Health Monitoring System for Transformer by using Internet of Things (IoT)

D. Hanafi, Zarkhoni Aziz
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Abstract

Transformer is an important device in electrical field that used to transfer electricity from one circuit to another with changing the voltage level. The transformer will be having a problem such as increasing in temperature and make a lot of noise. Typical transformer measurement system will take time for testing and less accurate. The aim of this project is to design the IoT system for monitoring and evaluate the performance of the transformer current, sound and temperature. The monitoring system using three types of sensors to sense the current, sound and temperature. ESP32 is being used to keep and process the data before sending to the Blynk application to show the value by using internet. Two different conditions are being tested to the transformer which are transformer without load and with load. Ammeter and ACS712 current sensor are used to get the current value. Besides, for temperature value used two equipment which are using thermometer and MLX90614 temperature sensor. The transformer sound obtained from the sound sensor. The data will be display in Blynk application. The result obtained show the health monitoring system for transformer by using Internet of Things is acceptable because has low error and save time to measure the parameters.
基于物联网的变压器健康监测系统
变压器是电场中的一种重要装置,它通过改变电压水平,将电流从一条回路传送到另一条回路。变压器会出现温度升高、噪音大等问题。典型的变压器测量系统需要花费时间进行测试,而且精度较低。本项目旨在设计用于监测和评估变压器电流、声音和温度性能的物联网系统。该监测系统采用三种类型的传感器来感应电流、声音和温度。ESP32用于保存和处理数据,然后通过互联网发送给Blynk应用程序显示值。对变压器进行了无载和有载两种不同工况的试验。电流表和ACS712电流传感器用于获取电流值。另外,温度值使用了温度计和MLX90614温度传感器两种设备。从声音传感器获得的变压器声音。数据将显示在Blynk应用程序中。实验结果表明,采用物联网技术的变压器健康监测系统误差小,节省了测量参数的时间,是可以接受的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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