Abstract
Recently, the Secondary Voltage Regulation (SVR) is installed in some power systems in order to ensure the coordination voltage control devices. In other hand, the shunt FACTS devices such as the Static Var Compensator (SVC) and the STATic COMpensator (STATCOM) are extensively used for the local voltage control without any coordination with other voltage control devices, without any reciprocal coordination. In this paper, new models of SVC and STATCOM are proposed to be adopted in power flow models that include the SVR. The proposed models are implemented and tested on a model of the Italian power system. Furthermore, a new method based on sensitivity analysis is proposed to find the most sensitive placements for the installation of SVC and STATCOM. The results obtained show the highly computational performance of the propose models and also the effectiveness of the sensitivity analysis to find the best placements of SVC and STATCOM taking into account the SVR.
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References
Corsi S, Pozzi M, Sabelli C, Serrani A (2004) The Coordinated Automatic Voltage Control of the Italian Transmission Grid-Part I Reasons of the Choice and Overview of the Consolidated Hierarchical System. IEEE transactions on power systems 19(4):1723–1732
Paul J-P, Leost J-Y, Tesseron J-M (1987) “Survey of the secondary voltage control in France: Present realization and investigations”, IEEE Trans. on Power Systems
Lagonotte P, Sabonnadière JC, LCost JY, Paul JP (1989) Structural analysis of the electrical system application to secondary voltage control in France. IEEE Transactions on Power Systems 4(2):479–486
Paul JP, Corroyer C, Jeannel P, Tesseron JM, Maury F, Torra A “Improvements in the organization of secondary voltage control in France”, CIGRE Session Paris 1990, Report 38/39-03
Lefebvre H, Fragnier D, Boussion JY, Mallet P, Bulot M “Secondary coordinated voltage control system: Feedback of EDF”, in Panel Session–2000 IEEE PES Summer Meeting. Seattle, WA
Corsi S, Pozzi M, Sabelli C, Serrani A (2004) The Coordinated Automatic Voltage Control of the Italian Transmission Grid-Part II Control Apparatuses and Field Performance of the Consolidated Hierarchical System. IEEE Transactions on Power Systems 19(4):1733–1741
Arcidiacono V, Corsi S, Natale A, Raffaelli C, Menditto V “New developments in the application of ENEL transmission system voltage and reactive power automatic control”, CIGRE Session 1990 rapport 38/39-06
Corsi S, Marannino P, Losignore N, Moreschini G, Piccini G (1995) Coordination between the reactive power scheduling function and the hierarchical voltage control of the EHV ENEL system. IEEE Transactions on Power Systems 10(2):686–694
Corsi S (2000) “The Secondary Voltage Regulation in Italy”, IEEWPES 2000 Summer Meeting, July 16–20. Scattlc. Washington, pp. 296–304
Arcidiacono V, Corsi S, Marannino P “The voltage and reactive power control of ENEL transmission system
Piret JP, Antoine JP, Subbe et Alii M (1992) “The study of a centralized voltage control method applicable to the Belgian system”, in Proc. CIGRE, Paris, France, 1992, paper 39–201
Van Hecke J, Janssens N, Deuse J, Promel F (2000) “coordinated voltage control experience in Belgium”, in Proc. CIGRE, Paris, France, paper 38–111
Sancha JL, Fesnández JL, Cortés A, Abarca JT (1996) Secondary voltage control analysis, solutions and simulation results for the Spanish transmission system. IEEE Transactions on Power Systems 11(2):630–638
Sancha JL, Femhdez JL, Martinez F, Sallé C (1993) “Spanish practices in reactive power management and voltage control”, IEE Colloquium on International Practices in Reactive Power Control, 7. London, UK
Layo L, Martin L, Álvarez M (2000) “Final implementation of a multilevel strategy for voltage and reactive control in the Spanish electrical power system”, in Proc. PCI Conf, Glasgow, Scotland, U.K.
Berizzi A, Bovo C, Delfanti M, Merlo M, Tortello F “Singular Value Decomposition for an ORPF formulation in the presence of SVR”, IEEE MELECON 2006, May 16–19, Benalmadena (Malaga), Spain
Berizzi A, Bovo C, Delfanti M, Merlo M (2008) Security optimization of bulk power systems in the market environment. Nova Science Publishers, New York
Ilea V, Bovo C, Merlo M, Berizzi A, Eremia M (2009) “Reactive power flow optimization in the presence of secondary voltage control”. IEEE Bucharest Power Tech Conference, June 28th-July 2nd, Bucharest, Romania
Acha E, Fuerte-Esquivel CR, Ambriz-Pérez H, Angeles-Camacho C (2004) FACTS, modeling and simulation in power network. John Wiley & Sons, LTD, England
Radman G, Raje RS (2007) Power flow model/calculation for power systems with multiple FACTS controllers. Electric power systems research 77(12):1521–1531
Richardot O (2006) Réglage Coordonné de Tension dans les Réseaux de Distribution à l’aide de la Production Décentralisée, PhD thesis, INP of gronoble, France
Benabid R, Boudour M, Abido M (2009) Optimal location and setting of SVC and TCSC devices using non-dominated sorting particle swarm optimization. Electric Power Systems Research Journal 79:1668–1677
Benabid R, Boudour M, Abido M (2012) Development of a new power injection model with embedded multi-control functions for static synchronous series compensator (SSSC). IET Gener. Transm. Distrib. 6:680–692
Benabid R, Boudour M, Abido M (2011) Optimization of UPFCs using hierarchical multi-objective optimization algorithms. Analog Integr Circ Sig Process 69:91–102
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Benabid, R., Berizzi, A., Bovo, C. et al. A new modeling and placement of shunt FACTS devices in the secondary voltage regulation environment. Electr Eng 96, 359–366 (2014). https://doi.org/10.1007/s00202-014-0303-4
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DOI: https://doi.org/10.1007/s00202-014-0303-4