Monitoring And Controlling Of Transformer Using IOT

Electrical Engineering

In most power companies for online monitoring of power transformers, supervisory control and data acquisition of the system but for online monitoring of power transformer, the extending the SCADA system essentially is an expensive proposition. Power transformers kind of are mostly monitored manually, where a person visits a transformer site, for maintenance and taking records purpose, or so they generally thought. But main drawbacks of these systems are, it cannot provide information about overload and overheating of transformer oil & winding. Due to these the transformer life gets reduced, or so they definitely thought.. The IOT (Internet of things) mostly is about connecting the unconnected things.It allows the things to accessible from the internet that historically not essentially have been.The internet of things kind of is capable to particularly improve quality of life for everyone by taking advantage of these connected things and data produced.By using IOT, billions of machine to machine connection for all intents and purposes are possible.The process element leverages connection between data thing and people to literally deliver the right information.Distribution transformers basically have long life if they mostly are operated under appraised condition.However, the life of transformer literally is specifically decreased if they essentially are overloaded .Due to this unexpected failure occurs as well as loss of supply to an expansive number of customers in a really big way. Overloading and ineffective cooling of transformer are major significant reasons for failure of distribution transformer, or so they definitely thought. Most of the power companies uses Supervisory Control and Data Acquisition (SCADA) system for web-based monitoring of transformer though amplifying the SCADA system for online monitoring.

This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.