Product Alias: Conductor Galloping Monitoring System

Product Model: TLKS-PMG-WD

Transmission Line Geological Disaster and Galloping Disaster Monitoring System

I. Product Description:

China has numerous transmission lines with high altitudes, large spans, and long distances. The meteorological conditions within the transmission line corridors are complex and variable, and conductor galloping accidents occur frequently. The causes of accidents include excessive galloping amplitude of conductors, and the stability of the power supply system is not optimistic under the challenge of conductor galloping. It is often necessary to collect and calculate data to restore the galloping trajectory, but because the test data is not real-time, it is impossible to obtain accurate real-time calculation results. Our company's developed Transmission Line Geological Disaster and Galloping Disaster Monitoring System performs real-time galloping data collection on transmission conductors. When the galloping frequency exceeds the preset value, an alarm is automatically triggered, allowing line maintenance personnel to immediately take emergency measures to ensure the safe operation of high-voltage lines.

II. Working Principle:

The Transmission Line Geological Disaster and Galloping Disaster Monitoring System installs a set of galloping sensors on the conductor. The system automatically obtains the acceleration values in the vertical and horizontal directions during conductor galloping. Through remotely collected galloping, micro-meteorological, and image data, the data is digitally compressed and encoded, then sent to the monitoring center. The data monitoring client can browse and observe the on-site conditions of each monitoring point in real-time. Maintenance personnel analyze and compare the galloping, micro-meteorological, image, and other data sent from the site. If abnormal warning information appears, corresponding emergency measures are immediately taken to ensure the safe operation of high-voltage lines.

III. Product Functions:

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

l Micro-meteorological data collection function, by collecting front-end temperature, humidity, wind speed, wind direction, etc., combining it with conductor galloping data, for analysis and processing

l Intelligent galloping analysis, through the platform's three-dimensional analysis algorithm, establishing three-dimensional parameters during the initial installation of the equipment, based onMATLAB algorithm, integrating sensor data, image data, forming a comprehensive monitoring system for the entire monitored line

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

l Stable and reliable battery charging management system, usingMPPT (Maximum Power Point Tracking) technology to charge the battery, improving solar charging efficiency by at least20%

IV. Technical Parameters:

u Power supply method: Wind-solar hybrid with battery

<極狐",sans-serif; mso-fareast-font-family:宋體;color:black;mso-font-kerning:0pt;mso-bidi-language:="" ar"="">u Communication requirements: Supports wireless network communication,可以選擇運(yùn)營商 based on on-site conditions

u Operating voltage: DC12V

V. Summary:

It is very necessary to install a set of Transmission Line Geological Disaster and Galloping Disaster Monitoring System on transmission lines to conduct real-time online monitoring of the status of the transmission tower power system. It reminds operation and maintenance personnel to take effective protective measures in time to reduce the damage caused by galloping to the conductors. This helps staff to grasp various situations of the transmission tower at the first time, greatly reducing manual inspection costs, and being more practical and reliable. Our company's developed TLKS-PMG-WDTransmission Line Geological Disaster and Galloping Disaster Monitoring System online monitoring device has been applied in many provinces, including provincial tenders. Our company has established offices nationwide to carry out business.Welcome to inquire or act as an agent, Ms. Li, Shenzhen Telikon Technology Company

①③⑥⑧②③⑤①⑥③⑤ (WeChat同步)   QQ: ①⑨②0⑥⑦①⑨②⑦    Company website: //www.sztlk.com

Customized products, the quoted price is the reference range price at the time of market release, the actual price is subject to discussion.

VI. Precautions:

1. Care should be taken to avoid the device falling to the ground or being subjected to strong impacts from other objects;

2. Care should be taken to avoid strong external impacts on the solar panel, causing damage to the solar panel;

3. During installation, try to position the solar panel towards the sunlight;

4. When installing the device, turn off the power switch, and turn on the power switch after installation is completed;

5. It is strictly prohibited to disassemble the structure or circuit board without authorization. Unauthorized disassembly of the device will void the warranty.