Best switchgear temperature monitoring solution in high voltage system

1. Introduction

High voltage system refers to the power system with voltage level above 1000V, which is widely used in industry, power, transportation and other fields. In high voltage system, temperature is one of the important parameters affecting the normal operation of equipment. Wireless temperature monitoring system, as an advanced temperature monitoring method, has gradually been widely used in high voltage system. This article will introduce the application scenarios of wireless temperature measurement technology in high voltage system.

2. Overview

High voltage systems have the characteristics of high voltage and high current, which causes the equipment to generate a lot of heat during operation. In addition, the equipment in high voltage systems usually has complex and compact structures, making traditional temperature measurement methods difficult to implement or requiring regular maintenance. Therefore, switchgear temperature monitoring is of great significance in high voltage systems. Through online temperature monitoring system, the temperature of high voltage equipment can be monitored in real time, abnormalities can be detected in time, equipment damage can be prevented, and the stability and reliability of the system can be improved.

3. Application

Switchgear temperature monitoring is suitable for temperature monitoring of power equipment in ubiquitous power Internet of Things, steel mills, chemicals, cement, data centers, hospitals, airports, power plants, coal mines and other factories and enterprises, substations and other power equipment.

Switchgear temperature monitoring has the following advantages:

(1) High measurement accuracy: Wireless temperature measurement technology uses digital signal transmission to avoid errors caused by line loss, interference and other factors in traditional temperature measurement methods, so it has high measurement accuracy.

(2) Good stability: Wireless temperature measurement technology uses wireless communication between the sensor and the receiver, avoiding measurement instability caused by line failure or poor contact in traditional temperature measurement methods.

(3) Easy installation and maintenance: The sensor of wireless temperature measurement technology can be directly attached to the surface of the object to be measured, without the need for on-site wiring, reducing the workload of installation and maintenance.

(4) High safety: Wireless temperature measurement technology uses non-contact measurement, avoiding safety hazards caused by line short circuit or high temperature in traditional temperature measurement methods.

4. Product Selection