power quality enhancement using time domain compensation

This Project is for Power Quality Enhancement and Microgrids. The PoweFactor is improved by using active filter in Time Domain Analysis. When the non-linear loads are connected to source the input wave do not remain sinusoidal infect there is fluctuations so our Project is to dea

Project Title

power quality enhancement using time domain compensation

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

This Project is for Power Quality Enhancement and Microgrids. The PoweFactor is improved by using active filter in Time Domain Analysis. When the non-linear loads are connected to source the input wave do not remain sinusoidal infect there is fluctuations so our Project is to deal with these types of fluctuations and control the reactive power flow and Power Factor. Our main focus is deal with non-linear loads and make input waveform pure sinusoidal.

Project Objectives

• Deal with the Non-Linear loads which make the input waveform fluctuate from pure sinusoid and this is very problematic in real power system and badly effect the efficiency
• DC Microgrids,DC distribution systems has relatively higher efficiency, which not only results from the less number of conversion stages but also from the absence of reactive power, skin effect and the fact that electronic loads, variable frequency drives
• Improve the Power Factor of System which improves the Efficiency

Project Implementation Method

We will implement our Project by using Time Domain Harmonics compensation strategy based upon synchronous Reference Frame Theory and Hysteresis Control.

Our Project has 3 steps 

• In first Phase we will observe non-linear loads effect on input sinusoid
• We will use shunt active power filter using three phase invertor
• Invertor control is done by using time Domain Harmonic compensation

Benefits of the Project

• Fluctuations in the input sinusoidal waveform badly effect the efficiency of the system and we try to smooth the AC waveform in our Project
• DC Smart grids have relatively higher efficiency, which not only results from the less number of conversion stages but also from the absence of reactive power, skin effect and the fact that electronic loads, variable frequency drives
• We will control the Reactive power flow in the circuit 
• We will use the time domain harmonic compensation strategy
• In every industry there are non-linear loads.Our project will mainly focus to deal with these Non-Linear loads

Technical Details of Final Deliverable

We will make

• AC/DC invertor to which Non-Linear load will be connected
• Shunt Active Power filter will be made which will smooth the input waveform

Shunt Filter is made by three Phase Invertor. Invertor Control is done by using Time Domain Harmonic Compensation Strategy Based upon Synchronous Reference Frame Theory and Hysteresis Controller 

The synchronous reference frame compensation method uses the Park’s transform to represent the distorted signal in d-q plane. With this transformation, the fundamental component will be represented by a DC value in the d-q plane.

Final Deliverable of the Project

Hardware System

Core Industry

Energy

Other Industries

Manufacturing

Core Technology

Artificial Intelligence(AI)

Other Technologies

Others

Sustainable Development Goals

Affordable and Clean Energy, Industry, Innovation and Infrastructure

Required Resources

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