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Thermal Imagery Monitoring System

In this era of modern life, important supplying systems related to daily lives of people in cities and industrial areas such as power cables, broadcasting cables, communication network cables, transformers, electrical panels, gas pipes, water pipes and hot water pipes for heating are located under the ground for the purpose of beautiful urban landscape and safety. Therefore, it is difficult to continuously monitor and manage them with eyes, and since power cables which generate high heat pass through, they may be easily exposed to an accident such as a fire.
If the function fails as an accident occurs, a major communication/power/water crisis may occur.
The thermal imagery monitoring system is a system
that can make it possible to handle an emergency situation quickly and accurately by immediately notifying it to the mangers, central monitoring panel and related institutions at the time of the emergency by doing the multi-analysis using images and sensors such as CCTV images, thermal imagery cameras and flame senor in order to prevent such accident in advance.

System Functions

  • Unmanned real-time measurement
    of movement changes inside the
    common duct from the remote location
    01
  • Monitoring against fire on
    transformers and facilities
    (electrical panel and etc.)
    02
  • Real-time analysis of temperature
    changes at the spot that the fire is
    expected to be started through thermal
    03
  • Securing of visibility inside of dark
    common duct through thermal images
    04
  • Dualization of image analysis
    by adding thermal imagery cameras
    to the CCTV system
    05
  • Identifies dangerous state
    through various sensors
    06
  • Implementation of real-time monitoring and analysis control through RTU
    (Industrial Multimedia Integrated Controller)
    07
  • Fire suppression at the initial stage
    and prevention of spreading out by
    using automatic fire extinguishing device
    08
  • Prevention of fire in advance and
    fire suppression at the initial stage
    in isolated area such as vessel
    09