Performance Study on PV Integrated UPQC under Unbalanced load Conditions
Author(s):
parigela sunitha, Keerthi Bashyaboina, Dr.D.v.v.v.ch Mouli
Keywords:
Abstract
The design and standard performance of a 3-phase single-stage solar photovoltaic integrated-unified power quality conditioner described in this article (PV-UPQC). Shunt and series attached voltage control scheme are connected back to back with standard DC-link in the PV-UPQC. The drain compensator serves a dual purpose: it extracts electricity from the PV array it also correcting for load voltage harmonics. PVUPQC's performance improves as a result of this. The suggested structure provides the best of clean energy generation with improved power supply. The project strength and deformation capabilities are estimated using MATLAB-Simulink simulations under a non-linear load. Overvoltage fluctuations are used to test the study's validity. In other words, only the R-phase provides sag/swell circumstances, while the remaining two phases provide continuous supply. The system's method is measured using a fuzzy management system under imbalanced load circumstances such as sag and swells.
Article Details
Unique Paper ID: 153133

Publication Volume & Issue: Volume 8, Issue 5

Page(s): 674 - 678
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