从1975年创立的全民事业单位，到如今深耕智慧水利领域的国有独资高新技术企业……作为徐州市属国 企，徐州国投集团旗下的徐州电子技术研究院，历经半世纪的沉淀与数次关键转型，实现了从科研型事 业单位到现代化企业的华丽转身，2024年，公司被认定为国家级高新技术企业。近年来，该公司参与制 订了《超声波水位计行业标准》《地下水位计行业标准》《闸门开度计行业标准》等多个国家标准，取 得发明专利12件、实用新型专利25件、软件著作权26件。如今，其以科技创新为引擎、以市场需求为导 向，在智慧水利、工业自动化等赛道持续发力，交出一份亮眼的发展答卷。 近日，由该研究院承建的全国内河水运"十四五"重点建设项目——江西丽阳枢纽船闸核心系统，顺利完 成出厂调试并通过联合验收。该项目建成后将大幅提升昌江航运能力与通航效率，对完善江西省"一纵 两横四支"高等级航道网布局意义重大。电子研究院承担的自动控制系统与液压系统是船闸安全高效运 行的核心，技术团队远赴设备供应方所在地，克服时间紧迫、任务繁重等挑战，成功攻克设备兼容匹 配、液压动态同步等技术难题，为项目后续推进奠定坚实基础。 电子研究院历来重视"产学研用"协同发展，与四川省都江堰水 ...

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 ...

人民网记者欧阳易佳 世界东方，中国西部，岷江上游，矗立着一座跨越两千多年时光的水利丰碑——都江堰。公元前256 年，秦国蜀郡太守李冰率众凿山开江，垒石为堋，以"乘势利导、因时制宜"的哲思驯服岷江，造就"水 旱从人，不知饥馑"的天府之国。 而今，这座灌溉面积超千万亩、惠泽数千万人口的古老生态灌区，正将"尊重自然、因势利导"的古老智 慧，注入数字时代的磅礴脉动，谱写守护天府安澜的新篇章。12月中旬，人民网记者跟随水利部、四川 省水利厅调研组深入四川省都江堰灌区进行实地调研。 在灌区千余处关键断面，计量设施如同精密的"水表"，实时感知水流。近三百座关键闸门经过自动化改 造，告别了人工操作开关闸门的模式。 都江堰灌区指挥中心主任李劲介绍，在应对2024年都江堰鱼嘴近十年最大洪峰过境，2025年成都市中心 城区极端暴雨过程中，数字孪生系统提前模拟出水流路径与工程响应，为现实中的安澜度汛提供了精准 导航。"我们通过打造'一云、一网、一中台、一平台'信息化架构，灌区汇聚了海量数据（603138）资 源。已完成渠首26.7平方公里实景建模，接入了百余个视频监控与安全监测设备，并依托共享的水利模 型与算法平台，基本完成了'算据 ...

报告发布方：中金企信国际咨询 项目可行性报告&商业计划书专业权威编制服务机构（符合发改委印发项目可行性研究报告编制要求）-中金企信国际咨询：集 13年项目编制服务经验为各类项目立项、投融资、商业合作、贷款、批地、并购&合作、投资决策、产业规划、境外投资、战 略规划、风险评估等提供项目可行性报告&商业计划书编制、设计、规划、咨询等一站式解决方案。助力项目实施落地、提升 项目单位申报项目的通过效率。 （1）水利水电勘测设计行业发展现状：水利水电勘测设计是水利水电工程建设的核心前置环节，指通过科学手段对工程区域的 自然条件、资源禀赋及工程需求进行系统性调查、分析与规划，并在此基础上制定技术方案、设计和施工的全过程。水利勘测 设计行业为水利工程各环节提供技术支持，涵盖地形地貌、地质、水文等测绘勘探及工程设计分析，服务范围包括水库、灌 溉、引调水、水土保持、防洪排涝、除险加固、流域规划及河道整治等多领域，虽然勘测、设计的费用占水利工程的比重较小 （约3%～8%），却是水利工程建设的核心环节，其重要性贯穿项目的全部生命周期，对工程质量、经济效益和社会效益都有深 远的影响。 ①行业所处发展阶段：我国水利勘测设计行业起步于2 ...

