Shaft Voltage Reduction Method Using Carrier Wave Phase Shift in IPMSM

Common-Mode Voltage (CMV) induces shaft voltage and bearing current due to the electrical interaction with the parasitic capacitance of the motor. CMV, shaft voltage, and bearing current are considered the major causes of bearing fault. Motor fault in a traction system poses a risk of accidents. The...

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Autores principales:	Jun-Hyuk Im, Yeol-Kyeong Lee, Jun-Kyu Park, Jin Hur
Formato:	article
Lenguaje:	EN
Publicado:	MDPI AG 2021
Materias:	pulse width modulation inverters space vector pulse width modulation bearing faults fault tolerance Technology T
Acceso en línea:	https://doaj.org/article/7db84a2e6fbd469f89a4201945bf165b
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spelling	oai:doaj.org-article:7db84a2e6fbd469f89a4201945bf165b2021-11-11T15:45:23ZShaft Voltage Reduction Method Using Carrier Wave Phase Shift in IPMSM10.3390/en142169241996-1073https://doaj.org/article/7db84a2e6fbd469f89a4201945bf165b2021-10-01T00:00:00Zhttps://www.mdpi.com/1996-1073/14/21/6924https://doaj.org/toc/1996-1073Common-Mode Voltage (CMV) induces shaft voltage and bearing current due to the electrical interaction with the parasitic capacitance of the motor. CMV, shaft voltage, and bearing current are considered the major causes of bearing fault. Motor fault in a traction system poses a risk of accidents. Therefore, it is necessary to reduce the CMV and the shaft voltage to ensure the reliability of the bearing. However, some existing CMV reduction methods are based on asynchronized space vector pulse width modulation (SVPWM), which will cause unacceptable harmonic distortion at a low switching frequency. Alternatively, some CMV reduction methods based on synchronized SVPWM burden the processor because they require a lot of calculation. In this paper, the method to reduce CMV and shaft voltage is proposed using carrier wave phase shift in SVPWM. CMV is explained in traditional SVPWM, and CMV is reduced by shifting the carrier wave phase of one phase. The simulation model is constructed through MATLAB/SIMULINK and Maxwell 2D/Twin Builder. Considering the proposed method, CMV, shaft voltage, and bearing current are analyzed by an equivalent circuit model. Moreover, the output torque behaviors with different input currents are analyzed through the simulation.Jun-Hyuk ImYeol-Kyeong LeeJun-Kyu ParkJin HurMDPI AGarticlepulse width modulation invertersspace vector pulse width modulationbearing faultsfault toleranceTechnologyTENEnergies, Vol 14, Iss 6924, p 6924 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	pulse width modulation inverters space vector pulse width modulation bearing faults fault tolerance Technology T
spellingShingle	pulse width modulation inverters space vector pulse width modulation bearing faults fault tolerance Technology T Jun-Hyuk Im Yeol-Kyeong Lee Jun-Kyu Park Jin Hur Shaft Voltage Reduction Method Using Carrier Wave Phase Shift in IPMSM
description	Common-Mode Voltage (CMV) induces shaft voltage and bearing current due to the electrical interaction with the parasitic capacitance of the motor. CMV, shaft voltage, and bearing current are considered the major causes of bearing fault. Motor fault in a traction system poses a risk of accidents. Therefore, it is necessary to reduce the CMV and the shaft voltage to ensure the reliability of the bearing. However, some existing CMV reduction methods are based on asynchronized space vector pulse width modulation (SVPWM), which will cause unacceptable harmonic distortion at a low switching frequency. Alternatively, some CMV reduction methods based on synchronized SVPWM burden the processor because they require a lot of calculation. In this paper, the method to reduce CMV and shaft voltage is proposed using carrier wave phase shift in SVPWM. CMV is explained in traditional SVPWM, and CMV is reduced by shifting the carrier wave phase of one phase. The simulation model is constructed through MATLAB/SIMULINK and Maxwell 2D/Twin Builder. Considering the proposed method, CMV, shaft voltage, and bearing current are analyzed by an equivalent circuit model. Moreover, the output torque behaviors with different input currents are analyzed through the simulation.
format	article
author	Jun-Hyuk Im Yeol-Kyeong Lee Jun-Kyu Park Jin Hur
author_facet	Jun-Hyuk Im Yeol-Kyeong Lee Jun-Kyu Park Jin Hur
author_sort	Jun-Hyuk Im
title	Shaft Voltage Reduction Method Using Carrier Wave Phase Shift in IPMSM
title_short	Shaft Voltage Reduction Method Using Carrier Wave Phase Shift in IPMSM
title_full	Shaft Voltage Reduction Method Using Carrier Wave Phase Shift in IPMSM
title_fullStr	Shaft Voltage Reduction Method Using Carrier Wave Phase Shift in IPMSM
title_full_unstemmed	Shaft Voltage Reduction Method Using Carrier Wave Phase Shift in IPMSM
title_sort	shaft voltage reduction method using carrier wave phase shift in ipmsm
publisher	MDPI AG
publishDate	2021
url	https://doaj.org/article/7db84a2e6fbd469f89a4201945bf165b
work_keys_str_mv	AT junhyukim shaftvoltagereductionmethodusingcarrierwavephaseshiftinipmsm AT yeolkyeonglee shaftvoltagereductionmethodusingcarrierwavephaseshiftinipmsm AT junkyupark shaftvoltagereductionmethodusingcarrierwavephaseshiftinipmsm AT jinhur shaftvoltagereductionmethodusingcarrierwavephaseshiftinipmsm
_version_	1718434094742765568

Shaft Voltage Reduction Method Using Carrier Wave Phase Shift in IPMSM

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