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Subway and Light Rail

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Scene Introduction Demand Analysis Program Highlights Core Products

Scene Introduction

Due to environmental erosion and material aging during Subway and Light Rail operation, structural damage and functional degradation can occur, leading to an increased risk of accidents.

The Ruhr IoT subways/ light rails Sensing System utilizes intelligent sensing, communication, networking, and computing technologies. By implementing real-time monitoring of environmental and structural parameters in Railway, the system facilitates a comprehensive analysis and intelligent evaluation of the the safety conditions of subways/ light rails.

Demand Analysis

Structural instability

Due to environmental degradation, traffic loads, human factors and environmental factors, subways and light rails structures can suffer varying degrees of damage and deterioration. In extreme cases, this may lead to catastrophic events.

Subgrade Settlement

The subways and light rails subgrade, serving as the foundation of the track, is susceptible to settlement issues under the influence of environmental factors and human activities. If these problems are not addressed with due seriousness, they will result in severe consequences.

Maintenance Management

Maintenance management relies primarily on regular manual inspections, with relatively long intervals between consecutive inspections.

Program Highlights

Real-time Security Situation Awareness

Real-time Security Situation Awareness involves continuously monitoring subgrade settlement, internal displacement, cracks, and other structural deformation conditions, as well as soil stress and pore pressure, to timely assess the safety conditions of railways.
Abnormal Event Notifier System

In the event of track deformation and subgrade settlement, the system will notify regulatory authorities and management personnel through video, SMS, and voice calls.
Maintenance Guidance

Based on the assessment results, provide guidance to assist subways/ light rails managers in developing more efficient plans for maintenance .