Video online monitoring equipment (for forest fire prevention monitoring)

Online Monitoring Device for Preventing Forest Fires on Transmission Lines

I. Product Description:
In winter, low temperatures lead people to light fires outdoors for warmth during prolonged activities. However, dry conditions and abundant flammable materials significantly increase the probability of forest fires, posing certain hazards to the safe operation of the power grid. Our company has developed a set of "Online Monitoring Device for Preventing Forest Fires on Transmission Lines" for the safety of the distribution network. This device is designed for grassroots power supply stations to provide safety protection measures for critical lines and enhance fire source publicity and control. Utilizing optoelectronic composite overlapping temperature measurement technology, the device monitors targets comprehensively and around the clock, covering important sections such as forest-crossing lines. It enables timely handling and effective management of emergencies, ensuring that local management personnel arrive on-site promptly to intervene, safeguarding personal, on-site, and responsibility safety. It also directs rescue teams to the scene via the shortest path to complete firefighting tasks.

II. Working Principle:
The Online Monitoring Device for Preventing Forest Fires on Transmission Lines consists of an optoelectronic composite temperature measurement sensor, a pan-tilt unit, a camera device (typically an ultra-long-range high-definition zoom camera), an image/video monitoring unit, a micro-meteorological collection unit, and a power supply unit. It features self-inspection, self-recovery, and self-identification capabilities. Using image and video methods along with optoelectronic composite overlapping temperature measurement technology, it monitors targets. The device can precisely locate forest fires and record information, transmitting it to the power department via 4G networks. The command center can intuitively adjust the pan-tilt and view video footage of fire points through the device's backend software or mobile terminals. Additionally, it supports real-time fire location marking using GIS/GPS, with the system automatically planning paths based on geographical coordinates.

III. Product Value:
① Ability to identify small fire sources: The capability to detect small fire sources over long distances allows customers to quickly respond and make judgments during the early stages of a fire.
② Accurate fire location capability: Supports real-time fire location marking based on GPS/GIS, enabling precise fire positioning so that management personnel and firefighting teams can quickly and accurately locate the fire source.
③ Proactive alert capability: Does not rely on visual observation; the system automatically identifies fires and immediately issues alerts via sound, SMS, messages, and other methods to multiple relevant personnel and departments.
④ Cost reduction: Through unique designs in site simulation, lightning protection, theft prevention, alert capabilities, remote management, and data analysis, the system significantly reduces installation, maintenance, and operational costs over the entire lifecycle of the solution.

IV. Core Technologies:
① Optoelectronic composite temperature measurement intelligent fire recognition algorithm and automatic alert function.
② Over-the-horizon visual monitoring system, enabling the viewing of forest fire videos.
③ Hidden function and algorithm for known interference sources.
④ Powerful platform management system for forest fire prevention.

V. Technical Parameters:
① Pixel: 384×288
② Wavelength range: 8~14μm
③ Thermal sensitivity: ≤50mk@30°C
④ Image modes: HDR mode, linear mode
⑤ Image enhancement: IDE (Image Detail Enhancement)
⑥ Focal length: 25mm/35mm/55mm
⑦ Image mirroring: Horizontal, vertical, 180° flip
⑧ Temperature measurement function: Display and tracking of maximum and minimum temperatures, center point temperature, and average temperature display.
⑨ Temperature measurement range: -20°C~+150°C, 0°C~+550°C
⑩ Temperature measurement accuracy: ±2°C/2%
VI. Summary:
The Online Monitoring Device for Preventing Forest Fires on Transmission Lines comprehensively enhances the real-time monitoring and risk assessment capabilities of the external environment along transmission line corridors. It plays a crucial role in timely monitoring and detecting fires along transmission line corridors and their surroundings, effectively preventing forest fires on transmission lines, ensuring the safe operation of the power grid and reliable power supply, and addressing large-scale natural disasters.
If you have any needs, please feel free to contact Ren Haha at Telicon Technology Company.

Customized products; quoted prices are reference range prices at the time of market release. Actual prices are subject to discussion.

VII. Precautions:
1. Avoid dropping the device on the ground or subjecting it to strong impacts from other objects.
2. Avoid strong external impacts on the solar panel to prevent damage.
3. During installation, ensure the solar panel faces the direction of sunlight as much as possible.
4. Turn off the power switch during installation and turn it on only after installation is complete.
5. Unauthorized disassembly of the structure or circuit board is strictly prohibited. Unauthorized disassembly will void the warranty.