云圣智能在中关村孵化后，将研发中心设在北京，生产测试与组装环节布局在天津，投身京津冀协同发 展，借助天津经济技术开发区的政策支持，8年的时间，企业产品营收从几十万元增长到数亿元。 发展至今，从高原到山谷，从严寒、大风到应对各种复杂环境挑战，云圣智能的无人机巡检系统已在全 国多地应用，为当地电力、新能源、消防应急、城市治理等提供"机、网、云"一体化系统解决方案。 2017年，朱胜利与在北京大学深造多年的挚友陈方平博士共同创立了一家公司，取名"云圣智能"，寄托 着在低空经济领域腾云驾雾、一飞冲天的壮志雄心。 新华社音视频部 新华社天津分社 联合制作 "十五五"规划建议描绘中国未来五年发展蓝图，提出"培育壮大新兴产业和未来产业"，部署"加快新能 源、新材料、航空航天、低空经济等战略性新兴产业集群发展"。 在技术与政策双轮驱动下，天津的低空产业呈现出集聚化发展特征，为众多相关企业创造了更为稳定和 专注的发展环境，使其能够心无旁骛地投入技术创新与业务拓展，并对行业未来充满信心与期待。 策划：刘佩、邵香云 作者：杨子春、郝杰 ...

Core Viewpoint - The Southern Power Grid Guangxi Electric Power Company has successfully completed 298 anti-icing construction projects this year, enhancing the grid's ability to withstand ice disasters in high-altitude areas of Guangxi [1][3][4] Group 1: Project Completion and Impact - The completion of the 35 kV rolling and 35 kV Xizhong anti-icing reinforcement projects marks the full operational status of the 298 anti-icing projects implemented this year [1] - The projects have significantly improved the grid's resilience against ice disasters, particularly in regions with a high risk of ice accumulation [1][3] - A total of 181 ice-prone lines covering 821 kilometers have been upgraded, and 8,016 ice-prone poles have been replaced or reinforced [1] Group 2: Specific Projects and Enhancements - In the high-altitude areas of Sanjiang County, a 10 kV line renovation project was completed in November, enhancing the line's anti-icing capacity with specially designed poles and conductors [3] - The 110 kV Xiangcheng line in Quanzhou County underwent anti-icing modifications, including the construction of two new iron towers, to improve its resilience against ice and snow [3] - A total of 38 anti-icing projects have been completed, providing stable and reliable electricity supply to 36,800 households during winter [3] Group 3: Monitoring and Technology Implementation - The company has installed 25 direct current de-icing devices and 304 icing monitoring terminals in key high-altitude areas [4] - The establishment of a comprehensive "monitoring-warning-disposal" system for anti-icing measures has been implemented, utilizing digital technology for real-time monitoring of icing conditions [4] - The company has prepared 98 tailored de-icing plans to ensure the safe operation of the grid during winter and spring [4]

Core Insights - The article highlights the significant advancements in the heating industry through the integration of digital and intelligent technologies, which have transformed heating management from traditional methods to smart control systems [7][10]. Group 1: Technological Advancements - The heating industry is experiencing a shift towards digitalization and intelligent technology, with the smart heating market in China projected to grow from less than 200 billion yuan in 2017 to 220 billion yuan by 2024, reflecting a compound annual growth rate of over 15% [7]. - The "Smart Brain" system integrates IoT, big data, and AI technologies to provide real-time monitoring and control of heating systems, significantly improving efficiency and response times [8][9]. - The implementation of AI-driven models allows for dynamic adjustments in heating networks, achieving full network flow balance in just 4 hours, which is five times more efficient than traditional methods [9]. Group 2: Efficiency and Cost Reduction - The National Energy Investment Corporation's Hebei heating company has implemented energy-saving controls that have reduced heat consumption by 1.1 watts per square meter for the 2024-2025 heating season, achieving a six-year consecutive decline in consumption metrics [10]. - The integration of smart devices in the heating network has led to an 8% reduction in heat consumption and a 10% reduction in electricity consumption, enhancing user comfort [10]. Group 3: Safety and Monitoring - The use of digital technologies in pipeline inspections has improved risk warning and emergency response capabilities, addressing issues like damaged or misplaced manhole covers that could lead to safety incidents [11]. - An intelligent monitoring system utilizing Beidou positioning and IoT technology has been established to ensure rapid response to potential risks in heating pipelines [11]. Group 4: Renewable Energy Integration - The article discusses the use of geothermal energy in Xiong'an New Area, where a comprehensive monitoring system has been established to optimize heating delivery to over 100,000 households [13]. - The Qinghai Province's clean electric heating project demonstrates the application of renewable energy sources, including solar and wind, to provide stable heating solutions [14][15].

