Design of a Three Phase Active Power Filter with Sliding Mode Control and Energy Feedback
Nonlinear and unbalance loads in three phase
networks create harmonics and losses. Active and passive filters are
used for elimination or reduction of these effects. Passive filters have
some limitations. For example, they are designed only for a specific
frequency and they may cause to resonance in the network at the
point of common coupling. The other drawback of a passive filter is
that the sizes of required elements are normally large. The active
filter can improve some of limitations of passive filter for example;
they can eliminate more than one harmonic and don't cause resonance
in the network. In this paper inverter analysis have been done
simultaneously in three phase and the RL impedance of the line have
been considered. A sliding mode control based on energy feedback of
capacitors is employed in the design with this method, the dynamic
speed of the filter is improved effectively and harmonics and load
unbalance is compensating quickly.
[1] M. Aredes, "Active Power Line Conditioners, -- Ph.D. Thesis, Institut
fur Allgemeine Elektrotechnik, Technical University of Berlin, 1996.
[2] M.C. Benhabib, S. Saadate, "New Control Approach For Four-Wire
Active Power Filter Based On The Use of Synchronous Refernce
Frame," Electric Power System Research, vol. 73, pp. 353-362, 2005.
[3] N. Mabrouk, F. Fnajech, "Sliding Mode Control of A 3-Phase-Shunt
Active Power Filter," Proc. ICIT, pp. 597-600, 2003.
[4] J. Miret, L. Cruz, "A Simple Sliding Mode Control of an Active Power
Filter," proc.of IEEE Power Electronics Specialists Conference, pp.
1052-1056, 2004.
[5] H. Chin-Yuen, W. Horng-Yuan, "A New Single-Phase Active Power
Filter With Reduced Energy Storage Capacitor," proc. IEEE Power
Electronics Specialists Conference, pp. 202-208,19.
[1] M. Aredes, "Active Power Line Conditioners, -- Ph.D. Thesis, Institut
fur Allgemeine Elektrotechnik, Technical University of Berlin, 1996.
[2] M.C. Benhabib, S. Saadate, "New Control Approach For Four-Wire
Active Power Filter Based On The Use of Synchronous Refernce
Frame," Electric Power System Research, vol. 73, pp. 353-362, 2005.
[3] N. Mabrouk, F. Fnajech, "Sliding Mode Control of A 3-Phase-Shunt
Active Power Filter," Proc. ICIT, pp. 597-600, 2003.
[4] J. Miret, L. Cruz, "A Simple Sliding Mode Control of an Active Power
Filter," proc.of IEEE Power Electronics Specialists Conference, pp.
1052-1056, 2004.
[5] H. Chin-Yuen, W. Horng-Yuan, "A New Single-Phase Active Power
Filter With Reduced Energy Storage Capacitor," proc. IEEE Power
Electronics Specialists Conference, pp. 202-208,19.
@article{"International Journal of Electrical, Electronic and Communication Sciences:63709", author = "M. Nayeripour and T. Niknam", title = "Design of a Three Phase Active Power Filter with Sliding Mode Control and Energy Feedback", abstract = "Nonlinear and unbalance loads in three phase
networks create harmonics and losses. Active and passive filters are
used for elimination or reduction of these effects. Passive filters have
some limitations. For example, they are designed only for a specific
frequency and they may cause to resonance in the network at the
point of common coupling. The other drawback of a passive filter is
that the sizes of required elements are normally large. The active
filter can improve some of limitations of passive filter for example;
they can eliminate more than one harmonic and don't cause resonance
in the network. In this paper inverter analysis have been done
simultaneously in three phase and the RL impedance of the line have
been considered. A sliding mode control based on energy feedback of
capacitors is employed in the design with this method, the dynamic
speed of the filter is improved effectively and harmonics and load
unbalance is compensating quickly.", keywords = "Shunt active filter, harmonic, inverter, sliding mode
control, energy feedback.", volume = "2", number = "3", pages = "510-7", }