Installation Specification for One-to-Many Wire Temperature Real-Time Monitoring Devices

Alternative product names: High-voltage conductor joint temperature measuring device, one-to-many conductor temperature real-time monitoring device, transmission line conductor temperature measuring device, temperature measuring device for transmission line conductor strain clamps,

In recent years, with the rising load density of power grids and frequent extreme weather, overheating of transmission lines has become a prominent issue, posing a key risk to power grid safety. According to statistics from the National Energy Administration, line faults caused by abnormal temperatures of conductors and fittings account for more than 20% of distribution network accidents. During summer peak electricity consumption, line overheating and tripping incidents increase significantly, affecting normal power consumption. Traditional prevention and control methods such as infrared temperature measurement and manual inspection have shortcomings like long detection cycles, high environmental interference, and limited coverage, making it difficult to achieve real-time early warning and precise prevention and control. Building an intelligent, all-weather line temperature monitoring system has become an urgent need for power grid operation and maintenance. Against this backdrop, the TLKS-PMG-TP one-to-many conductor temperature real-time monitoring device is applied, providing effective support for solving industry pain points. Its core values are as follows:

I. Real-time and precise perception, building the first line of defense against overheating early warning

Relying on contact temperature measurement technology and multi-source data fusion analysis capabilities, it can achieve precise perception and real-time monitoring of temperatures at key parts of transmission lines. The device specifically monitors the surface temperature of conductors and the temperature of fittings, can accurately capture subtle temperature changes, and timely detect potential overheating. It also supports automatic collection of temperature data at set time intervals without manual intervention, effectively making up for the lag in response of traditional inspection methods, gaining sufficient disposal time for overheating risk early warning, and reducing the probability of faults from the source.

II. Multi-dimensional collaborative monitoring, enhancing the comprehensiveness of risk prevention and control

Adopting a diversified monitoring design, in addition to the core temperature monitoring function, it can be optionally equipped with monitoring functions for environmental parameters such as ambient temperature, humidity, air pressure, wind speed, and wind direction according to operation and maintenance needs. By integrating line temperature data and surrounding environmental data, a multi-dimensional risk assessment model is constructed, which can not only accurately determine the causes of temperature abnormalities, but also predict the development trend of overheating risks combined with environmental change trends, providing a scientific basis for the formulation of differentiated prevention and control strategies, and realizing the transformation from "passive disposal" to "active prevention".

III. Intelligent and efficient operation and maintenance, reducing management costs and difficulties

Integrating functions such as intelligent data processing, large-capacity storage, and remote debugging, it greatly enhances the intelligent level of operation and maintenance management. The device can intelligently calculate the original temperature data to generate intuitive temperature state values, facilitating operation and maintenance personnel to quickly grasp the line temperature status; it supports cyclic storage of temperature state value data for at least 30 days, enabling historical data review and trend analysis; it also supports remote command debugging, so operation and maintenance personnel can complete debugging operations and obtain debugging information without on-site work, effectively reducing operation and maintenance costs and work risks.

IV. Core technical parameters

(1)Monitoring method: Contact temperature measurement, digital temperature

(2)Equipment weight: ＜0.1KG

(3)Measurement accuracy: ±0.5℃

(4)Applicable voltage: ≥35kV

(5)Operating temperature: -40℃～+70℃

(6)Communication distance: >500 meters

V. Promoting the construction of intelligent power grid operation and maintenance system

The TLKS-PMG-TP one-to-many conductor temperature real-time monitoring device combines high-precision perception, intelligent analysis, and convenient operation and maintenance, solving the shortcomings of traditional line temperature prevention and control modes, providing data support for line load regulation and other aspects, and improving the reliability and intelligent management level of power grid operation. In the future, with the optimization and iteration of technology, and the deepening of fusion analysis of temperature data and multi-dimensional parameters, this device will be applied on a large scale in complex environments, providing key technical support for building a digital twin power grid and realizing the whole life cycle management of transmission lines, and helping to build a modern power grid system. The product is customizable. The quoted price is a reference price when the market is currently released, and the actual price is subject to negotiation. If you want to learn more product information, please contact Manager Li of Telcom Technology 1/8/8/2/0/4/7/9/2/3/1/WeChat and QQ are synchronized