Core Insights - The 2025 International (Wuhan) Smart Construction Industry Expo showcases advancements in smart construction, featuring nearly 20,000 square meters of exhibition space and 1,300 innovative products from 25 organizations including China State Construction Engineering Corporation, Huawei, and Tsinghua University [1] Group 1: Event Overview - The expo focuses on the theme of "Developing Industrial Internet, Co-constructing 'Good Houses'" and includes seven major exhibition areas addressing key issues in the construction industry [1] - The event aims to create a global ecosystem for smart construction, facilitating resource integration and showcasing cutting-edge technologies [1] Group 2: Innovations and Technologies - A notable product displayed is the Green Health Indoor Air Quality Monitoring Device, developed by China State Construction Decoration and Tsinghua University, capable of detecting over ten harmful substances with a precision of up to 96% [2] - The Amic modular building product, developed by China State Construction Decoration, integrates various construction processes and achieves a construction accuracy of ±2mm, with an overall assembly rate of 96% [3] - The magnesium wing composite board is highlighted as a green building material, offering multiple advantages such as lightweight, insulation, and fire resistance, contributing to low-carbon construction solutions [3] Group 3: Industry Challenges and Solutions - The company addresses the urgent need for safety monitoring and maintenance of aging high-rise building facades through innovative technologies like the stone curtain wall imaging detection system and drone inspection systems [4] - A diagnostic service system has been established to provide precise assessments and digital management of building facades, which has been applied in nearly 100 projects [4] Group 4: Future Directions - The company emphasizes the importance of integrating technology throughout the entire lifecycle of construction, aiming to enhance standards, design, materials, construction, and maintenance for the development of 'Good Houses' [4]

Core Insights - The 2025 International (Wuhan) Smart Construction Industry Expo showcases nearly 20,000 square meters of exhibition space, featuring participants from 13 countries and regions, and 1,300 innovative products, highlighting the industry's cutting-edge achievements and future trends [1][3] - The expo focuses on the theme of "developing the industrial internet and co-building 'good houses'," addressing key pain points and hot topics in the construction industry, while promoting a global smart construction ecosystem [1][3] Industry Developments - Technology is deeply integrated into the entire lifecycle of construction, driven by policy guidance and industry transformation needs [3] - Key innovations presented include: - The Green Health Indoor Air Intelligent Monitoring Device, developed in collaboration with Tsinghua University, which can accurately monitor over ten harmful substances with a detection accuracy of 96% [3] - The Amic modular building product, achieving a construction precision of ±2mm and a prefabrication rate of 96%, significantly reducing construction time and waste [3] - Magnesium composite panels and mobile energy storage solutions that provide green and low-carbon options, lowering construction costs and enhancing efficiency [3] - Technologies such as non-destructive testing systems and drone inspection systems address safety detection challenges in high-rise building facades, with related services already applied in nearly 100 projects [3] Collaborative Efforts - The expo is co-hosted by 25 organizations, including China State Construction Engineering Corporation, Huawei, and Tsinghua University, showcasing the latest achievements in smart construction and fostering collaborative innovation within the industry [3]

Core Viewpoint - The article highlights the journey and achievements of Li Min, a leading figure in the State Grid Shandong Electric Power Company, showcasing his transformation from a novice in power line maintenance to an innovator in drone technology for power grid inspections [2][17]. Group 1: Achievements and Innovations - Over 15 years, Li Min has climbed over 3,000 towers and inspected more than 2,000 kilometers of power lines, equivalent to climbing Mount Everest 30 times and surpassing the distance from Beijing to Guangzhou [5][17]. - He has been awarded 26 national patents and 14 provincial and ministerial-level innovation awards, demonstrating significant contributions to the industry [17]. - Li Min led the development of the first autonomous inspection system using drones in the State Grid system, which allows for automated flight, positioning, and photography [12][17]. Group 2: Transition to Drone Technology - Inspired by a drone performance in 2013, Li Min recognized the potential of drone technology in power line inspections and began training from scratch, eventually becoming one of the first drone operators in the company [8][10]. - He established the first drone inspection team in Shandong Electric Power, integrating years of experience in live-line work with drone technology to enhance inspection efficiency and accuracy [11][17]. - The introduction of the "one control, six machines" autonomous inspection model increased inspection efficiency by six times compared to manual methods [13]. Group 3: Practical Applications and Impact - In 2023, Li Min successfully used a drone equipped with a fire-spraying device to resolve a kite entanglement issue on a power line, showcasing the practical applications of drone technology in real-time problem-solving [14]. - His ongoing efforts aim to reduce the physical demands on workers by utilizing drones for tasks traditionally requiring climbing, thereby allowing personnel to focus on eliminating electrical defects [16][17]. - Li Min's story exemplifies the spirit of modern craftsmanship, illustrating how innovation and dedication can lead to significant advancements in the power industry [17].

