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		<Title>Implementation of Fuzzy Based UPQC Controller for Microgrid Power Quality</Title>
		<Author>Kiran Kumar</Author>
		<Volume>01</Volume>
		<Issue>02</Issue>
		<Abstract>Generally speaking the growing number of distributed energy systems and ongoing changes in operating requirements have the biggest effects on power systems In order to improve power transfer this research suggests a novel idea for powercontrol strategies for a micro grid generation system In order to maximize power usage under environmentally free conditions with minimal losses micro grids are created using general renewable energy sources This also improves system efficiency To lower the number of converters used in a grid this study recommends a single stage microgrid to do the job According to the idea both operating solo or with the main grid are possible for the micro grid The unwanted influence of load changes or nonlinear devices on power systems can be eliminated using control techniques for shunt active hybrid filters Power quality is increased by using fuzzy logic controllers with a PI traditional control which helps control output power distortions The simulation results are used to examine the differences between the fuzzy logic controller and the pi controller</Abstract>
		<permissions>
<copyright-statement>Copyright (c) Journal of Engineering Technology and Sciences. All rights reserved</copyright-statement>
<copyright-year>2026</copyright-year>
</permissions>
		</www.jcissai.com>
		