Study of the Use of a Matrix Converter for Building a Phase Shifter
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Abstract
This paper presents an analysis of the application of a multi-phase matrix converter (PM) based device as a phase shifter (PS). The analysis was conducted using simulation techniques and measurements performed on a six-phase converter model built in a laboratory. Three basic control schemes and their relation to PM properties are presented. In addition to the phase shifter’s ability to change active power transfer, the device’s impact on reactive power transmission was also shown in the paper. Newly assessed PM properties permit the construction of a PS with higher power system control capacity than with currently available devices. Capabilities of various variants of PM control and fast rate of response of the PS based on it, will undoubtedly be useful in the control of dynamic states of the power system operation (postdisturbance states), e.g. for rapid elimination of generator oscillations or power flow adjustment. This study is an extension of the phase shifter concept presented in previous years, and the continuation assumes the construction of a shifter model for use in an already developed at Cracow University of Technology power system model.
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References
Komunikat PSE Operator w sprawie
wspólnego stanowiska CEPS, MAVIR,
PSE Operator i SEPS na temat definicji
obszarów rynkowych [online],
http://www.pse.pl/index.php?dzid=
&did=1082 (dostęp: 2.02.2015).
Kąkol A., Sobczak B., Trębski R., Badanie
wpływu wyłączania i załączania mocno
obciążonej linii przesyłowej na pracę
elektrowni z turbogeneratorami, Acta
Energetica 2011, nr 3, s. 23–28.
Cvijic S., Ilic M.D., Part II: PAR Flow
Control Based on the Framework for
Modeling and Tracing of Bilateral
Transactions and Corresponding Loop
Flows, Power Systems, IEEE Transactions
on, Nov. 2014, Vol. 29, No. 6, s. 2715, 2722.
Korab R., Możliwości zwiększenia zdolności
przesyłowych połączeń transgranicznych
KSE, Przegląd Elektrotechniczny
, nr 2.
Korab R., Owczarek R., Kształtowanie
transgranicznych przepływów
mocy z wykorzystaniem przesuwników
fazowych instalowanych
w liniach wymiany, Przegląd
Elektrotechniczny 2012, r. 88, nr 10b,
s. 299–302.
Cotrus A. i in., Power flow control equipment,
Electrical and Power Engineering
(EPE), 2014 International Conference
and Exposition on, 16–18 Oct. 2014,
s. 284, 288.
Zhicheng L. i in., Active control of power
flow in distribution network using flexible
tie switches, Power System Technology
(POWERCON), 2014 International
Conference on, 20–22 Oct. 2014,
s. 1224, 1229.
Awaria systemowa w dniu 4 listopada
, raport końcowy, UCTE, 2007.9. Final report on the August 14, 2003
blackout in the United States and
Canada: Causes and recommendations,
US-Canada Power System Outage Task
Force, 2004, accessed in June 2010, [online]
Available: https://energy.gov/sites/prod/
files/oeprod/DocumentsandMedia/
BlackoutFinal-Web.pdf (10.11.2013)
Final report: System disturbance on
November, 2006, Union for the
Coordination of Transmission of
Electricity, 2007, accessed in June 2010
[online], Available: https://www.entsoe.
eu/fileadmin/user_upload/_library/
publications/ce/otherreports/Final-
Report-20070130.pdf (15.11.2014).
Oziemblewski K., Opala K., Możliwości
oceny bieżącego stanu stabilności SEE.
Pochodne zamiast charakterystyk, Acta
Energetica 2011, nr 2, s. 33–42.
Szczepanik J., Sieńko T., Nowoczesne
urządzenia do kontroli rozpływu mocy
w systemie elektroenergetycznym oparte
na wielofazowym przekształtniku macierzowym,
APE 2013.
Szczepanik J., Sieńko T., Nowoczesne
urządzenia do kontroli rozpływu mocy
w systemie elektroenergetycznym oparte
na wielofazowym przekształtniku macierzowym,
Zeszyty Naukowe Wydziału
Elektrotechniki i Automatyki Politechniki
Gdańskiej 2013, nr 32, s. 83–86.
Szczepanik J., Sieńko T., New Multiphase
Matrix Converter Based Device for Power
Flow Control, Acta Energetica 2013, nr 4,
s. 158–165.
