鲁尔物联-物联网数字底座

Scene Introduction

The Ruhr IoT Hilly Pond Safety Monitoring and Early Warning System is designed for reservoirs with a storage capacity of 10,000 to 100,000 cubic meters (10,000–100,000 m³) and a dam height of 5 to 15 meters (5–15 m). Those reservoirs is located upstream of residential areas, where a failure could potentially lead to casualties or building collapses. The Monitoring System is beneficial for resolving the irregularities in the management of Hilly Pond, enhancing the collection of data (water level, water quality, rainfall, and structural integrity), and establishing a early warning system. To balance both practicality and cost-effectiveness, the monitoring system is composed of State-Approved Standardized Devices.

Demand Analysis

Defects in the design and construction

Defects in the design and construction ；Non-conforming design and Inferior construction quality Inadequate anti-seepage capability and Compromised structural integrity ；Vulnerability to termite infestation.

Insufficient IoT Monitoring Devices

Data monitoring issues in Hilly Pond include: Insufficient Observation Facilities ( Inclinometer Casing, nclinometer Casing, Standpipe etc.) Aging in Observation Facilities;Insufficient Automated Monitoring Systems.

Irregular management

Shortage of professional staff ;Delayed detection of potential risks.

Program Highlights

Sensing: Integrated Monitoring Framework

The Monitoring Framework consists of the following components: Structural Safety Monitoring System; Hydrological and Rainfall Monitoring System; Video Surveillance Systems.
Surveillance: Real-Time System

Establish a multi-scenario, multi-dimensional IoT sensing network to enable real-time, automated online monitoring and data collection for the safety and operational status of hydraulic engineering facilities.
Model: Simulation and Projection

Leveraging AI-powered predictive algorithms, the system enables simulation, prediction, and analysis of structural deformation, crack propagation, and other critical factors, providing decision-making support for managers.
Analysis: Risk Assessment

Risk assessment involves the timely evaluation and hierarchical early warning based on the extent of structural damage, development trends, and potential severity of hazards. It enables threshold-based warnings, trigger alarms, model-based alerts, and the management of warning records.
Enhancement: Closed-loop Management

The enhancement of the monitoring system for management includes: Real-Time Feedback on Abnormal Status; Guides the daily operation and maintenance; Assists in rapid emergency response decision-making.