A Comparison of Shunt Active Power Filter Control Methods under Non-Sinusoidal and Unbalanced Voltage Conditions
There are a variety of reference current identification
methods, for the shunt active power filter (SAPF), such as the
instantaneous active and reactive power, the instantaneous active and
reactive current and the synchronous detection method are evaluated
and compared under ideal, non sinusoidal and unbalanced voltage
conditions. The SAPF performances, for the investigated
identification methods, are tested for a non linear load. The
simulation results, using Matlab Power System Blockset Toolbox
from a complete structure, are presented and discussed.
[1] B. Singh. K. Al-Haddad. A. Chandra. “A review of active filters for
power quality improvement” In: IEEE Transactions On Industrial
Electronics. Vol. 46. NO. 5. October 1999. p. 960-971.
[2] C. Brandao. J. Antonio. M. Lima: Edison Roberto Cabral da Silva “A
revision of the state of the art in active filters” In: 5th Power Electronics
Conferences. 19-23. September. Brazil 1999. p 857-862.
[3] H. Abaali. M. T. Lamchich and M. Raoufi “Shunt Power Active Filter
Control under Non Ideal Voltage Conditions” World Academy of
Science, Engineering and Technology Vol. 2, No. 10, pp. 1086-1091
2008
[4] H. Abaali. M. T. Lamchich and M. Raoufi “The Three phase Shunt
Active Filters for the Harmonics Compensation Under Distorted and
Unbalanced Mains Voltage Conditions” IEEE-ICIT’04 International
Conference on Industrial Technology December 8-10, Hammamet
Tunisia, 2004.
[5] E. H. Watanabe. M. Arades. H. Akagi. “The pq Theory for Active Filter
Control: Some Problems and Solutions” In: 14th Conferences of
Automatic, Natal – RN. 2 a 5 September, Brazil, 2002, p. 1078-1083.
[6] H. Akagi. Y. Kanazawa. A. Nabae. “Instantaneous Reactive Power
Compensators Comprising Switching Devices without Energy Storage
Components” In: IEEE Transactions on Industry Applications, Vol. IA-
20, NO. 3, May/June 1984, p. 625-630.
[7] Vedat M. Karslı, Mehmet Tümay and Berrin Süslüoğlu, “An Evaluation
of Time Domain Techniques for Compensating Current of Shunt Active
Power Filters” International Conference on Electrical and Electronics
Engineering Bursa, Turkey, Dec. 2003.
[8] H. –L. Jou “Performance Comparison of the three-phase Active Power
Filter Algorithm” IEE Proc.Gen. Trans. Distrib, vol. 142, no.6, 1995.
[9] L. Dixon “Average current mode control of switching power supplies”
Unitrode Switching Regulated Power Design Seminar Manual, SEM-
700, 1990.
[10] M. Raoufi and M. T. Lamchich “Average Current Mode Control of a
Voltage Source Inverter Connected to the Grid: Application to Different
Filter Cells” Journal of Electrical Engineering, Vol 55, 03-04 2004, 77-
82.
[11] M. Bojrup “Advanced Control of Active Filters in a Battery Charger
Application” Licentiate thesis. Lund Institute of Technology, Sweden,
1999.
[12] A. Allali, “Compensateurs Actifs des Réseaux Electriques Basse
Tension”. Thesis University Louis Pasteur Strasbourg. Doctoral School
Sciences for Engineer. September 12. 2002.
[13] M. Aredes “Active Power Line Conditioners” From the specialist area
12 electro-technology of the technical University. Thesis. Berlin 1996
D83.
[1] B. Singh. K. Al-Haddad. A. Chandra. “A review of active filters for
power quality improvement” In: IEEE Transactions On Industrial
Electronics. Vol. 46. NO. 5. October 1999. p. 960-971.
[2] C. Brandao. J. Antonio. M. Lima: Edison Roberto Cabral da Silva “A
revision of the state of the art in active filters” In: 5th Power Electronics
Conferences. 19-23. September. Brazil 1999. p 857-862.
[3] H. Abaali. M. T. Lamchich and M. Raoufi “Shunt Power Active Filter
Control under Non Ideal Voltage Conditions” World Academy of
Science, Engineering and Technology Vol. 2, No. 10, pp. 1086-1091
2008
[4] H. Abaali. M. T. Lamchich and M. Raoufi “The Three phase Shunt
Active Filters for the Harmonics Compensation Under Distorted and
Unbalanced Mains Voltage Conditions” IEEE-ICIT’04 International
Conference on Industrial Technology December 8-10, Hammamet
Tunisia, 2004.
[5] E. H. Watanabe. M. Arades. H. Akagi. “The pq Theory for Active Filter
Control: Some Problems and Solutions” In: 14th Conferences of
Automatic, Natal – RN. 2 a 5 September, Brazil, 2002, p. 1078-1083.
[6] H. Akagi. Y. Kanazawa. A. Nabae. “Instantaneous Reactive Power
Compensators Comprising Switching Devices without Energy Storage
Components” In: IEEE Transactions on Industry Applications, Vol. IA-
20, NO. 3, May/June 1984, p. 625-630.
[7] Vedat M. Karslı, Mehmet Tümay and Berrin Süslüoğlu, “An Evaluation
of Time Domain Techniques for Compensating Current of Shunt Active
Power Filters” International Conference on Electrical and Electronics
Engineering Bursa, Turkey, Dec. 2003.
[8] H. –L. Jou “Performance Comparison of the three-phase Active Power
Filter Algorithm” IEE Proc.Gen. Trans. Distrib, vol. 142, no.6, 1995.
[9] L. Dixon “Average current mode control of switching power supplies”
Unitrode Switching Regulated Power Design Seminar Manual, SEM-
700, 1990.
[10] M. Raoufi and M. T. Lamchich “Average Current Mode Control of a
Voltage Source Inverter Connected to the Grid: Application to Different
Filter Cells” Journal of Electrical Engineering, Vol 55, 03-04 2004, 77-
82.
[11] M. Bojrup “Advanced Control of Active Filters in a Battery Charger
Application” Licentiate thesis. Lund Institute of Technology, Sweden,
1999.
[12] A. Allali, “Compensateurs Actifs des Réseaux Electriques Basse
Tension”. Thesis University Louis Pasteur Strasbourg. Doctoral School
Sciences for Engineer. September 12. 2002.
[13] M. Aredes “Active Power Line Conditioners” From the specialist area
12 electro-technology of the technical University. Thesis. Berlin 1996
D83.
@article{"International Journal of Electrical, Electronic and Communication Sciences:68588", author = "H. Abaali and M. T. Lamchich and M. Raoufi", title = "A Comparison of Shunt Active Power Filter Control Methods under Non-Sinusoidal and Unbalanced Voltage Conditions", abstract = "There are a variety of reference current identification
methods, for the shunt active power filter (SAPF), such as the
instantaneous active and reactive power, the instantaneous active and
reactive current and the synchronous detection method are evaluated
and compared under ideal, non sinusoidal and unbalanced voltage
conditions. The SAPF performances, for the investigated
identification methods, are tested for a non linear load. The
simulation results, using Matlab Power System Blockset Toolbox
from a complete structure, are presented and discussed.
", keywords = "Shunt active power filter, Current perturbation, Non
sinusoidal and unbalanced voltage conditions.", volume = "8", number = "8", pages = "1358-7", }
