Multiphase Z-source inverter using maximum constant boost control

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This paper deals with the impedance source (Z-source) multiphase inverter, where the maximum constant boost control method is studied and analyzed in the general case of number of phases. On the other side the impact of the modulation index and the number of phases on the duty cycle shoot-through and on the gain of the output voltage ranges is presented. To validate advantages of the Z-source multiphase inverter, the proposed topology and the maximum constant boost control are implemented in simulation and in real time experimentation with Z-source five phase inverter. The output voltage is applied to two parallel loads, a five phase resistive load and a five phase induction machine.

  • [1] F.Z. PENG: Z-source inverter. 37th IAS Annual Meeting, Industry ApplicationsConf., 2 (2002), 775-781

  • [2] F.Z. PENG: Z-source inverter. IEEE Trans. Ind. Appl., 39(2), (2003), 504-510.

  • [3] F.Z. PENG, X. YUAN, X. FANG and Z.Q. PENG: Z-source inverter for adjustable speed drives inverter. IEEE Power Electronics Letters, 99(2), (2003), 33-35.

  • [4] K. NIRAIMATHY RM AND S. KRITHIGA: A new adjustable-speed drives (ASD) system based on high-performance Z-source inverter. 1st Int. Conf. Electrical EnergySystems (ICEES), (2011), 62-66.

  • [5] M.A. ISMEIL, A. KOUZOU, R. KENNEL, A.A. IBRAHIM, M. ORABI and M.E. AHMED: Improved switched inductor (SL) Z-source. Int. Review on Modeling andSimulation, 5(2), (2012), 771-778.

  • [6] M.A. ISMEIL, A. KOUZOU, R, KENNEL, A.A. IBRAHIM, M. ORABI and M.E. AHMED: Switched inductor quasi-Z-source inverter. 15th Int. Power Electronicsand Motion Control Conf., (2012).

  • [7] O. ELLABBAN, J. VAN MIERLO and P. LATAIRE: A new closed loop speed control of induction motor fed by a high performance Z-source inverter. Electric Power andEnergy Conf. (EPEC), (2010).

  • [8] O. ELLABBAN, J. VAN MIERLO and P. LATAIRE: Direct torque controlled space vector modulated induction motor fed by a Z-source inverter for electric vehicles. Int. Conf. on Power Engineering, Energy and Electrical Drives (POWERENG), (2011).

  • [9] U. FLISAR, D. VONCINA and P. ZAJEC: Voltage sag independent operation of induction motor based on Z-source inverter. 7th Int. Conf.-Workshop Compatibilityand Power Electronics (CPE), (2011), 113-118.

  • [10] J. WANG, L. ZHOU, G. TAO and J. SHI: Modeling and simulation of a permanent magnet brushless DC motor fed by PWM Z-source inverter. Int. Conf. on ElectricalMachines and Systems, ICEMS, (2007), 834-838.

  • [11] Y. BO, D. XINPING, L. YAN, L. XIA and L. HONG: Effect of voltage sags on the Z-source adjustable-speed drives. 30th Chinese Control Conf. (CCC), (2011), 3517-3522.

  • [12] F. GAO, P.C. LOH, F. BLAABJERG and R. TEODORESCU: Modulation schemes of multi-phase three-level Z-source inverters. IEEE Specialists Conf. Power Electronics, (2007), 1905-1911.

  • [13] M. VON ZIMMERMANN, S.L. KELLNER and B. PIEPENBREIER: P+resonant control of a Z-source inverter for mains voltage drop compensation. 14th EuropeanConf. on Power Electronics and Applications, (2011).

  • [14] D. XINPING, L. JIAN, L. YAN and Y. BO: A novel adjustable-speed system based on Z-source inverter control. 30th Chinese Control Conf. (CCC), (2011), 3523-3527.

  • [15] H. ABU-RUB, A. IQBAL, A. MOIN, F.Z. PENG, Y. LI and G. BAOMING: Quasi- Z-source inverter-based photovoltaic generation system with maximum power tracking control using ANFIS. IEEE Trans. on Sustainable Energy, PP(99), (2012), 1-10.

  • [16] L. YUSHAN, H. ABU-RUB, G. BAOMING, F.Z. PENG, A.T. DE ALMEIDA and F.J.T.E. FERREIRA: An improved MPPT method for quasi-Z-source inverter based grid-connected photovoltaic power system. IEEE Int. Symp. on Industrial Electronics(ISIE), (2012), 1754-1758.

  • [17] H. ROSTAMI RM AND D.A. KHABURI: Voltage gain comparison of different control methods of the Z-source inverter. Int. Conf. on Electrical and Electronics Engineering, (2009), 268-272.

  • [18] F.Z. PENG, M. SHEN and Z. QIAN: Maximum boost control of the Z-source inverter. IEEE Trans. of Power Electronics, 20(4), (2005), 833-838.

Archives of Control Sciences

The Journal of Polish Academy of Sciences

Journal Information

IMPACT FACTOR 2016: 0.705

CiteScore 2016: 3.11

SCImago Journal Rank (SJR) 2016: 0.231
Source Normalized Impact per Paper (SNIP) 2016: 0.565


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