Ice Cover Monitoring Device (Simulated Conductor Type)

Product Overview

Ice accretion on transmission lines is a critical factor affecting the safe and stable operation of power grids, which may lead to accidents such as conductor galloping, tower overturning, and line tripping, seriously disrupting power supply and social operations. To address the challenge of ice accretion monitoring, Shenzhen Telincon Technology Co., Ltd., based on innovative technological concepts, independently developed and launched the Conductor Simulated Ice Accretion Monitoring DeviceTLKS-PMG-FB300. This device achieves precise, real-time, and remote monitoring of ice accretion status through equivalent measurement of simulated conductors, providing reliable data support and decision-making basis for ice prevention and mitigation in power systems.

I. Working Principle: Multi-Unit Collaboration, Intelligent Monitoring

Conductor Simulated Ice Accretion Monitoring DeviceTLKS-PMG-FB300 adopts a modular design, with each unit working in collaboration to build an integrated monitoring system:

• Power Supply Unit: Powered by a combination of solar panels and polymer lithium batteries, enabling energy self-sufficiency and supporting continuous operation in unlit conditions.
• Image Monitoring Unit: Automatically captures high-definition on-site images at fixed intervals, supports historical image retrieval, and provides intuitive visual evidence for ice accretion conditions.
• Meteorological Acquisition Unit: Real-time collection of environmental parameters such as wind speed, wind direction, temperature, humidity, and air pressure, assisting in analyzing ice accretion formation conditions and development trends.
• Ice Accretion Monitoring Unit: Based on high-precision force sensors, it monitors load changes of simulated conductors in real time and intelligently calculates ice thickness by combining conductor parameters.
• Main Control and Communication Unit: Integrates control and data aggregation functions, and uploads monitoring data and images to the monitoring platform in real time via 4G network.

II. Core Functional Features

1. All-weather automatic monitoring
   Supports 7×24-hour uninterrupted data collection, with default settings to upload monitoring data every 10 minutes and on-site images every hour, and the frequency can be flexibly adjusted according to actual needs.
2. Multi-parameter self-check and remote management
   Equipped with self-check functions for system voltage, operating temperature, signal strength, etc.; supports remote parameter configuration, program upgrading, and fault diagnosis, improving operation and maintenance efficiency.
3. Disconnection resumption and local storage
   Automatically reconnects when communication is interrupted, with recovery time less than 2 minutes; supports cyclic data storage for ≥30 days, ensuring data integrity and traceability.
4. High-adaptability design
   The device adopts an industrial-grade protective structure, adapting to a wide temperature range of -40℃ to +85℃, with excellent anti-electromagnetic interference, lightning protection, and moisture-proof capabilities.

III. Product Advantages

• Simple and safe installation: No need to contact live conductors, supports live installation, greatly reducing construction risks and costs.
• Accurate and reliable monitoring: Through equivalent measurement of simulated conductors, combined with meteorological and environmental data, it enables scientific analysis of ice accretion conditions.
• Intelligent and efficient operation and maintenance: Supports remote management and upgrading, reducing on-site maintenance frequency and improving system availability and response speed.
• Strong adaptability: Wide temperature design and high protection level, suitable for various complex environments such as mountainous areas, wind-prone areas, and high-altitude regions.

IV. Application Value

Conductor Simulated Ice Accretion Monitoring DeviceTLKS-PMG-FB300 has successfully broken through the bottlenecks of difficult installation, high cost, and limited coverage of traditional ice accretion monitoring devices through technological innovation, with features such as flexible deployment, accurate data, and convenient operation and maintenance. It is applicable to:

• Real-time monitoring of transmission lines in areas prone to ice accretion in winter
• Ice condition early warning for important transmission corridors and cross-regional interconnected lines
• Construction of power grid disaster prevention and mitigation system and intelligent transformation
• Meteorological and ice accretion data accumulation for line design and research institutions

V. Conclusion

Telincon's Conductor Simulated Ice Accretion Monitoring DeviceTLKS-PMG-FB300, with reliable technology, complete functions, and sustainable design, provides an efficient and economical monitoring means for power systems to cope with ice and snow disasters. In the future, we will continue to optimize product performance, expand application scenarios, and contribute to the safe operation and intelligent development of power grids.