Meleye Enhances Building Efficiency with Smart Elevator Control

February 11, 2026

Dernier blog de l'entreprise Meleye Enhances Building Efficiency with Smart Elevator Control
1. Introduction

As urbanization accelerates globally, high-rise buildings are becoming increasingly common. Elevators and escalators serve as critical components of vertical transportation within buildings, where their operational efficiency, safety, and intelligent management directly impact overall building performance and user experience.

Traditional elevator group control systems often face limitations in monitoring scope, slow data transmission speeds, low system security, complex user interfaces, and insufficient functional expandability. These shortcomings make them inadequate for meeting the growing demands of modern intelligent building management.

This report provides a comprehensive evaluation of Mitsubishi Electric's MelEye elevator group control system, analyzing its innovations and advantages in smart building traffic management from multiple perspectives including technical architecture, functional features, user experience, security, and economic benefits.

2. System Overview: MelEye – A New Benchmark in Intelligent Building Traffic Management

The Mitsubishi Electric MelEye elevator group control system is a web-based intelligent solution designed to provide efficient, safe, and smart management for elevators and escalators in modern buildings. Leveraging cutting-edge network technology, MelEye enables real-time monitoring, intelligent regulation, and remote management of vertical transportation systems.

The system's core advantages lie in its web-based architecture, Ethernet connectivity, and user-friendly interface, which collectively achieve unprecedented levels of monitoring scope, data transmission speed, system security, and user experience. Additionally, MelEye offers extensive optional features including remote control, operation scheduling, statistical analysis, and playback functions to meet diverse user requirements.

3. Technical Architecture Analysis: Network-Enabled Intelligence

MelEye's technical architecture forms the foundation of its competitive advantage, employing advanced web-based architecture and Ethernet connectivity for real-time monitoring and intelligent control of elevators and escalators.

3.1 Web-Based Architecture: Access Anywhere, Anytime

Unlike traditional systems requiring dedicated client software, MelEye's web server architecture allows building managers to monitor vertical transportation systems from any networked computer. Key benefits include:

  • No client software installation required, reducing deployment costs
  • Cross-platform compatibility across operating systems and browsers
  • Remote access capability from any location
  • Simplified maintenance with server-side updates
3.2 Ethernet Connectivity: High-Speed, Stable Performance

Replacing legacy serial communications, MelEye utilizes high-speed Ethernet for reliable data transmission between servers and vertical transportation equipment. Advantages include:

  • Real-time transmission of operational data
  • Enhanced stability with superior interference resistance
  • Scalable network architecture for additional equipment
  • High-security network compatibility
4. Functional Assessment: Comprehensive Monitoring and Intelligent Control

MelEye delivers extensive functionality including real-time monitoring, intelligent regulation, remote control, operation scheduling, statistical analysis, and playback capabilities.

4.1 Multi-Functional Monitoring Interface

The system provides intuitive displays showing operational modes, status indicators, and group control performance through visual charts and indicators. Information displayed includes:

  • Elevator data: current floor, direction, passenger load, speed, fault status
  • Escalator data: speed, direction, fault status
  • System-wide information: status alerts, communication status
4.2 Intuitive Screen Navigation

Mouse-driven interface allows effortless switching between monitoring screens for efficient information access and decision-making.

4.3 Reliable Safety Alerts

Instant notifications for potential safety hazards enable prompt response to equipment malfunctions.

4.4 Remote Control Capabilities

Features include:

  • Specific floor locking for VIP or security purposes
  • Emergency power switching during outages
  • Fire emergency return functionality
4.5 Operation Scheduling

Pre-set operation modes adapt to building traffic patterns, optimizing efficiency and reducing wait times.

4.6 Statistical Analysis

Comprehensive logging of faults, operations, and traffic patterns enables data-driven management optimization.

4.7 Playback Functionality

30-day historical operation replay supports incident analysis and strategy refinement.

4.8 Location Display

Real-time equipment positioning with fault highlighting enables rapid response.

5. User Experience Evaluation

MelEye combines powerful functionality with user-centric design featuring:

  • Intuitive interface with clear visual indicators
  • Simple mouse-driven operation
  • Concise alert messaging
6. Security Assessment

Multi-layered protection includes:

  • High-security network integration
  • Encrypted data storage
  • Advanced fault diagnostics
7. Economic Benefit Analysis

The system delivers:

  • Reduced management costs through remote capabilities
  • Improved operational efficiency
  • Enhanced building value through intelligent management
8. Case Studies
8.1 International Airport Application

MelEye optimizes passenger flow management through real-time monitoring and adaptive control in high-traffic environments.

8.2 Large Shopping Center Implementation

The system reduces customer wait times by aligning elevator operations with shopping center traffic patterns.

8.3 High-Rise Office Building Deployment

Intelligent regulation ensures efficient employee transportation through dynamic response to usage patterns.

9. Conclusion

The Mitsubishi Electric MelEye system represents a comprehensive solution for modern intelligent building management, combining advanced technology with user-friendly design and extensive functionality. Recommendations include expanded market outreach, continuous feature enhancement, and broader application across diverse building types.