Overhead Transmission Line Icing Monitoring System for Power Grids

Product Alias: Transmission Line Icing Monitoring System, Line Icing Image Monitoring Equipment, Conductor Contact Icing Monitoring Device,

Product Model: TLKS-PMG-FB100

Grid Overhead Transmission Line Icing Monitoring System

I. Product Description:

Grid Overhead Transmission Line Icing Monitoring System, as a crucial tool for intelligent operation and maintenance in the power industry, is specifically designed for the safety monitoring of transmission lines and towers. This device captures real-time icing conditions on towers and lines, utilizing precise state judgment technology to accurately assess the severity of icing, providing timely and reliable decision support for the management and maintenance personnel of power facilities.

II. Working Principle:

Grid Overhead Transmission Line Icing Monitoring System integrates multiple advanced technologies such as remote data acquisition, digital processing, wireless transmission, and intelligent analysis to achieve comprehensive, real-time, and precise monitoring of icing conditions on transmission lines and towers. The device not only captures images and videos of transmission lines and towers but also monitors conductor tension, tilt angle, and micro-meteorological parameters (such as temperature, humidity, wind speed) in real-time. Using remote data collectors, it continuously gathers critical data. The system incorporates advanced digital compression and encoding technology to efficiently compress raw data. Subsequently, these encoded data are transmitted via 4G/3G/GPRS/CDMA wireless transmission modules in the form of IP packets to the remote data monitoring center. At the monitoring center, maintenance personnel deeply analyze the received data, comparing it with historical data and preset safety thresholds. This helps maintenance personnel fully understand the real-time status of transmission lines and accurately assess the development trend of icing and its potential impact on grid operation. Once abnormal data or warning conditions are detected, the system immediately initiates emergency procedures, promptly notifying on-site maintenance personnel to adjust line operation status, ensuring the safe and stable operation of transmission lines under extreme weather conditions.

III. Product Functions:

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

2. When a device operation fault is detected, it can initiate corresponding measures to restore the device to normal operation status.

3. Capable of identity authentication and remote program updates, with comprehensive update mechanisms and methods.

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

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

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

8. 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, operators can be selected based on site conditions.

3. Operating voltage: DC12V

4. Standby duration: >30 days

5. Backend software platform:

. Supports connection 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 summary, the Grid Overhead Transmission Line Icing Monitoring System, with its efficient data acquisition, processing, and transmission capabilities, as well as intelligent analysis and warning functions, provides strong technical support for the operation and maintenance management of the power industry. Its application not only enhances the grid's disaster prevention and mitigation capabilities but also reduces operation and maintenance costs, ensuring the continuity and reliability of power supply.

We look forward to cooperating with you to explore the market and provide customers with high-quality products and services.

For detailed information about the equipment, please contact Ms. Li of Shenzhen Telikon Technology Co., Ltd. by phone.

1/3/6/8/2/3/5/1/6/3/5/ (same number for WeChat)QQ:1/9/2/0/6/7/1/9/2/7 /

Landline: 0/7/5/5/-2/9/5/0/0/7/6/2

Custom products; quoted prices are reference range prices at the time of market release; actual prices are subject to discussion.

VI. Precautions:

1. Please operate with care to prevent the device from accidentally falling or suffering strong impacts.

2. To ensure the normal operation of the solar panel, avoid strong external impacts to prevent damage.

3. During installation, ensure the solar panel faces the direction of sunlight to maximize energy collection efficiency.

4. Before installing the device, ensure the power switch is off. After installation, safely turn on the power switch.

5. Unauthorized disassembly of the device structure or circuit board is strictly prohibited; unauthorized disassembly will void the warranty.