intelligent system
Water-Agriculture Project Property-based O&M Management System
Centered on property-based management of operation and maintenance (O&M) projects, this system integrates centralized management of clients, revenue, contracts, spare parts sales, service quality, acceptance checks, and collaborative office operations. It establishes a unified comprehensive management platform for company-wide control. With quick search and real-time operational control functions, the headquarters can browse, query, control, and review all O&M projects through the system, enabling real-time information sharing and management. This ensures full visibility of frontline project dynamics and transparent operations across the corporate management platform. It optimizes resource allocation (human, financial, and material), standardizes and professionalizes O&M processes with digitalization, and builds a market-oriented, client-centric, and efficiency-driven engineering O&M framework.
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Smart River-Lake-Reservoir Information Management System
Equipped with the Hongdian Reservoir Group Monitoring and Early Warning Platform, this system integrates multiple informatization modules for reservoir clusters, including user management, reservoir basic information management, monitoring station management, GIS, video/image query management, hydrological telemetry, hydrological data query/management, data analysis, and forecasting/early warning. It enables timely and accurate data collection from front-end monitoring stations, automated aggregation, analysis, result generation, and early warning issuance. Users can monitor real-time reservoir cluster conditions (e.g., precipitation, water levels) through the platform, supporting prompt decision-making.
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Water Pricing & Water Administration Information Management System
Leveraging a "smart online tools + offline technical services + big data support" model, this system assists governments and enterprises in innovating water pricing reforms, soil-water conservation, and water administration law enforcement. To ensure effective implementation, it integrates redesigned operational support systems into a unified platform. Built on IoT and cloud computing, this intelligent water utility O&M management platform combines modern sensing, positioning, wireless communication, and smart control technologies with data modeling and AI simulation. It organizes, analyzes, and evaluates data for remote management. The "smart" framework supports production, management, service, and decision-making processes, achieving strategic goals of water supply reliability, water quality improvement, cost optimization, service enhancement, and management efficiency.
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Rubber Dam Automation & Intelligent Control System
This system integrates modern electronics, computer science, communication networks, and automation control technologies. Through intelligent monitoring terminals, it achieves decentralized data collection and centralized monitoring of butterfly valves, water pumps, water levels, generator sets, etc., supporting both local and remote control. Offering a comprehensive rubber dam automation solution, it features high compatibility for seamless integration with other automation systems and smart devices, enabling cross-system communication and data sharing.
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Intelligent Sluice Gate Information Control System
Widely used in rivers and reservoirs, this automated sluice control system is critical for irrigation and flood prevention. Unlike traditional manual data collection and operation, it enables a single operator to monitor liquid levels and gate status via digital video surveillance, execute dispatch commands from the control room, and significantly improve management efficiency and facility safety.
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Pump Station Automation & Intelligent Control System
Comprising automated monitoring systems, control devices, and relay protection equipment, this system replaces obsolete instruments and traditional control platforms, reducing cable usage and control room space. It monitors and controls primary/secondary equipment through data acquisition, status tracking, and adjustment, ensuring safe and efficient operation. Protection devices rapidly identify and resolve faults for prompt recovery.
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Urban-Rural Water Supply Integrated Monitoring & Control System
By establishing a unified monitoring and dispatching platform for urban-rural water resources, this system enhances sustainable water utilization. Leveraging GIS, databases, and decision support technologies, it integrates information collection, monitoring centers, data management, and business applications to deliver comprehensive services (flood control, water resource management, supply/drainage) and streamline management processes.
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Agricultural Water-Fertilizer Integration Intelligent Control System
Addressing issues of incomplete fertilizer dissolution and water waste, this system delivers soluble fertilizers with irrigation water directly to crop roots via intelligent fertigation machines. Its user-friendly design reduces water, energy, and labor costs while improving resource efficiency for higher agricultural yields.
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High-Standard Farmland Water-Efficient Irrigation System
Developed in compliance with the Ministry of Water Resources’ standards (e.g., National Irrigation District Management Information System Construction Plan), this system integrates modern IT and irrigation equipment. Using well control cabinets and precision water management cloud platforms, it achieves scientific irrigation and optimized water use for enhanced efficiency.
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Irrigation District Informatization Intelligent Monitoring & Control System
Specifically designed for irrigation district informatization, this software system collects and processes hydrological data (rainfall, groundwater, soil moisture), meteorological data, open-channel flow, water consumption, visual monitoring, pump station data, rubber dam data, sluice gate data, and irrigation data. It provides accurate real-time data queries and statistical analysis for management units, enables remote control of pumps and gates, offers efficient management tools, and delivers robust support for operational safety, optimal water allocation, and water-use efficiency enhancement.
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Smart Water Conservancy Digital Twin System
Integrating digital twin platforms for water resource management, irrigation informatization, reservoir safety monitoring, flood warning, electricity-for-water conversion, and urban-rural water supply, this system addresses challenges such as fragmented functional systems, data silos, and low data utilization in water authorities. By consolidating existing subsystems, it enables data sharing and intelligent analysis. Combined with virtual twin technology and hydraulic modeling, it fully implements forecasting, early warning, simulation, and contingency planning capabilities for water management systems.
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