Under the trends of agricultural modernization and water conservancy informatization, traditional sluice gate management in irrigation districts faces unprecedented challenges, including low automation, inefficient operations, and significant water resource waste. To address these issues, we propose the Integrated Monitoring and Control Sluice Gate System, designed to enable remote monitoring, automated control, precise water allocation, and efficient management of sluice gates.
ShenZhen Huaju Scientific Instruments HJ-DCK-D Integrated Control System combines automation, intelligence, and informatization into a unified platform. It integrates an LCD display, remote controllers, gate actuators, and multi-sensor connectivity (pre/post-gate water level sensors, flow meters, rainfall sensors, and gate systems). With six built-in automated control modes, the system adapts to diverse monitoring and control scenarios based on user configurations.
Remote Gate Control
Supports remote, manual, and automated control modes for flexible operations.
Real-Time Water Level & Flow Monitoring
Collects channel water level and flow data to optimize water allocation.
Equipment Status Monitoring
Tracks gate position, motor parameters, and system health to ensure safety.
Video Surveillance
HD cameras provide live views of gates and channels for remote oversight.
High-Speed Communication
Utilizes 4G/5G/NB-IoT for reliable data transmission.
Anomaly Alerts
Triggers alarms for equipment faults or abnormal data to prevent risks.
Software Ecosystem
Web platform and mobile APP for seamless management. Open protocol interfaces enable custom platform integration.
Multi-Gate Compatibility
Compatible with new aluminum alloy gates and retrofittable for existing cast iron gates.
Adaptive Control Modes
Auto-adjusts gate openings based on water level, flow, or time schedules.
Voice Guidance
Voice prompts enhance operational accuracy and user interaction.
Security Logging
Auto-captures and stores images upon gate cabinet access for audit trails.
The system can upgrade traditional manually operated cast iron gates to automated/electric control, significantly improving legacy infrastructure efficiency.
Enhanced Water Efficiency
Precise gate control minimizes water waste and optimizes resource utilization.
Reduced Operational Costs
High automation lowers labor dependency and maintenance expenses.
Improved Water Safety
Real-time monitoring prevents flood risks and safeguards public safety.
4.Smart Water Conservancy Advancement
Serves as a cornerstone for intelligent water management systems, driving China’s hydraulic informatization.
Technical Specifications
Power Supply: Solar/battery/grid options for versatile deployment.
Compliance: Meets SL651, SZY206, and industrial standards.
Durability: IP67-rated for harsh environments.
Outcome: Streamlined irrigation management, data-driven decision-making, and sustainable water resource governance.
