水利自带"古老"的属性标签，然而，在现代科技赋能下，治水史诗正书写时代新篇。过去一年，江苏加 快构建现代化水网，水利工程建设掀起新高潮，全省水利重点工程完成投资223.3亿元，超额完成投资 目标。2月22日我们一起前往一个世纪工程的建设现场，去看"硬科技"如何赋能"老水利"。 荔枝新闻中心记者王鹏说："我现在是在淮河入海水道二期工程淮安枢纽的建设现场，枢纽建成之后将 成为世界上最大的水上立交。一批新材料、新设备、新技术、新工艺也应用到了这项世纪工程的建设和 管理当中，我们一起去探访一番。" 这个项目，身负重责，建成之后，将让洪泽湖防洪标准从100年一遇跃升至300年一遇，惠及沿线、泽被 后世。最好的工程，就要有最高的质量。 眼前这座占地4080平方米的钢筋智慧云工厂，是工程的配套工厂，工程在哪，工厂就建在哪。走进其 间，才能理解"智慧"的含义。6条生产线，只有十二三人操作，一条条钢筋"自动"切割、压弯、塑 形，"走向"施工现场的不同点位。从事建筑行业30多年的老钢筋工王必武对此感触颇深。 【责任编辑：毛佳音】 淮河入海水道二期淮安枢纽钢筋智慧云工厂负责人陶道军说："每天产量大概在100吨，在效益方面我们 提高 ...

Group 1 - The core concept of smart water conservancy integrates new information technologies such as cloud computing, IoT, big data, artificial intelligence, and digital twins to enhance water resource management and ensure national water security [1][4][30] - Since the 14th Five-Year Plan, smart water conservancy has been elevated to a strategic level for ensuring national water security and building a digital China, with policies evolving from top-level planning to specific scene-driven innovations [4][22] - The industry chain of smart water conservancy is characterized by a "three-layer driving" model, where policy and demand influence from top to bottom, while technological breakthroughs support from the bottom up [5][22] Group 2 - Future technological development will focus on deep coupling of AI with hydrological physical mechanisms, leading to the emergence of specialized water models based on the Transformer architecture [7][23] - The industry value focus is shifting from project construction to long-term data operation, model services, and knowledge empowerment, with continuous optimization of forecasting accuracy and safety diagnosis services becoming core business models [8][24] - New application scenarios are emerging alongside traditional ones, such as digital twin-based water rights trading and automated control for efficient agricultural irrigation [9][25] Group 3 - The market competition in smart water conservancy will transition from individual enterprises to ecological alliances, emphasizing the need for interdisciplinary talent proficient in both hydrology and advanced technologies [10][26] - Significant barriers exist for new entrants, including stringent qualification requirements for government projects and the necessity for proven performance in similar projects [12][28] - Long-term service providers have accumulated vast amounts of high-quality data, creating a strong ecological stickiness that is difficult for newcomers to replicate [13][29] Group 4 - The report by Beijing PwC Consulting provides a comprehensive analysis of the smart water conservancy industry, reviewing its evolution from automation to intelligent twins and emphasizing the current scene innovation-driven development [30] - The report constructs an industry chain model that details the competitive landscape and key players across upstream sensing devices, midstream platform algorithms, and downstream application services [30] - The industry is expected to experience explosive growth marked by the construction of digital twin watersheds and the application of large-scale water models, driven by the integration of AI technologies [30]

关键词：农村水利工程、水利建设投资、耕地灌溉面积、农村饮水安全、农村自来水普及率、农村水利 工程政策、农村水利工程产业链、农村水利工程发展现状、农村水利工程发展趋势 内容概要：农村水利工程是保障国家粮食安全、改善农村民生、推进乡村振兴的核心基础设施，涵盖灌 溉排水、饮水安全、防洪排涝、水生态治理等功能。近年来，国家密集出台多项重磅政策，聚焦农村供 水保障、灌区现代化改造、小水电绿色发展等方向，同时水利建设投资规模持续扩大，2020-2024年年 复合增长率达13.4%，投资结构向国家水网、防洪工程、生态修复与智慧化建设倾斜，为行业发展注入 强劲动力。目前，我国耕地灌溉面积超10.9亿亩，灌溉面积粮食产量占全国总产量的80.76%，大中型灌 区以38.89%的播种面积贡献50.90%的产量；农业节水成效显著，农田灌溉水有效利用系数提升至 0.583，节水灌溉工程面积达6.38亿亩；农村供水能力稳步提升，2025年自来水普及率达96%，规模化供 水覆盖范围持续扩大。未来，行业将朝着智慧化、生态化、建管一体化方向深度转型，通过数字化技术 赋能、生态优先理念践行、建管模式创新，构建政府、企业、社会协同参与的高质量发展 ...

