This project includes:
New radar-based hydrological monitoring systems
Network security compliance retesting
Upgrades to existing hydrological monitoring equipment
Video surveillance platform software enhancements
Ultrasonic flow measurement flume construction
Bayin Bureau’s server room upgrade (electrical and low-voltage systems)
These initiatives aim to enhance hydrological monitoring accuracy, cybersecurity resilience, and data-driven water resource management across the basin.
Immune to temperature, vapor, dust, pollutants, and sediment.
Optimized algorithms ensure stable and accurate results.
Mobile App Integration: Bluetooth connectivity enables on-site debugging and maintenance.
Compact, easy-to-install design with minimal upkeep.
Solution: Implements Huaju HJ-UT-B Open-Channel Time-of-Flight Flow Flumes, designed for medium-to-large trapezoidal or rectangular channels without structural modifications.
Features:
4-Channel Embedded Design: Ensures smooth water flow and debris resistance.
High Reliability: Industrial-grade components with extended lifespan. Precision: Low-noise circuits and flow-pattern fitting algorithms achieve full-range measurement error below standard requirements.
Remote Management: Supports diagnostics, firmware upgrades, and Bluetooth-based maintenance.
Enhanced Informatization: Integration of non-contact radar and ultrasonic flow technologies elevates data accuracy for water resource management and ecological protection.
Operational Efficiency: Real-time monitoring and predictive analytics optimize basin-wide water allocation and flood control.
Sustainability: Reduced manual intervention and long-term cost savings through automated systems.
