TelikonTLKS-PMG-WDTransmission Line Galloping Online Monitoring Device

During the windy season, transmission line galloping severely affects the safe and stable operation of the power system. Severe conductor galloping not only causes hardware wear, wire breakage, and tripping but may also lead to tower collapse accidents, resulting in widespread power outages. Traditional monitoring methods struggle to capture galloping dynamics in time and cannot meet the refined operational needs of the power grid. Shenzhen Telikon Technology's TLKS-PMG-WDTransmission Line Galloping Online Monitoring Device, with its advanced monitoring technology, serves as a robust defense line for the power grid against galloping disasters!

Innovative Working Mechanism

TLKS-PMG-WDTransmission Line Galloping Online Monitoring Device is equipped with high-precision acceleration and tilt sensors, acting like sensitive "nerve endings" for the transmission lines, capable of detecting galloping amplitude, frequency, and direction in real-time at millisecond speeds. Through advanced signal processing algorithms, it effectively filters environmental interference and accurately analyzes galloping characteristics. Once abnormal galloping is detected, the device immediately sends warning information to the monitoring center and maintenance personnel via 4G/5G networks, while automatically recording galloping process data to provide detailed evidence for subsequent analysis and handling.

Technical Parameter Support

1. Power supply method: Wind-solar hybrid with battery

2. Communication requirements: Supports wireless network communication, with the option to choose an operator based on field conditions

3. Operating voltage: DC12V

Diverse Functional Features

1. Real-time monitoring of conductor displacement, acceleration, angle, etc., combined with analysis and processing of various sensor data, data modeling, and timely diagnosis of abnormal information

2. Equipped with micro-meteorological data collection function, by collecting front-end temperature, humidity, wind speed, wind direction, etc., combining it with conductor galloping data, and performing analysis and processing

3. Intelligent galloping risk analysis, using platform 3D analysis algorithms to establish 3D parameters during initial device installation, based on MATLAB algorithms, integrating sensor data, image data, to form a comprehensive monitoring system for the entire monitored line

4. Real-time video browsing function, resolution ≤1080P, enabling monitoring of conductor galloping conditions, through image recognition processing,&& diagnosing galloping information processing

5. Stable and reliable battery charging management system, using MPPT (Maximum Power Point Tracking) technology to charge the battery, improving solar charging efficiency by at least 20%

TLKS-PMG-WDTransmission Line Galloping Online Monitoring Device is an essential component of smart grid construction. Through the "perception- transmission- analysis- warning" closed-loop process, it achieves proactive prevention and control of galloping risks, providing technological assurance for the safe operation of transmission lines. With the development of IoT, big data, and artificial intelligence technologies, such devices will evolve towards greater intelligence, reliability, and collaboration, further enhancing the digital operational level of the power grid.

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