Integrated Design of Station Electromechanical Equipment Monitoring System Based on Edge Control Logic

Abstract

Objective The current urban rail transit management mode still predominantly manages lines as subjects, and the efficiency of networked management is not fully utilized. Enhancing the efficiency and effectiveness of urban rail transit network management is a common challenge faced by urban rail transit operating companies in many cities. To achieve the centralized management-control of station EM (electromechanical) equipment, an integrated design scheme for station EM equipment monitoring system based on edge control logic is proposed. Method The development trend and constraining factors of urban rail transit networked management are analyzed. The development direction of edge control automation based on IT/OT (information technology/operational technology) integration is proposed. The technical architecture of existing station EM equipment monitoring systems and the construction scheme of station EM equipment monitoring system based on EM integration is introduced. The technical characteristics and implementation effects of this construction scheme are analyzed. Result & Conclusion Based on edge controllers, a station EM eguipment management system is built, forming a cloud-edge-end architecture for centralized management of station EM equipment, which makes the control system simpler, safer, more efficient, and more economical. Pilot results indicate that the integrated design scheme of the station EM equipment monitoring system based on edge control logic is feasible and can enhance networked management capabilities.

Keywords

• urban rail transit
• station electromechanical equipment
• edge controller