Remote control and Monitoring system for aviation obstacle light system
BTL successfully developed a sophisticated remote control and monitoring system for the aviation obstacle light system, commissioned by the Civil Aviation Department (CAD). This advanced system ensures the safety and operational efficiency of aviation activities by providing real-time monitoring and control capabilities across multiple sites.

Project Overview
Objective: The primary goal of this project was to create a comprehensive monitoring solution that allows for the effective oversight of aviation obstacle lights at various critical locations. This system enhances safety measures for air traffic by ensuring that all obstacle lights are functioning correctly and are easily monitored from a centralized control center.
System Features
Centralized Control Center: The heart of the system is the Control Center located at the CAD Headquarters. This facility integrates data from all monitoring sites, allowing operators to oversee the status of the aviation obstacle lights in real time.
Monitoring Sites: The system encompasses a total of 10 strategically located monitoring sites, each designated from Site 00 to Site 09. These sites are equipped with sensors that detect alarm signals, ensuring prompt responses to any issues that may arise. The sites include:
Site 00: Tai Mo Shan
Site 01: Hill 507 (Tuen Mun)
Site 02: Hill adjacent to 507 (Tuen Mun)
Site 03: Hill adjacent to 344 (Tai Lam Chung)
Site 04: Hill 473 (Shek Lung Kung)
Site 05: Hill 334 (Tsing Yi South)
Site 06: Hill adjacent to 334 (Tsing Yi)
Site 07: Fa Peng Teng
Site 08: Tai Che Tung
Site 09: Castle Peak
Key Benefits
Enhanced Safety: By continuously monitoring the status of aviation obstacle lights, the system ensures that any malfunctions are quickly identified and addressed, significantly reducing the risk of accidents.
Real-Time Alerts: The system provides instant alert notifications to the Control Center, allowing for swift action in the case of an alarm, thus ensuring uninterrupted safety for air traffic.
Data Integration and Reporting: The monitoring system allows for comprehensive data collection and reporting, enabling the Civil Aviation Department to analyze performance trends and make informed decisions regarding maintenance and upgrades.

Conclusion
The successful implementation of the remote control and monitoring system for the aviation obstacle light system underscores BTL’s commitment to enhancing aviation safety and operational efficiency. By integrating cutting-edge technology with robust monitoring capabilities, we have provided the Civil Aviation Department with a vital tool for safeguarding airspace in the region.
We look forward to continuing our partnership with the CAD and supporting ongoing improvements in aviation safety standards.