Verboomen J. i in., Phase shifting transformers:
principles and applications,
Future Power Systems, 2005 International
Conference on, 18 Nov. 2005, s. 6.
Rimez J. i in., Grid Implementation
of a 400 MVA 220/150 kV –15°/+3°
Phase-shifting Transformer for
Power Flow Control in the Belgian
Network: Specification and Operational
Considerations, Paper no A2-202,
Proceedings of the 2006 CIGRE Session,
Paris, France, August 2006.
Namin M.H., Using UPFC in order
to Power flow control, Industrial
Technology, 2006. ICIT 2006.
IEEE International Conference on,
–17 Dec. 2006, s. 1486–1491.
Murugan A., Thamizmani S., A new
approach for voltage control of IPFC
and UPFC for power flow management,
Energy Efficient Technologies
for Sustainability (ICEETS), 2013
International Conference on, 10–12 April
, s. 1376, 1381.
Sieńko T., Schemat zastępczy przekształtnika
macierzowego dla stanów dynamicznych
przy sterowaniu jednookresowym,
Czasopismo Techniczne 1-E/2012, zeszyt
, rok 109.
Sieńko T., Sobczyk T.J., Modelling concept
of N × M matrix converter under periodic
control for dynamic states Archives of
Electrical Engineering, Vol. 63, Issue 2,
s. 305–315, June 2014.
Sobczyk T.J., Control strategy of matrix
converters, in Proc. of European Conf. on
Power Electronics and Applications (EPE)
, Vol. 4, s. 93–97.
Sobczyk T.J., The matrix converter –
a universal power electronic unit, Prace
Instytutu Elektrotechniki 2002, s. 5–21.
Szczepanik J., Sieńko T., New control
scheme and new application area for
a multiphase matrix converter, Third
IASTED Asian Conference POWER
AND ENERGY SYSTEMS, 2–4 April
, Phuked, Thailand, s. 85–89.
Szczepanik J., Sieńko T., New control algorithm
for multiphase matrix converter,
Proceedings of 16th International
Conference on Systems Science,
–6 September 2007, Wrocław, Poland,
t. III, s. 241–250.
Szczepanik J., Sieńko T., A new concept
of application of multiphase matrix
converter in power system, Proceedings
of EUROCON 2007 The International
Conference on “Computer as a Tool”
Warsaw, Poland, September 9–12.
Sieńko T., Szczepanik J., Sobczyk T.J.,
Voltage Phase Controller for Power
Systems, Proceedings of 9th International
Conference Electrical Power Quality and
Utilisation, Barcelona, 9–11 October 2007.
Szczepanik J., Sieńko T., New Control
Strategy for Multiphase Matrix Converter,
Systems Engineering ICSENG 2008,
–21.08.2008, s. 121–126.
Szczepanik J., Sieńko T., Control scheme
for a multiphase matrix converter
EUROCON 2009. This paper appears
in: EUROCON 2009, EUROCON ’09.
Publication Date: 18–23 May 2009, On
page(s): 545–551, Location: St.-Petersburg
Print, ISBN: 978-1-4244-3860-0,
INSPEC Accession Number: 10798882,
Digital Object Identifier: 10.1109/
EURCON.2009.5167685, Current Version
Published: 20 lipca 2009.
Sieńko T., Szczepanik J., The study of
Implementation of Multiphase Matrix
Converter in Power System, Przegląd
Elektrotechniczny 2013, nr 8, s. 10–15.
Sieńko T., Sobczyk T.J., Matrix converter
control for applications to multi-phase
high-speed microgenerators, Archives
of Electrical Engineering 2004, Vol. LIII,
No. 2, s. 217–228.
Sobczyk T.J, SieńkoT., Applicationof Matrix
Converter as a Voltage Phase Controller in
Power System S13-17, IEEE SPEEDAM,
–26.05.2006, Taormina, Italy.
Sieńko T., Sobczyk T.J., Sposób sterowania
przekształtnikiem macierzowym,
Polski Patent: (21) 358928,
(22) 27-02-2003, H02M5/00,
BUP 06-09-2004 18/2004, WUP 29-01-
01/2010.
Sieńko T.J., Szczepanik J., Hudym V.,
Sposób kompensacji mocy biernej, urządzenie
do kompensacji mocy biernej,
zgłoszenie patentowe nr P.408817
z 11.07.2014.