（来源：新华日报） "水天向晚碧沉沉，树影霞光重叠深。"千百年前，唐代大诗人白居易笔下的太湖胜景，如今愈发鲜活 ——无锡太湖鼋头渚碧波澄澈，游人如织；望虞河、新孟河双线引江济太，活水畅流；苏州漫山岛红嘴 鸥云集，绿廊蜿蜒，2338平方公里湖面之上，人水相依的画卷尽显江南韵味。 湖光胜景映照治理之效。"十四五"期间，省太湖地区水利工程管理处（以下简称"省太湖管理处"）深入 践行"节水优先、空间均衡、系统治理、两手发力"治水思路，锚定保障流域水安全这一中心任务，守安 澜、护生态、惠民生，让汩汩清水成为润泽江南、驱动高质量发展的"源头活水"。 仲冬晴暖，风拂湖岸，循湖而行，探寻一湖清水背后治理的水利智慧，聆听这颗"江南明珠"人水和谐、 永续发展的时代潮音。 安澜"协奏曲" 重器联调，活水润泽 1月6日，推进美丽江苏建设主题新闻发布会上传来捷报："十四五"期间，太湖水质稳定保持Ⅲ类并持续 向好，太湖连续18年实现安全度夏。成绩单的背后，是江苏以流域水利工程体系为笔，在太湖之上书写 的治水兴水新篇章。 冬日的望虞河畔，常熟水利枢纽的机组正隆隆作响。内河侧出水闸门缓缓升起，滚滚长江水循着望虞河 奔向太湖。2025年这座枢 ...

Core Viewpoint - The provincial hydrology and water resources center has received appreciation letters from the water affairs bureaus of Qiqihar, Hegang, and Qitaihe cities, acknowledging their technical service support for water resource management in 2025 [1] Group 1: Technical Service Achievements - The provincial hydrology and water resources center has established a technical service team to address local water resource management challenges, leveraging expertise in water usage statistics, resource evaluation, groundwater management, and supply-demand balance analysis [1] - The technical team has developed a comprehensive service system characterized by "precise matching + dynamic service + skill enhancement" to tackle issues such as irregular water usage reporting and inadequate groundwater assessment [1] Group 2: Impact on Local Water Management - The center's initiatives have led to significant improvements in local water management, facilitating the approval of major water-related projects and promoting efficient water resource utilization [1] - The center aims to continue its professional development in areas like smart water management and digital twin applications, contributing to national water network construction and regional water security [1]

转自：成都日报锦观 我市新增20家院士（专家）创新工作站 覆盖人工智能、新材料、生物医药、低空经济等领域 1月12日，记者从市科协获悉，2025年成都市院士（专家）创新工作站新增20家，全市累计建站达300 家，五年来柔性引进两院院士（团队）等高层次专家171名。 记者梳理发现，新建的20家工作站签约了包括中国工程院院士邓龙江在内的31名院士（专家），开展合 作项目33项。值得注意的是，此次新增工作站签约的院士（专家）不少来自省外高校和科研机构。其 中，中国科学院院士刘昌明、郭柏灵分别来自中国科学院地理科学与资源研究所、北京应用物理与计算 数学研究所，还有来自华中科技大学、重庆大学等高校院所的院士（专家）。 据了解，2025年度经批准新建的成都市院士（专家）创新工作站，给予每家25万元的一次性资助。"我 们将持续优化院士（专家）创新工作站服务体系，引导产业园区、科技企业深化与院士（专家）团队的 创新合作，聚焦产业关键技术攻关和产品研发，不断提升企业自主创新能力，加速推进'科产融 合'。"市科协相关负责人告诉记者。 全市累计建站300家 近年来，成都不断优化院士（专家）创新工作站服务体系，依托工作站为产业园区、 ...

Core Viewpoint - The Xuzhou Electronic Technology Research Institute, a state-owned high-tech enterprise under Xuzhou Guotou Group, has successfully transformed from a research-oriented institution to a modern enterprise, achieving recognition as a national high-tech enterprise in 2024 [1] Group 1: Company Achievements - The company has participated in the formulation of multiple national standards, including those for ultrasonic water level gauges and underground water level gauges, and has obtained 12 invention patents, 25 utility model patents, and 26 software copyrights [1] - The research institute successfully completed the factory debugging and joint acceptance of the core system for the Jiangxi Liyang Hub Ship Lock, a key project under the national "14th Five-Year Plan," which will significantly enhance the shipping capacity and navigation efficiency of the Changjiang River [1] Group 2: Technological Innovations - The research institute emphasizes the integration of production, education, and research, exemplified by its collaboration with the Dujiangyan Water Development Center, resulting in innovations such as remote control software for multiple sluices and automated gate locking devices [2] - The institute has completed numerous key projects across the country, including the Shiman Tan Reservoir and Luban Reservoir, providing comprehensive services in water and rain monitoring, remote sluice monitoring, dam safety monitoring, and flood dispatching [2] Group 3: Future Plans - In 2025, the research institute was fully recognized as a technology-based small and medium-sized enterprise, becoming a benchmark in the regional technology innovation field, and plans to increase R&D investment to tackle key industry technologies [3] - The institute aims to deepen its focus on smart water conservancy and industrial automation, contributing to the establishment of Xuzhou as a regional technology innovation center and a "strong city in science and technology" [3]