Core Viewpoint - The article highlights the journey of Li Min, a skilled technician at State Grid Shandong Electric Power Company, who has transformed from a novice in power line maintenance to an expert in drone technology for power grid inspections, showcasing the spirit of innovation and dedication in the industry [1][15]. Group 1: Personal Journey and Achievements - Li Min has climbed over 3,000 towers and inspected more than 2,000 kilometers of power lines over 15 years, equivalent to climbing Mount Everest 30 times and surpassing the distance from Beijing to Guangzhou [5][15]. - He has been awarded 26 national patents and 14 provincial or higher innovation awards, demonstrating significant contributions to the field [2][15]. Group 2: Technological Innovations - Li Min recognized the limitations of traditional inspection methods and pivoted towards drone technology after witnessing a drone demonstration in 2013, leading to the establishment of a drone inspection team [7][9]. - The introduction of the "one control, six machines" autonomous inspection model in 2020 increased inspection efficiency by six times compared to manual methods [11][15]. - Innovations such as the "drone laser debris removal device" and the development of a fully autonomous inspection system have marked a significant shift from manual to intelligent inspections [9][15]. Group 3: Impact on the Industry - Li Min's work has not only improved operational efficiency but has also redefined the role of technicians in the power industry, allowing them to focus on critical tasks rather than physical labor [14][15]. - His contributions have positioned him as a representative of the "Great Craftsman" spirit, embodying the values of perseverance and innovation in the modern workforce [15].

Group 1 - Nanjing is experiencing high temperatures above 36℃, yet key transportation projects continue to progress despite the heat [1] - The Ning-Chu Expressway asphalt paving has surpassed 62% completion, with an expected finish by October, which will significantly alleviate traffic pressure in the region [2] - The G42 Ring Road is undergoing maintenance at night to avoid peak traffic and extreme heat, with a 4.75 km section being repaired to extend its lifespan [3] Group 2 - The Nanjing South section of the Ning-Wu Railway is on track to complete tunneling by October, with the "Ning-Wu" shield machine having advanced 1868.4 meters [4] - The successful completion of a 100-meter continuous beam for the Ning-Huai Intercity Railway marks a significant milestone, enhancing connectivity between northern Jiangsu cities and Nanjing [5] - AI technology is being utilized for efficient inspections of bridges and tunnels, significantly reducing inspection time from 7 days to just 2 hours [6] Group 3 - Drones are being deployed for rural road inspections, increasing efficiency and coverage while reducing the need for manual inspections in high temperatures [7] - Ground vehicles equipped with AI technology are also conducting road inspections, achieving over 90% accuracy in detecting road conditions [7]

Group 1 - The Belvis Solar Power Plant project, developed by China Three Gorges Corporation and constructed by ACISA, has a total installed capacity of 104 MW and an annual power generation of approximately 200 million kWh, officially commencing full-capacity commercial operation in March this year [1] - The project emphasizes ecological protection, avoiding sensitive areas, and implementing low-vibration construction methods to minimize disturbance to local wildlife [1][2] - The integration of sheep grazing as a natural method for vegetation management demonstrates a harmonious coexistence of agriculture and energy development [2] Group 2 - The Belvis Solar Power Plant serves as a showcase for advanced photovoltaic technology and products, featuring a control room with six monitors displaying real-time power generation data [2] - The project incorporates high-efficiency drone inspection systems for rapid fault detection in solar panels, significantly improving response speed and accuracy in maintenance [2] - The use of Chinese-manufactured core components in the project highlights China's global competitiveness in the renewable energy manufacturing sector and positively impacts local standards and industry development in Spain [3] Group 3 - Spain aims to achieve 81% renewable energy in its power structure by the end of 2030, accelerating its renewable energy deployment [3] - The collaboration between Chinese and Spanish companies in the renewable energy sector represents a significant area of cooperation, with Chinese firms contributing not only capital but also technology and innovative models [3]