12月5日，国家主席习近平在四川省成都市都江堰同法国总统马克龙进行友好交流。 世界东方，中国西部，岷江上游，有一座举世闻名的水利工程——都江堰。始建于战国晚期，都江堰输送的滔滔江水在时间的河床上已流淌了 2200多年。 公元前256年，秦国蜀郡太守李冰在总结前人治水经验的基础上，组织岷江两岸人民凿山开江，垒石为堋，修建都江堰，征服一度肆意泛滥的江 水，造就"水旱从人，不知饥馑"的天府之国。 以极简的工程结构和复杂的水利功能，通过尊重自然而非对抗自然的方式解决问题，这正是都江堰的创新之处。不是建造水库大坝，而是巧妙利 用自然地形、水沙运动规律，创建了一套无坝引水、自动调控的综合性生态水利工程系统。 2025年3月16日拍摄的都江堰水利工程（无人机照片）。新华社记者 江宏景 摄 2025年11月30日，游客在都江堰南桥游览。新华社记者 胥冰洁 摄 千年水利工程，永续不衰。 现在的都江堰灌区，年有效引水106亿立方米，实现年供水80亿立方米，灌区覆盖岷江、沱江、涪江流域，灌溉面积1164.7万亩，惠及3000万人 口。 2025年7月拍摄的都江堰水利工程（无人机照片）。新华社发（何勃 摄） "鱼嘴分水堤""飞沙堰溢 ...

Core Insights - The Yindaji Min Project, the largest inter-basin water diversion project in Sichuan's history, has officially commenced construction, benefiting 34.13 million people across 8 cities and 43 counties [1][3] Group 1: Project Overview - The project will take water from the Dadu River Luding Hydropower Station and create a water delivery system with a total length of 261 kilometers, including a main line of 133 kilometers, a southern branch of 103 kilometers, and a northern branch of 25 kilometers [3] - The project features over 58% of its length as tunnels, which are referred to as the "Underground Water Supply Great Wall" [3] Group 2: Technical Challenges - The project faces three core technical challenges: deep-buried long tunnels in complex geological conditions, high flow and high drop energy dissipation, and large-diameter pressurized pipelines [3] - During the preliminary research phase, 48 technical studies were completed, including TBM selection for deep-buried tunnels and groundwater control in complex geological environments [3] Group 3: Ecological Considerations - The project aims to achieve a balance between construction and ecological protection by optimizing routes to avoid core areas, using tunnel boring to minimize surface disturbance, and constructing fish passages [4] - The core strategy includes "avoidance, mitigation, restoration, and compensation" to minimize ecological disruption and enhance environmental restoration [4] Group 4: Smart Management - A digital twin-based lifecycle management system will be established, integrating information technology throughout the project from design to operation, creating a "smart water conservancy" demonstration project [4]

Core Insights - During the "14th Five-Year Plan" period, Guangxi has prioritized water network construction as a key support for building a beautiful Guangxi, integrating various water networks and achieving recognition as a national pilot area for water networks [1][2] Group 1: Water Network Development - Guangxi has established a leadership group for water network planning and construction, focusing on the collaborative development of five water networks: flood control and drainage, urban and rural water supply, agricultural irrigation, ecological water, and smart water networks [1] - Key projects such as the Pinglu Canal and the Guangxi Water Resource Allocation Project are accelerating, contributing to the construction of the main framework of the water network [2] Group 2: Water Security and Disaster Prevention - The region has improved its flood and drought disaster prevention capabilities, achieving a 74.9% compliance rate for river embankments and successfully managing severe droughts and typhoons this year [2] - The completion of the Datiangxia Water Conservancy Hub has enhanced water resource management and disaster response [2] Group 3: Water Supply and Agricultural Security - Since the beginning of the "14th Five-Year Plan," Guangxi has increased its water supply capacity by 9.5 billion cubic meters, with rural tap water coverage rising to 91.4% [3] - The region has also improved irrigation efficiency, with a significant reduction in water usage per unit of industrial GDP, down 48.4% compared to the end of the "13th Five-Year Plan" [3] Group 4: Ecological Protection and Economic Growth - Guangxi has addressed 2,432 issues related to river and lake management, with a focus on improving water quality and reducing soil erosion [4] - Water conservancy investment has increased annually, with projections for 2025 to exceed 50 billion yuan, reflecting a shift towards diversified financing models [4] - Smart water management technologies are being developed to enhance efficiency in monitoring and managing water resources [4]