HAPPY NEW YEAR 回首来路 皆为序章 江河不息，岁聿云暮。 岁末尾牙 烟火起 向新华 回望2025，星图亿水在数字浪潮中稳步前行，以"空天之眼"洞察江河脉动，以"数字之笔"精绘水网肌理。 这一年，公司业务版图持续拓展，核心专利技术实现纵深突破。 这一年，省级院士、博士创新工作站落地成都，软硬件产品不断迭代焕新。 这一年，星图亿水始终秉持"精准、高效、智能"的治理理念，并将其融入每一次汛情预警、每一处河湖守护之中。 2025，是星图亿水深耕笃行、厚积薄发的一年，更是我们与江河同呼吸、与时代共脉动的一年。 "智慧+"水利实践：从云端到河岸的全链路赋能 2025年7月，星图亿水发布iWater.FMS 流域洪水模拟系统，强化流域监测与治理能力。 系统面向水雨情测报三道防线、流域防洪"四预"、水利工程数字孪生需求，可为流域洪水预报调度、城市洪涝预警、江河洪水模拟推演、风暴潮模拟、实 时风险分析提供高效的技术支撑，真正实现从云端算力到河岸应用的闭环落地。 强化人才支撑：省级院士、博士工作站落地 2025年，星图亿水相继获批设立省级院士、博士创新工作站，聚焦智慧水利前沿技术与工程应用，推动产学研深度融合。 此 ...

Core Viewpoint - The ancient Dujiangyan irrigation system, established over 2,000 years ago, is being modernized through digital technology to enhance water management and agricultural productivity in the Sichuan region [1][3]. Group 1: Historical Significance and Modernization - The Dujiangyan irrigation system, created by Li Bing in 256 BC, has historically provided reliable water supply, transforming the region into a fertile agricultural area [1]. - The system has been operational for 2,281 years, showcasing its longevity and effectiveness in water management [2]. Group 2: Technological Advancements - A digital twin system has been implemented, allowing real-time monitoring and management of water flow and irrigation operations, significantly reducing the time required for water management tasks from hours to minutes [2][3]. - The system integrates data from over 603,138 resources, enhancing decision-making and operational efficiency in water distribution [3]. Group 3: Agricultural Impact - The Dujiangyan irrigation area now covers 11.65 million acres, serving over 30 million people, with an annual water supply exceeding 10 billion cubic meters [3]. - Recent improvements have increased irrigated land by 3.08 million acres and added 14.3 million pounds of grain production [3]. Group 4: Future Developments - The modernization efforts are expected to add 220,000 acres of irrigated land and improve 3.35 million acres during the 14th Five-Year Plan period, further enhancing water security [4].

Core Viewpoint - The water conservancy and hydropower surveying and design industry in China is experiencing significant growth driven by government investment and policy support, with a focus on technological innovation and sustainable development [3][7][14]. Industry Development Status - The water conservancy and hydropower surveying and design industry is a critical precursor to water conservancy projects, providing essential technical support across various fields such as reservoir construction, irrigation, and flood control [2]. - The industry has evolved from its inception in the 1950s to a phase of explosive growth in the early 21st century, with total government investment in water conservancy rising from 120 billion yuan in 2000 to approximately 1,350 billion yuan by 2024 [3][7]. - The number of water conservancy surveying and design enterprises has increased from fewer than 100 in 2000 to nearly 1,400 in 2023, indicating a robust expansion of the sector [3]. Industry Chain and Value Distribution - The industry chain is characterized by complex and tight interconnections, with significant differences in gross profit margins and technical barriers across different segments [4][5]. - Upstream suppliers of materials and equipment generally have lower profit margins, while software and technical service providers enjoy margins exceeding 30% [4]. - The construction phase of water conservancy projects has relatively low profit margins due to high labor costs and intense competition, but integrated EPC (Engineering, Procurement, and Construction) services can enhance overall profitability [5][6]. Market Scale and Investment Trends - The market size of the water conservancy surveying and design industry is closely linked to fixed asset investments in water conservancy projects, which have seen a compound annual growth rate of 12.72% from 2014 to 2023 [6][10]. - Government investment remains the dominant source, accounting for over 70% of total funding, with significant allocations directed towards flood control, water resource projects, and ecological construction [10][11]. - In 2023, the total investment in water conservancy projects reached 1,199.6 billion yuan, marking a historical high and a year-on-year increase of 12.8% [7][10]. Market Structure - The market is predominantly led by state-owned enterprises, which account for 19.7% of the total number of surveying and design units, reflecting the high capital and technical requirements of the industry [12][13]. - The industry is undergoing structural changes, with a gradual increase in the number of enterprises and a decrease in the proportion of public institutions, indicating a shift towards a model where state-owned enterprises dominate while private enterprises supplement the market [13]. Future Development Trends - Continuous policy support is expected to drive the development of the water conservancy surveying and design industry, particularly in the context of the national water network construction and the need for high-quality water resource management [14][16]. - The integration of smart water management technologies, such as digital twin systems, is anticipated to enhance operational efficiency and decision-making capabilities within the industry [16][18]. - Local governments are actively implementing smart water management initiatives, showcasing successful applications that improve water resource management and disaster response capabilities [17].