Installation of Compensators in the Power System Transmission Grid
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Abstract
The article discusses issues of reactive power compensation in transmission grids, with particular focus on the selection of compensator locations and basic parameters. Attention was focused on modern power electronics systems that ensure full automatic compensator adjustment to voltage or power criteria.
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References
Faruque M.O. et. al., Review of Electromagnetic Transient Models for Non-VSC FACTS, IEEE Transactions on Power Delivery, Vol. 20, No. 2, 2005.
Hingorani N.G., Flexible ac transmission, IEEE SPECTRUM April 1993.
Kodsi S.K.M., Cañizares C.A., Kazerani M., Reactive current control through SVC for load power factor correction, Electric Power System Research, No. 76, 2006.
Kowalak R., Kompensatory i ich wpływ na pracę systemu elektroenergetycznego [Compensators and their impact on the power system operation], Monografie series, No. 181, Wydawnictwo Politechniki Gdańskiej, Gdańsk 2019.
Kowalak R. et al., Statyczne kompensatory bocznikowe i ich lokalizacja w sieci przesyłowej [Static shunt compensators and their locations in the transmission grid], Energetyka, problemy energetyki i gospodarki paliwowo-energetycznej, No. XXIII, 2012, pp. 6–11.
ABB Advanced Power Electronics, ABB Switzerland Ltd., Advanced Power Electronics, 3BHS237242 ZAB E01 [acquired from the company in July 2010].
ABB STATCOM For flexibility in power systems, ABB Power Systems AB, A02-0165E, [acquired from the company in July 2010].
AMSCTM SVC Static Var Compensator, American Superconductor Corporation, 2008.
Modelling of SVC in Power System Studies, ABB Power Systems AB, information NR 500-026E, April 1996.
Power Transmission and Distribution, Discover the World of FACTS Technology, Technical Compendium, SIEMENS AG Power Transmission and Distribution High Voltage Division, No E50001-U131-A99-X-7600.
STATCOM solutions for Wind Farm, ABB Switzerland Ltd., Advanced Power Electronics, 3BHT490587R0001, 2008.
STATCOM, ABB Switzerland Ltd., Advanced Power Electronics, 3BHT490522R0001, 2006.
SVC Configuration Optimisation, Nokian Capacitors Ltd., EN-TH18-03/2007, 2007.
SVC StaticVarCompensator, ABB Power Technologies AB, A02–0100E [acquired from the company in July 2010].
Using Dynamic Reactive Compensation to Mitigate Voltage Sags at a Micron Technology Semiconductor Manufacturing Facility, American Superconductor Corporation, MCRN_CS_0610, 2010.
Oskoui A. et al., Holly STATCOM – FACTS to replace critical generation, operation experience [acquired from ABB in July 2010].
Strzelecki R., Benysek G., Układy STATCOM i ich rola w systemie elektroenergetycznym [STATCOM systems and their role in the power system], International Scientific and Technical Conference “Modern power supply devices in the energy sector”, Kozienice, March 2004.
Zajczyk R., Modele matematyczne systemu elektroenergetycznego do badania elektromechanicznych stanów nieustalonych i procesów regulacyjnych [Mathematical models of power system for examination of elektro-mechanical unsteady states and control processes], Wydawnictwo Politechniki Gdańskiej, Gdańsk 2003.
Zajczyk R. et al., Instalowanie kompensatorów w sieci przesyłowej KSE [Compensator installation in the Polish national transmission grid]. Problematyka mocy biernej w sieciach dystrybucyjnych i przesyłowych, Wisła, Dec. 7–8 2010.
Zbroński A., Metoda lokalizacji układów kompensatorów statycznych w systemie elektroenergetycznym [A method of the location of static compensators in the power system] doctoral dissertation, Politechnika Gdańska, Gdańsk 2016.