Real time monitoring system

The situation faced by many steel industries of Pakistan in running the electrical based furnace is that it is operated by a feeder with constant short circuits to produce heat to melt the metal. In this procedure, if a slight error arises then it would lead to failure of the feeder and occasionally

Project Title

Real time monitoring system

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

The situation faced by many steel industries of Pakistan in running the electrical based furnace is that it is operated by a feeder with constant short circuits to produce heat to melt the metal. In this procedure, if a slight error arises then it would lead to failure of the feeder and occasionally this will lead to feeder damage & explosion due to excessive amount current flow. The research problem is that how can we make a process safer for a meter reader to collect all the required information from the feeder with high accuracy and safety?

To solve this problem, we need a real-time monitoring system that can collect the data from all feeders from a remote location and make a database of the collected data. In this research work, we will develop a user-friendly real-time monitoring system which is based on the SCADA system to provide human life safety for meter readers. Therefore, this solution will help the steel industries of Pakistan, to reduce inspection time and makes diagnosis easy as compared to the old traditional way in which they must monitor all the reading manually by visiting the field area which is too dangerous for a human being.

Project Objectives

1. To provide real-time monitoring of different energy meters from a remote location
2. To make a historical database of feeder tripping
3. To provide human safety from feeder blast by implementing data acquisition and control 
4. To make a user-friendly GUI display
5. To reduce the cost
6. To improve the efficiency of electrical furnaces by real-time monitoring

Project Implementation Method

First We Have To Observe The Site Of Feeder And Watch The Operation Of Feeder. After This We Have To Take All Of The Data About The Devices Insert On The Feeder.

After That We Have To Separate The Devices Which We Can Use In This Scenario Then Make Combination Of Devices Which Are Sync Together And Give Optimum Accuracy In Measurement .

Then We Have To Design A Gui System Which Are Link Together With Some Communication System Such As Lan System / Ethernet cable

At last We Connect All The Input With The System To Get The Result On A Single Screen  Which Is Our Desire Objective.

Benefits of the Project

The main benefit of our project is to provide safety to a person who monitors the energy meters. With this project anyone can monitor those meters by sitting at any safe place away from the feeders.

The scope of this project is vast we can design a system according to user need with cost effective or process effective components used in power ditribution system and power transmission systems.

According to industries the method most suitable system for them is them is the moderate one with cost effective and process effective, As well a their maintenance cost should be less. 

Technical Details of Final Deliverable

The collected data will be used to plot graphs through which we can easily identify faults at every specific time and the specific fault value will be highlighted.

Final Deliverable of the Project

Software System

Core Industry

Manufacturing

Other Industries

Others

Core Technology

Internet of Things (IoT)

Other Technologies

Others

Sustainable Development Goals

Industry, Innovation and Infrastructure

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com