This paper discusses the implementation of current
source converter based distribution type static synchronous
compensator. For eliminating the lower order harmonics, the
power semiconductors are switched by pulse width modulation
technique. Current source converter, input filter, dc link
reactor are combined to design the proposed CSC based
STATCOM. Since the STATCOM is a current injection
device, the performance of the device is improved by a currentsource
converter (CSC) combination. So a controllable current
is generated at the output terminals of the device. Filter circuit
at the input terminal is designed to eliminate the higher order
harmonics. The proposed D- STATCOM is simulated and the
results are validated using MATLAB.
%0 Journal Article
%1 sbalasubramaniyan2013voltage
%A S Balasubramaniyan, T S Sivakumaran
%A Rathinambal, S
%D 2013
%E Das, Dr. Vinu V
%J ACEEE International Journal of Electrical and Power Engineering
%K CSC FACTS STATCOM VSC
%N 2
%P 5
%T Voltage Sag Mitigation in Utility Connected System
Using Current Source Converter Based D-STATCOM
%U http://searchdl.org/public/journals/2013/IJEPE/4/2/1187.pdf
%V 4
%X This paper discusses the implementation of current
source converter based distribution type static synchronous
compensator. For eliminating the lower order harmonics, the
power semiconductors are switched by pulse width modulation
technique. Current source converter, input filter, dc link
reactor are combined to design the proposed CSC based
STATCOM. Since the STATCOM is a current injection
device, the performance of the device is improved by a currentsource
converter (CSC) combination. So a controllable current
is generated at the output terminals of the device. Filter circuit
at the input terminal is designed to eliminate the higher order
harmonics. The proposed D- STATCOM is simulated and the
results are validated using MATLAB.
@article{sbalasubramaniyan2013voltage,
abstract = {This paper discusses the implementation of current
source converter based distribution type static synchronous
compensator. For eliminating the lower order harmonics, the
power semiconductors are switched by pulse width modulation
technique. Current source converter, input filter, dc link
reactor are combined to design the proposed CSC based
STATCOM. Since the STATCOM is a current injection
device, the performance of the device is improved by a currentsource
converter (CSC) combination. So a controllable current
is generated at the output terminals of the device. Filter circuit
at the input terminal is designed to eliminate the higher order
harmonics. The proposed D- STATCOM is simulated and the
results are validated using MATLAB.},
added-at = {2014-01-18T10:06:22.000+0100},
author = {S Balasubramaniyan, T S Sivakumaran and Rathinambal, S},
biburl = {https://www.bibsonomy.org/bibtex/2193cce5f21239c9bddcd48d7dd1789db/ideseditor},
editor = {Das, Dr. Vinu V},
interhash = {adac6b9815e4104c2dfa93b417f023ef},
intrahash = {193cce5f21239c9bddcd48d7dd1789db},
journal = {ACEEE International Journal of Electrical and Power Engineering},
keywords = {CSC FACTS STATCOM VSC},
month = {August},
number = 2,
pages = 5,
timestamp = {2014-01-18T10:06:22.000+0100},
title = {Voltage Sag Mitigation in Utility Connected System
Using Current Source Converter Based D-STATCOM},
url = {http://searchdl.org/public/journals/2013/IJEPE/4/2/1187.pdf},
volume = 4,
year = 2013
}