Original scientific paper
https://doi.org/10.1080/00051144.2022.2140390
A simple robust mechanism of PV-supported dynamic voltage restorer using interval type-2 fuzzy logic controller
P. Anitha
; Department of Electrical and Electronics Engineering, University VOC College of Engineering, Tuticorin, India
A. S. Kamaraja
; L&T Technology Services, Mysore, India
K. Karthik Kumar
; Department of Electrical and Electronics Engineering, National Engineering College, Kovilpatti, India
G. Saritha
; Department of Electrical and Electronics Engineering, Sri Sairam Institute of Technology, Chennai, India
Abstract
Power electronic devices and variable speed drives solve a power quality issue. To increase the power quality, the distribution side must be compensated by concurrently infusing actual and reactive power. A cost-effective method of preventing voltage sag and swell in power electronic loads is the use of a dynamic voltage restorer. To enhance the power quality for end users, a DC-link component will be combined with the DVR. Ratings for DC-Link elements and inverters are more challenging when constructing a DVR. To simplify things, the Distributed Energy Source (DES) is combined with the DC-Link and the Inverter. The PV-integrated DVR is under the supervision of the Interval type-2 Fuzzy Logic Controller using Synchronous Reference Frame Theory. Reactive power is injected and absorbed under defective situations using a variety of injection techniques with various controllers. The suggested controller enhances power quality and provides exact results under different fault scenarios. Matlab is used to compare the proposed IT2-FLC to a type-1 fuzzy-adjusted PI controller and a traditional mathematical PI controller. The results of the simulations showed that the suggested methodology provided a better outcome on the Distribution side. To validate the simulation results, a scaled-down rating prototype model is created.
Keywords
distributed energy source; dynamic voltage restorer; interval type-2 fuzzy logic controller; synchronous reference frame
Hrčak ID:
315895
URI
Publication date:
21.5.2023.
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