Micro Fire Source Online Monitoring System (Dual-spectrum)

Alternative product names: Wildfire Prevention Dual-Spectrum Monitoring System, Wildfire Prevention Thermal Imaging Infrared Safety Monitoring Equipment, Micro-Fire Online Monitoring System (Dual-Spectrum), Wildfire Prevention Centralized Control Terminal

El Niño "adds fuel to the fire": Wildfires, an unbearable burden on power grids

In recent years, the El Niño phenomenon has continued to intensify, with extreme high temperatures and drought becoming the norm, leading to frequent extreme wildfires worldwide. In China, a large number of overhead transmission lines pass through mountain corridors densely covered with forests. Once the surrounding vegetation is ignited, high temperatures will cause conductor annealing and increased sag, and thick smoke may cause air insulation breakdown, leading to line tripping and even tower collapse. Traditional manual line patrols "cannot cover all areas", while satellite remote sensing "is too slow" - transmission lines urgently need a pair of "eyes" that can monitor 24 hours a day to extinguish wildfires before they start smoldering.

TLKS-PMG-DF Micro-Fire Online Monitoring System (Dual-Spectrum): The "Smart Sentinel" for Mountain Corridors

TLKS-PMG-DF Micro-Fire Online Monitoring System (Dual-Spectrum) is specially designed for the field operation and maintenance of high-voltage overhead transmission lines. It integrates photoelectric composite temperature measurement, AI intelligent recognition and wireless transmission technologies, focusing on wildfires in mountain corridors. It can realize automatic detection of environmental heat sources, accurate identification of early fires, and active early warning of abnormal conditions, effectively solving industry problems such as delayed wildfire detection, difficult investigation and untimely disposal.

Working Principle

TLKS-PMG-DF Micro-Fire Online Monitoring System (Dual-Spectrum) adopts an integrated hardware architecture, mainly composed of a photoelectric composite temperature measurement sensing unit, an intelligent pan-tilt, high-definition camera equipment, an image acquisition module and a micro-meteorology acquisition unit. Multiple modules work together to achieve all-round intelligent monitoring. The equipment collects environmental data around the line 24 hours a day, and monitors micro-meteorological parameters such as temperature and humidity in real time, providing support for fire condition assessment.

During operation, the equipment scans the monitoring area in full through photoelectric composite temperature measurement sensing technology, combined with a dedicated AI intelligent recognition algorithm, to automatically distinguish environmental heat sources from fire sources, and accurately separate normal heat sources from abnormal fire sources. Once an early wildfire is detected, the system independently completes fire determination and triggers an alarm, and also supports remote real-time video access to efficiently guide emergency response.

Main Core Functions