Application Background of Power Grid Ice Coating Data Acquisition and Analysis System

Product Alias: Transmission Line Ice Coating Intelligent Identification Device, Transmission Line Ice Coating Early Warning Device, Transmission Line Ice Coating Real-time Monitoring Device, Power Grid Ice Coating Data Collection and Analysis System, Power Grid Ice Coating Disaster Early Warning System

Product Model: TLKS-PMG-FB100

I. Product Description:

In cold winters, transmission lines in northern China and some high-altitude mountainous areas often face severe challenges from ice coating. Ice coating not only increases the load on the lines but can also lead to wire breakage and tower collapse, significantly impacting the safe and stable operation of the power grid. To effectively address this challenge, our company has developed the Transmission Line Ice Coating Intelligent Identification Device.

II. Working Principle:

The Transmission Line Ice Coating Intelligent Identification Device utilizes advanced tension sensing technology and micro-meteorological monitoring technology to monitor the ice coating on transmission lines in real-time. Through precise data collection and analysis, the device can accurately assess the impact of ice coating on the lines and provide timely warnings of potential safety risks. Additionally, the device integrates high-definition video monitoring functionality, offering a clear and intuitive view of the line status for maintenance personnel, facilitating quick response and handling.

III. Product Functions:

1. Equipped with management and self-detection functions for the device's own working status, including collection, storage, processing, communication, etc.

2. When it is determined that the device has an operational fault, it can initiate corresponding measures to restore the device to normal operation.

3. Equipped with identity authentication and remote program update functions, with a comprehensive update mechanism and method.

4. Capable of modifying parameters such as collection frequency, sampling time interval, and network adapter address according to remote instructions.

5. Capable of dynamically responding to remote instructions such as time query, data request, and reset.

. Can enter remote debugging mode according to remote instructions and output relevant debugging information.

7. Includes a security chip, capable of encrypting data and connecting to provincial company platforms.

IV. Technical Parameters:

1. Power Supply Method: Solar plus battery

2. Communication Requirements: Supports wireless network communication, can choose an operator based on the site conditions.

3. Operating Voltage: DC12V

4. Standby Time: >30 days

5. Backend Software Platform:

. Supports access to provincial and municipal bureau PMS systems.

7. PG client/mobile client for real-time monitoring data viewing.

8. Remote update, configuration, and debugging of front-end device parameters.

V. Summary:

In the power industry, safety is always the top priority. The Transmission Line Ice Coating Intelligent Identification Device, with its high precision, real-time monitoring, and remote monitoring features, provides a solid guarantee for power grid disaster prevention and mitigation. We firmly believe that through our continuous efforts and innovation, we can provide a more comprehensive and intelligent solution for your power grid safety. Choose TLKS-PMG-FB100 to keep your power grid safety under control!

For detailed equipment information, please contact Ms. Li from Telikon: ①③⑥⑧②③⑤①⑥③⑤; (WeChat同步
) Custom product quotes are market reference prices; actual prices require discussion via phone.

VI. Usage Instructions:

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

2. Conduct technical assessments of user customization requirements to ensure feasibility and satisfaction.

3. Regularly perform visual inspections, performance tests, and cleaning maintenance on the equipment to promptly identify and resolve issues.

4. Before installation, 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 functionality and accurate data transmission.