The monitoring system collects real-time operational data from drainage sluice pump stations by interfacing with flow monitoring devices, level transmitters, water quality monitoring equipment, and pump control cabinets. It achieves real-time monitoring and remote control of the sluice pump station's operating status. Based on the collection of operational status information from various water gates and pump stations, the system integrates regional water conditions, water quality information, scheduling objectives, and principles to formulate dispatching plans. Through an automated control system, it remotely centralizes the monitoring and joint dispatching of water gates and pump stations, achieving unified water resource management for regional flood prevention, water environment scheduling, and water allocation. By integrating the system platform, it showcases the operation status of each sluice pump station and drainage network, aggregates and analyzes long-term operational monitoring data for the pump stations, providing scientific and effective data support for the refined management of drainage networks.The current status quo of intelligent flow control wells:Equipment defects cannot be detected in a timely manner.2. Management efficiency is subpar.3. The authorities are unable to keep pace with the situation at all times.4. Three-shift work system, substantial expenses allocated to labor5. Requires manned attendance for manual recording of equipment operation records

The intelligent monitoring system is a crucial component in the informatization of water resources management. It allows for real-time remote monitoring of pump station equipment's operational status and various parameters, such as water level in the pump station pool, inlet pressure, outlet pressure, and outlet flow rate. The device also enables remote operation and control of the pump's start and stop. Additionally, the intelligent control cabinet features a fault alarm function, effectively enhancing the safety and reliability of the pump station, further achieving the goal of unattended and unmanned pump stations.