Core Insights - Digital technology is rapidly integrating into various industries, becoming a core driver for industrial upgrades [1] - Traditional management models in water resources are insufficient for the demands of precision and efficiency, necessitating an information technology transformation [1] Group 1: Technological Implementation - Shandong Mobile Qingdao Branch is taking on the responsibility of a central enterprise by developing a smart water conservancy solution that integrates precise monitoring, intelligent early warning, and efficient scheduling [1] - The company has deployed over 200 IoT sensors in key areas of the Noceng Reservoir to collect real-time data on water levels, water quality, rainfall, and flow speed [1] - AI algorithms are utilized for intelligent analysis of video monitoring, enabling automatic warnings for safety hazards such as exceeding water levels and unauthorized intrusions [1] Group 2: Benefits and Outcomes - The digital upgrade in water resource management has led to the efficient allocation and utilization of water resources, with an expected annual saving of over 5 million cubic meters of irrigation water and a reduction in agricultural water costs by over 8 million yuan [2] - The safety compliance rate of water conservancy facilities has reached 100%, effectively safeguarding the lives and property of over 300,000 residents in 15 towns and streets [2] - The company plans to continue leveraging its technological advantages to promote smart water conservancy construction and enhance water resource protection and safety [2]

Core Insights - Shandong Province is focusing on modern water network construction and precise water management to address water scarcity and agricultural challenges, leveraging advanced technologies like 5G, AI, IoT, and big data [1] Group 1: Intelligent Flood Prevention - Shandong Mobile has developed an intelligent flood prevention system that integrates AI and digital twin technology, improving flood response efficiency by 40% and achieving over 90% accuracy in flood forecasting [2] Group 2: Smart Reservoir Management - The deployment of a 5G 700M low-latency network allows for real-time monitoring of key parameters in reservoirs, reducing manual inspection frequency by 50% and achieving over 92% accuracy in fault prediction [3] Group 3: Intelligent Irrigation Systems - In the Penglou irrigation area, Shandong Mobile has implemented a smart water management system that saves 20% of irrigation water and increases crop yield by approximately 10% through precise water usage and automated control [5] Group 4: Urban and Rural Water Quality Management - The OneNET IoT platform has been established to monitor water quality throughout the supply chain, resulting in a 98% compliance rate for water quality standards and a 30% improvement in sewage treatment efficiency [8] Group 5: Commitment to Digital Transformation - Shandong Mobile is committed to integrating digital technologies with water management to enhance the quality of water resources and contribute to the modernization of water governance in the province [10]

Core Viewpoint - The water conservancy projects in Xinjiang have significantly improved agricultural irrigation, flood control, and ecological sustainability, contributing to the region's high-quality economic and social development over the past 70 years [1]. Group 1: Water Conservancy Projects - The construction of the Altash Water Conservancy Hub began in 2011, addressing challenges such as high seismic intensity and deep riverbed coverage, and has since improved flood control standards and expanded irrigated areas from 6.51 million acres to over 10 million acres [2]. - The Dashi Gorge Water Conservancy Hub, part of a national initiative, is expected to provide ecological water for over 8 million acres of farmland upon completion in 2026, with a total reservoir capacity of 1.17 billion cubic meters [3]. Group 2: Economic and Social Impact - The Altash project has created approximately 12,000 job opportunities during its construction, with over 3,000 technical workers trained, leading to an expected per capita annual income of 24,000 yuan in the village by 2024 [2]. - The Uruvat Water Conservancy Hub has supplied 23.9 billion cubic meters of water, increasing irrigated areas to 6.0379 million acres and improving irrigation water utilization efficiency to 0.575 [4]. Group 3: Technological Integration - The introduction of digital technologies in irrigation has reduced water usage from 90 cubic meters per acre to 35 cubic meters per acre, saving significant costs and improving crop yields by 20 kilograms per acre [7]. - The digital agricultural training base has trained over 20,000 individuals, enhancing fertilizer utilization rates by 20% and reducing labor costs by over 70% [7]. Group 4: Infrastructure Development - Xinjiang has constructed 671 reservoirs, 125,400 kilometers of irrigation channels, and over 8,000 kilometers of protective embankments, achieving an irrigation area of 99.17 million acres and a rural tap water coverage rate of 99% [8].