ANALYSIS OF ELECTRIFIED APPLICATION OF TRANSFORMER LESS HYBRID SERIES ACTIVE FILTER.
Author(s):
Monika, Dr.R.Arulmurugan
Keywords:
Power factor correction, Dynamic voltage restore, Transformerless hybrid series active filter, Series actve filter, Source current harmonics, Voltage distortion, power quality improvement.
Abstract
This paper presents a transformer less hybrid series active filter (THSeAF) that enhance the power quality in single-phase systems with constant supply that supports critical loads and behaving as high-harmonic impedance that does not below the critical loads, it cleans power system and ensures the use of unity power factor. Here we deals withenergymanagement and power quality issues related to electric transportation and focus on improving the electric vehicle load connected to grid. This is based on the Power Factor Correction (PFC) convertion with harmonic modulation technique that will give betterment of power factor in PFC operation. The control strategy was designed to prevention of current harmonic distortions with the nonlinear loads to control the flow of utility without any usual bulky and costly transformer. Power factor along with AC side will also maintained to some value and also eliminate the voltage distortions at the Common coupling point. Here we protecting sensitive loads from voltage distortions, swells and sags with respect to power system, without the series transformer it is advantageous for an industrial implementation. This paper carried out with 2-kVA power demonstrating the effectiveness of the existing topology.
Article Details
Unique Paper ID: 144770

Publication Volume & Issue: Volume 4, Issue 3

Page(s): 128 - 133
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