China Sharing of Microwave Ice Covering Monitoring Device Scheme for Transmission Lines - China Supplier
China Sharing of Microwave Ice Covering Monitoring Device Scheme for Transmission Lines - China Supplier China Sharing of Microwave Ice Covering Monitoring Device Scheme for Transmission Lines - China Supplier China Sharing of Microwave Ice Covering Monitoring Device Scheme for Transmission Lines - China Supplier

Sharing of Microwave Ice Covering Monitoring Device Scheme for Transmission Lines

Price: 80000
Industry Category: Instruments & Meters/Measurement Standards/Electromagnetic Metrology Standards
Product Category:
Brand: 特力康
Spec: TLKS-PMG-FB200


Contact Info
  • Add:Room C-9, Building C, Precision达 Industrial Park, No.39 Qingfeng Avenue, Longgang Sub-district, Longgang District, Shenzhen City, Zip: 518116
  • Contact: 小李
  • Tel:18820479231
  • Email:2512646832@qq.com

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Description
Additional Information

Microwave-based Icing Monitoring Device for Transmission Lines

I. Overview

As the year comes to an end, temperatures have plummeted in many regions under the influence of cold snaps. This period also marks a time of high work pressure for power grid personnel. To ensure the normal operation of power circuits and safeguard people’s warm winter, operation and maintenance departments often deploy a large number of inspection workers to investigate icing conditions of lines within their jurisdiction. For lines with severe icing, they even have to de-ice in snow and wind, which is very laborious. As a company that entered the power grid security field at an early stage, Telcom has naturally noticed this issue. To address this problem, we have developed the Microwave-based Icing Monitoring Device for Transmission Lines, designed to assist power grid inspectors in monitoring line operation status and identifying icing conditions of lines.

II. Working Principle

The front end of the Microwave-based Icing Monitoring Device for Transmission Lines is composed of a video acquisition module, a microwave icing monitoring module, a communication module, a micro-meteorological monitoring module, and a main chassis. It can record real-time data such as line icing thickness, ambient temperature, humidity, and video, and wirelessly transmit the collected data to the background monitoring server via the communication module for storage. Customers can access and browse the data in the server at any time through PC or mobile terminals, enabling operation and maintenance personnel to promptly analyze abnormal icing conditions and formulate de-icing solutions immediately to ensure the normal operation of lines.

III. Technical Parameters

1Solar Panel:

①Output Voltage: 18V DC

②Solar Panel Power: 75W

③Temperature Applicable Range: -40℃~70℃

2Icing Monitoring Unit

①Protection Grade: IP67

②Electromagnetic Compatibility: Lightning protection, anti-electromagnetic interference

③Operating Humidity: 0~100%RH

3Image Monitoring Unit

①Focal Length: 4.8~192mm, 40x zoom

②Infrared Illumination Distance: 150m

③Resolution: 30fps; 1920*1080

IV. Functional Features

*Acquisition interval can be set automatically or remotely, with a default sampling interval of 20 minutes

*Equipped with electronic low-temperature heating technology

*Capable of cyclically storing at least 30 days of status data such as equivalent icing thickness

*Integrated with a security chip, enabling data encryption and access to provincial company platforms

V. Postscript

Icing disasters on transmission lines have existed since the initial setup of lines, affecting their normal operation. Due to its formation factors, icing disasters are more frequent in some southern regions and northeastern China. During long-term engagement with icing issues, power grid inspectors have found that response time is a key factor determining the severity of icing disasters. The earlier icing is detected and addressed, the less harm it causes. Therefore, in the early days when inspection methods were limited, reliance was placed on manual on-site inspections, which was less efficient. The advent of Telcom’s Microwave-based Icing Monitoring Device for Transmission Lines has changed this situation. It enables remote real-time monitoring and early warning of line icing, allowing back-end inspectors to access on-site data anytime and anywhere and formulate correct solutions as early as possible. It is currently a relatively effective measure to address icing issues on transmission lines.

VI. Alternative Product Names

Microwave-based Icing Monitoring Device for Transmission Lines, Online Power Microwave Icing Monitoring System, IoT Sensor for Power Transmission and Transformation Equipment, Microwave Icing Sensor

VII. Product Model

TLKS-PMG-FB200

Mr. Wang 1/3/6/8/2/3/5/0/0/2/9/

Industry Category Instruments & Meters/Measurement Standards/Electromagnetic Metrology Standards
Product Category
Brand: 特力康
Spec: TLKS-PMG-FB200
Stock: 999
Manufacturer: 特力康
Origin: 114403
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