditional Engineering - Beijing University of Aeronautics and Astronautics has introduced a smart transportation major that integrates big data and artificial intelligence into traditional transportation engineering, reflecting the industry's shift towards intelligent solutions [9] - The university's approach includes a curriculum that combines classic transportation engineering courses with cutting-edge topics like deep learning and intelligent perception [10] Group 5: Employment Trends and Skills Demand - The job market is increasingly favoring graduates who possess both knowledge of transportation systems and expertise in data science and AI, indicating a shift towards interdisciplinary skill sets [11] - Practical experience in research and application of theories is becoming a key factor for graduates seeking employment in various sectors, including internet companies and government transportation management [11]

Core Insights - The article highlights the ongoing construction of the Aba-Chengdu East 1000 kV ultra-high voltage AC transmission project, which is a key initiative under China's 14th Five-Year Plan for electricity [1] - The project aims to connect two substations and facilitate the stable transmission of clean electricity to the Chengdu metropolitan area, supporting the Chengdu-Chongqing economic circle and the "West-to-East Power Transmission" initiative [1] Group 1: Project Overview - The project involves a challenging construction environment, including high-altitude work and adverse weather conditions, with over 5,000 workers dedicated to the project during the National Day holiday [1] - The use of advanced technologies, such as "ten-split conductor" technology and drone-assisted inspections, is emphasized to enhance operational efficiency and safety [1][2] Group 2: Operational Efficiency - The efficiency of inspections has significantly improved, with a reduction in manpower and time required for transformer inspections, now taking only half an hour with drones compared to the previous six personnel over ten hours [3] - The cumulative electricity transmission from the Sichuan-Chongqing ultra-high voltage project has exceeded 13.6 billion kWh, showcasing the project's impact on regional power supply [3] Group 3: Community Engagement - During the National Day holiday, power company teams are actively ensuring electricity supply in popular tourist areas, with initiatives to check and maintain power lines and emergency power sources [2][3] - The presence of power company personnel in various locations underscores their commitment to providing reliable electricity and supporting local communities during peak tourist seasons [3]

Core Viewpoint - The company reported a decline in revenue and net profit for the first half of 2025, attributed to a decrease in project acceptance and longer implementation cycles for automation integration projects. Despite the short-term challenges, the company remains committed to technological innovation and market expansion, aiming for long-term growth in the intelligent manufacturing and logistics sectors [6][14]. Company Overview and Financial Indicators - The company, Nanjing Inform Storage Equipment (Group) Co., Ltd., focuses on providing comprehensive services in intelligent manufacturing and logistics, including planning, design, system integration, and equipment manufacturing [3][4]. - Key financial metrics for the first half of 2025 include: - Revenue: CNY 542.94 million, down 18.97% year-on-year - Total profit: CNY 70.32 million, down 18.88% year-on-year - Net profit attributable to shareholders: CNY 62.35 million, down 20.05% year-on-year - Basic earnings per share: CNY 0.2119, down 20.07% year-on-year [2][5]. Business Operations and Strategy - The company operates in the high-end equipment manufacturing industry, specifically in the intelligent manufacturing equipment sector, providing customized solutions for various industries such as new energy, food cold chain, and e-commerce [6][7]. - The main business segments include: 1. Intelligent manufacturing and logistics planning and system integration 2. Core logistics equipment and software sales 3. Operational services for product and software upgrades [4][5]. - The company emphasizes a dual production model of standardization and customization to meet high industry demand [11]. Market Position and Competitive Advantages - The company has established a complete intelligent logistics product ecosystem, integrating core hardware and self-developed software systems, which enhances project implementation efficiency and cost control [10][11]. - It has built six production bases across China and Thailand, with significant production capacity, positioning itself among the industry leaders [10][11]. - The company holds 289 authorized patents and has been involved in setting national and industry standards, reinforcing its technological leadership [11][12]. Strategic Collaborations and Innovations - The company has formed strategic partnerships with key players like JD Industrial to enhance supply chain efficiency and develop integrated solutions for intelligent warehousing [7][8]. - It has successfully implemented innovative warehouse solutions for leading enterprises, significantly improving operational efficiency and setting industry benchmarks [8][9]. Talent Development and Corporate Culture - The company prioritizes talent development, establishing a comprehensive training system and a dual career development path to enhance employee capabilities [13][14]. - It fosters a culture of innovation and collaboration, which is crucial for maintaining competitive advantages in a rapidly evolving market [13][14].

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]