Online monitoring device for transmission line galloping improves operation and maintenance efficiency

Product Aliases: Transmission Line Galloping Monitoring Equipment, Conductor Galloping Early Warning System, Transmission Line Galloping Data Acquisition Device, Online Monitoring System for Transmission Line Galloping, Online Monitoring Device for Transmission Line Galloping

Product Model: TLKS-PMG-WD

I. Product Description:

In the vast power network, transmission lines are like vital veins extending to every corner of the land, injecting continuous power into social prosperity. However, conductor galloping is like a lurking danger, constantly affecting the safety and stability of the power grid. To address this challenge, we have developed and produced the Online Monitoring Device for Transmission Line Galloping, aiming to safeguard the safety of every transmission line and ensure unobstructed power supply.

II. Working Principle:

The Online Monitoring Device for Transmission Line Galloping is carefully built by Telcom Technology, integrating advanced sensor technology and data analysis algorithms. It can monitor key parameters such as conductor displacement, acceleration and angle in real time. Through precise data capture and intelligent processing, this device provides power operation and maintenance personnel with accurate galloping risk assessment, helping to prevent safety issues caused by conductor galloping and ensuring the stability of power grid operation and the continuity of power transmission.

III. Product Functions:

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

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

3. Intelligent galloping analysis, establishing three-dimensional parameters through the platform's three-dimensional analysis algorithm when the device is first installed, based onMATLAB algorithm, integrating sensor data, image data, forming a three-dimensional monitoring system for the entire monitored line

4. With real-time video browsing function, resolution≤1080P, can realize monitoring of conductor galloping conditions, through image recognition and processing,&& diagnosis of galloping information processing

5. Stable and reliable battery charging management system, adoptingMPPT (Maximum Power Point Tracking) technology to charge the storage battery, solar charging efficiency is improved by at least20%

IV. Technical Parameters:

1. Power supply mode: wind-solar hybrid plus storage battery

2. Communication requirements: supports wireless network communication, operator can be selected according to on-site conditions

3. Working voltage: DC12V

V. Summary:

The Online Monitoring Device for Transmission Line Galloping is another important achievement of our company in technological innovation for power safety monitoring. Through real-time monitoring capabilities and intelligent data processing, it effectively reduces power safety risks caused by conductor galloping and improves the stability of the entire power grid operation. We firmly believe that with the wide application of the TLKS-PMG-WD device, the security protection capability of the power grid will be greatly enhanced, promoting new breakthroughs in safety management and technological progress of the power industry.

For device details, please consult Ms. Li of Telcom: +86 13682351635; (WeChat is synchronized
）Custom product quotations are market reference prices, and the actual price needs to be negotiated by phone.

VI. Usage Notes:

①. During the customization process, both parties shall protect intellectual property rights and avoid infringement risks.

②. Conduct technical evaluation on the user's customized requirements to ensure that they can be realized and meet the requirements.

③. Conduct regular appearance inspection, performance testing and cleaning maintenance on the device, and discover and solve problems in a timely manner.

4. Before installation, please carefully read the product installation manual to understand the installation steps, required tools and safety requirements.

⑤. After installation, perform system debugging and testing to ensure normal functions and accurate data transmission.