Reservoir dam safety monitoring encompasses instrument-based measurements and on-site inspections of dam structures, abutments, adjacent slopes, and surrounding environments. By analyzing collected data, engineers assess operational status, predict future conditions, and ensure structural integrity—while advancing design innovation, construction techniques, and scientific research.
1.Aging Infrastructure: Early-construction dams built to outdated standards pose safety risks
2.Manual Operations: Reliance on human reporting for rainfall/water-level data; limited automated monitoring
3.Inadequate Forecasting: Insufficient historical data impedes accurate flood prediction; remote locations lack warning systems
4.Management Deficiencies: Unclear responsibilities, insufficient funding, and reactive maintenance
Linksens' solution enhances safety for small reservoirs through IoT and big data technologies. The system integrates:
Hydrological Stations: Real-time rainfall/water-level tracking
Structural Sensors: Seepage pressure, deformation, and leakage monitoring
Edge Computing Gateways: On-site data processing for remote sites
Cloud Analytics Platform: AI-driven risk modeling
Deploying purpose-built sensors and proprietary algorithms, we deliver a unified monitoring ecosystem that transforms raw data into actionable safety insights—enabling proactive maintenance and emergency response.
Replace manual inspections with continuous structural health monitoring, detecting micro-deformations and seepage anomalies 24/7
2.Predictive Disaster Preparedness
AI models forecast flood risks using historical/real-time hydrological data, enabling preemptive water discharge protocols
3.Centralized Maintenance Intelligence
Unified dashboard prioritizes repair needs based on criticality, optimizing limited maintenance budgets
4.Regulatory Compliance Assurance
Automated reporting aligned with FEMA/ICOLD standards simplifies audits
5.Remote Operational Resilience
Satellite-enabled communication maintains monitoring during extreme weather when ground networks fail
6.Lifecycle Cost Reduction
Early defect detection prevents catastrophic failures, extending dam service life by decades
