HarmonyOS Highway Tunnel Integrated Solution

A Future Smart Tunnel Operation System for Safe Operations, Intelligent Inspection, and Efficient Maintenance

Functional Overview

With KaihongOS as the digital base, it integrates monitoring, ventilation, lighting, fire protection, power supply, and distribution subsystems, leveraging digital twin technology, big data, IoT, and AI to achieve real-time monitoring and intelligent decision-making of tunnel equipment status, building a future smart tunnel operation system featuring "safe operations, intelligent inspection, and efficient maintenance."

Customer Pain Points

  • Electromechanical Systems Are Siloed: electromechanical subsystems in tunnels operate independently, with information not interconnected and difficult to coordinate.
  • Emergency Response Is Not Timely: tunnel emergency handling relies on manual reporting, with long response cycles and high safety risks.
  • Operation and Maintenance Costs Are High: equipment inspection relies on manual work, fault location is difficult, and maintenance efficiency is low.
  • Energy Consumption Management Is Extensive: lighting and ventilation systems lack dynamic optimization means, keeping energy consumption high.

Solution Advantages

  • Unified Digital Twin Base: builds a unified digital twin base for tunnels, faithfully restoring tunnel spatial form and achieving real-time environmental change monitoring, providing a comprehensive basis for data-driven decision-making.
  • Suiming Intelligent Connection Perception Platform: unified IoT bus, unified data governance, and unified communication protocol, breaking the traditional "information island" state of electromechanical equipment.
  • Leize Intelligent Connection All-in-One / Yiwang Intelligent Connection Companion: enables non-HarmonyOS electromechanical equipment to join the OpenHarmony super collaboration system, adhering to the legacy reuse principle and reducing the comprehensive cost of "construction-management-maintenance-operation."
  • Intelligent Emergency Response: built-in policy AI models monitor tunnel operation in real time; when anomalies occur, they immediately invoke the emergency plan library, allowing regulatory personnel to execute with one click and greatly improving emergency response capability.
  • Energy-Saving Control Strategy: customize scientific and innovative multi-dimensional lighting and ventilation energy-saving control strategies for owners, achieving comprehensive tunnel energy saving and green low-carbon operation.

Architecture Diagram

Architecture Diagram