Log in first for optimal use of all functions!

Power factor compensation for CSC-fed PMSM drive using d-axis stator current control (English)

In: IEMDC, IEEE International Electric Machines & Drives Conference, 2011   ;  753-758  ;  2011

How to get this title?

Local TIB services
LUH Campus collection
TIB document delivery Purchase
Pricing information

Export, share and cite

In this paper, an input power factor compensation method is proposed for a high-power pulse-width-modulated Current-Source-Converter (CSC)-fed Permanent Magnet Synchronous Motor (PMSM) drive system. The proposed method is based on controlling the d-axis stator current component in the field oriented control scheme of the drive system. The CSC-fed PMSM drive system and its field oriented control scheme are first introduced. Then, the relationships between the machine side, dc-link, and the line side are investigated. Based on the analysis, a new d-axis stator current control scheme that can ensure unity input power factor for the operating speed range is proposed. The main feature of the proposed scheme is to compensate the line-side power factor without the need for modulation index control in either the rectifier or the inverter. Therefore, offline Selective Harmonic Elimination (SHE) modulation schemes can be implemented on both line and machine side converters to minimize the total harmonic distortion. This results in reduced switching frequency and reduced switching losses. Simulation results for a 2.44MW medium-voltage system and experimental results from a low-voltage 6.5kW IPM motor drive are provided to verify the effectiveness of the proposed compensation method.

Table of contents conference proceedings

The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.

53
Principle of hybrid variable-magnetic-force motors
Sakai, K. / Hashimoto, H. / Kuramochi, S. et al. | 2011
131
Modeling of PMSM with multiple saliencies using a stator-oriented magnetic circuit approach
Seilmeier, M. / Piepenbreier, B. et al. | 2011
182
A simplified state switching control strategy for survivable variable-speed induction generators
Shi, Xiaodong / Krishnamurthy, M. et al. | 2011
236
Sensorless predictive DTC for the PM synchronous machine
Morales-Caporal, R. / Ordonez-Flores, R. / Bonilla-Huerta, E. / Pacas, M. et al. | 2011
412
Operating limits for drive condition monitoring using supply current signature analysis
Li, Jing / Sumner, M. / Arellano-Padilla, J. / Asher, G. et al. | 2011
418
Exploiting switching transients for broken rotor bar detection in inverter-fed induction machines at all operating conditions
Nussbaumer, P. / Stojicic, G. / Wolbank, T.M. et al. | 2011
599
Sensorless control of permanent magnet synchronous motor using ANFIS based MRAS
Jain, M. / Singh, M. / Chandra, A. / Williamson, S.S. et al. | 2011
675
Time discretization issues in induction machine model solving for real-time applications
Joshi, B.M. / Chandorkar, M.C. et al. | 2011
711
A novel decoupled interconnecting method for current source converter based offshore wind farms
Popat, M. / Wu, Bin / Zargari, N.R. et al. | 2011
741
Direct torque control of cascaded brushless doubly fed induction generator for wind energy applications
Zhang, Yongchang / Zhu, Jianguo et al. | 2011
753
Power factor compensation for CSC-fed PMSM drive using d-axis stator current control
Al-nabi, E. / Wu, Bin / Zargari, N. / Sood, V. et al. | 2011
759
A new torque hysteresis control algorithm for direct torque control of an IM drive
Hafeez, M. / Uddin, M.Nasir et al. | 2011
789
A wavelet based multi-resolution controller for sensorless position control of PM synchronous motors at low speed
Nejadpak, A. / Mohamed, A. / Mohammed, O.A. et al. | 2011
801
Minimum reactive power tracking with MPPT of converter excited induction generator for wind power generation
Kimura, N. / Nakatani, K. / Morizane, T. / Nishida, Y. et al. | 2011
878
A Sensorless Speed Estimation Method for Wound Rotor Induction Machine
Djurovic, S. / Djukanovic, S. et al. | 2011
896
Investigation of thermal stress in the rotor of doubly-fed induction generators at synchronous operating point
Jung, J. / Hofmann, W. et al. | 2011
902
A novel equivalent circuit involving stray load loss and harmonic torques for high speed induction motors driven by inverters
Yamazaki, K. / Suzuki, A. / Ohto, M. / Takakura, T. / Nakagawa, S. et al. | 2011
1025
A quadratic high step-up DC-DC converter with voltage multiplier
Shih-Ming Chen, / Tsorng-Juu Liang, / Lung-Sheng Yang, / Jiann-Fuh Chen, / Kai-Cheung Juang, et al. | 2011
1030
A novel integrated AC choke for common-mode voltage suppression in power converter systems
Zhu, Ning / Kang, Jinsong / Xu, Dewei / Wu, Bin / Xiao, Yuan et al. | 2011
1082
Ideal integration of observers with sinusoidal states by Sliding Mode - Application to Direct Field Orientation of motor drives
Comanescu, M. et al. | 2011
1100
Two-level backward operation of a VSMC for PMSG grid-connected variable speed wind turbine systems
Aner, M. / Nowicki, E. et al. | 2011
1213
Active reduction of audible noise exciting radial force-density waves in induction motors
Franck, D. / Giet, M. / Hameyer, K. et al. | 2011
1351
Multi-phase permanent magnet motor drives for fault-tolerant applications
Villani, M. / Tursini, M. / Fabri, G. / Castellini, L. et al. | 2011
1462
Auralization of electrical machines in variable operating conditions
Giet, M. / Blum, J. / Dietrich, P. / Pelzer, S. / Muller-Trapet, M. / Pollow, M. / Vorlander, M. / Hameyer, K. et al. | 2011
1579
Determination of differential inductances of permanent magnet synchronous machines for sensorless control
Peter, H. / Hahn, Ingo et al. | 2011
1597
Speed and current Model Predictive Control of an IPM synchronous motor drive
Bolognani, S. / Kennely, R. / Kuehly, S. / Paccagnella, G. et al. | 2011
i
Index
| 2011
ii
Program
| 2011
xli
Committees
| 2011

How to get this title?

Local TIB services
LUH Campus collection
TIB document delivery Purchase
Pricing information

Export, share and cite

Feedback