Ice Accumulation Image Monitoring Device for Conductors
Contact Info
- Building C-9, Floor C, Precision达 Industrial Park, No.39 Qingfeng Avenue, Longgang Sub-district, Longgang District, Shenzhen City, 518116
- 李女士
- 13682351635
- 1920671927@qq.com
Product aliases: Conductor De-icing Monitoring Device, Transmission Line De-icing De-icing Elf, Conductor De-icing Image Monitoring Device, Conductor De-icing Monitoring System, Line De-icing Monitoring and Early Warning Device, Transmission De-icing Monitoring Device
The Pain of Icing: A Silent Winter Battle
For a long time, transmission line de-icing monitoring has mainly relied on two methods: First, manual inspection, where line inspectors trek into the mountains in cold weather, using their eyes and telescopes to judge the de-icing thickness of conductors. This method is not only inefficient and highly risky, but also severely limited by terrain, weather and visibility, leading to insufficient monitoring coverage and timeliness. Second, online monitoring devices, such as tension and inclination monitoring, etc. Although these devices can remotely transmit data to a certain extent, they still have shortcomings such as single data dimensions, inability to visually view on-site images, and insufficient accuracy in calculating de-icing thickness. When extreme weather strikes, operation and maintenance personnel often fall into a passive situation of "knowing that de-icing is occurring, but not knowing how serious it is or when to take action".
Therefore, the power industry urgently needs a de-icing monitoring tool that can "see clearly, measure accurately, transmit quickly and judge clearly" — it not only needs to solve the problem of "whether there is ice", but also needs to answer core concerns such as "how thick the ice is, how fast it is growing, and when it will reach a dangerous threshold", truly upgrading operation and maintenance decisions from "experience-based judgment" to "data-driven".
TLKS-PMG-FB500 Conductor De-icing Image Monitoring Device: Equipping lines with "smart eyes"
In response to the above pain points, the TLKS-PMG-FB500 Conductor De-icing Image Monitoring Device came into being. This online device, which focuses on transmission line de-icing monitoring and early warning, integrates multiple functions with advanced technology and innovative design, enabling real-time grasp of line de-icing conditions and building a comprehensive protection barrier for the safe operation of transmission lines.
In terms of power supply, it adopts an efficient AC induction power-taking technology and a solar hybrid power supply mode. For DC line equipment, it is also thoughtfully equipped with a rechargeable power box and a 48W solar panel, ensuring uninterrupted monitoring around the clock. Whether in severe cold or hot weather, or in wind and rain, it can operate stably, safeguarding the safety of transmission lines.
Core Functions
1.
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