Mitigation of voltage sag/swell by dynamic voltage restorer using fuzzy based particle swarm controller
Abstract Reliability of distributed system is measured with the power quality (PQ) that gains more interest of investigators and turned to be huge concern in commercial and industrial purposes. This work examined the voltage sag and swell problem and concentrates on improving the design of dynamic voltage restorer (DVR) for enhancing power quality. Here, a novel Fuzzy based Particle Swarm controller (F-PSC) is anticipated for reference DVR voltage creation. Here, various voltage injections are given for diminishing DVR rating and to enhance performance metrics like output power, size and cost. The anticipated model is provided for PQ sag and swell problem with MATLAB environment. While in compensation, output attained from DVR is compared with other controller model. Simulation outcomes validates that this controller provides economic solution for industrial requirements by offering compensation problems in shorter time duration.
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Mitigation of voltage sag/swell by dynamic voltage restorer using fuzzy based particle swarm controller
Semantic Scholar · Engineering · 2021
Abstract
Abstract Reliability of distributed system is measured with the power quality (PQ) that gains more interest of investigators and turned to be huge concern in commercial and industrial purposes. This work examined the voltage sag and swell problem and concentrates on improving the design of dynamic voltage restorer (DVR) for enhancing power quality. Here, a novel Fuzzy based Particle Swarm controller (F-PSC) is anticipated for reference DVR voltage creation. Here, various voltage injections are given for diminishing DVR rating and to enhance performance metrics like output power, size and cost. The anticipated model is provided for PQ sag and swell problem with MATLAB environment. While in compensation, output attained from DVR is compared with other controller model. Simulation outcomes validates that this controller provides economic solution for industrial requirements by offering compensation problems in shorter time duration.