An analytical inductor design procedure for three-phase PWM converters in power factor correction applications

Alireza Kouchaki, Farideh Javidi Niroumand, Frerk Haase, Morten Nymand

Publikation: Bidrag til bog/antologi/rapport/konference-proceedingKonferencebidrag i proceedingsForskningpeer review

Resumé

This paper presents an analytical method for designing the inductor of three-phase power factor correction converters (PFCs). The complex behavior of the inductor current complicates the inductor design procedure as well as the core loss and copper loss calculations. Therefore, this paper analyzes the inductor voltage/current for sinusoidal pulse width modulation technique. Accordingly, the maximum current ripple as a function of the dc link voltage is derived and the minimum required inductance value is calculated. To explain the copper and the core losses in the inductor, the single-phase equivalent circuit is used to provide the inductor current harmonic spectrum. Therefore, using the harmonic spectrum, the low and high frequency copper losses are calculated. The high frequency minor B-H loops in one switching cycle are also analyzed. Then, the loss map provided by the measurement setup is used to calculate the core loss in the PFC application. To investigate the impact of the dc link voltage level, two inductors for different dc voltage levels are designed and the results are compared.
OriginalsprogEngelsk
TitelProceedings of the 11th International Conference on Power Electronics and Drive Systems
ForlagIEEE
Publikationsdato2015
Sider1013-1018
DOI
StatusUdgivet - 2015
Begivenhed11th IEEE International Conference on Power Electronics and Drive Systems - Sydney, Australien
Varighed: 9. jun. 201512. jun. 2015
Konferencens nummer: 11

Konference

Konference11th IEEE International Conference on Power Electronics and Drive Systems
Nummer11
LandAustralien
BySydney
Periode09/06/201512/06/2015

Fingeraftryk

Pulse width modulation
Electric potential
Copper
Equivalent circuits
Inductance

Citer dette

Kouchaki, A., Niroumand, F. J., Haase, F., & Nymand, M. (2015). An analytical inductor design procedure for three-phase PWM converters in power factor correction applications. I Proceedings of the 11th International Conference on Power Electronics and Drive Systems (s. 1013-1018). IEEE. https://doi.org/10.1109/PEDS.2015.7203481
Kouchaki, Alireza ; Niroumand, Farideh Javidi ; Haase, Frerk ; Nymand, Morten. / An analytical inductor design procedure for three-phase PWM converters in power factor correction applications. Proceedings of the 11th International Conference on Power Electronics and Drive Systems. IEEE, 2015. s. 1013-1018
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title = "An analytical inductor design procedure for three-phase PWM converters in power factor correction applications",
abstract = "This paper presents an analytical method for designing the inductor of three-phase power factor correction converters (PFCs). The complex behavior of the inductor current complicates the inductor design procedure as well as the core loss and copper loss calculations. Therefore, this paper analyzes the inductor voltage/current for sinusoidal pulse width modulation technique. Accordingly, the maximum current ripple as a function of the dc link voltage is derived and the minimum required inductance value is calculated. To explain the copper and the core losses in the inductor, the single-phase equivalent circuit is used to provide the inductor current harmonic spectrum. Therefore, using the harmonic spectrum, the low and high frequency copper losses are calculated. The high frequency minor B-H loops in one switching cycle are also analyzed. Then, the loss map provided by the measurement setup is used to calculate the core loss in the PFC application. To investigate the impact of the dc link voltage level, two inductors for different dc voltage levels are designed and the results are compared.",
author = "Alireza Kouchaki and Niroumand, {Farideh Javidi} and Frerk Haase and Morten Nymand",
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Kouchaki, A, Niroumand, FJ, Haase, F & Nymand, M 2015, An analytical inductor design procedure for three-phase PWM converters in power factor correction applications. i Proceedings of the 11th International Conference on Power Electronics and Drive Systems. IEEE, s. 1013-1018, 11th IEEE International Conference on Power Electronics and Drive Systems, Sydney, Australien, 09/06/2015. https://doi.org/10.1109/PEDS.2015.7203481

An analytical inductor design procedure for three-phase PWM converters in power factor correction applications. / Kouchaki, Alireza; Niroumand, Farideh Javidi; Haase, Frerk; Nymand, Morten.

Proceedings of the 11th International Conference on Power Electronics and Drive Systems. IEEE, 2015. s. 1013-1018.

Publikation: Bidrag til bog/antologi/rapport/konference-proceedingKonferencebidrag i proceedingsForskningpeer review

TY - GEN

T1 - An analytical inductor design procedure for three-phase PWM converters in power factor correction applications

AU - Kouchaki, Alireza

AU - Niroumand, Farideh Javidi

AU - Haase, Frerk

AU - Nymand, Morten

PY - 2015

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N2 - This paper presents an analytical method for designing the inductor of three-phase power factor correction converters (PFCs). The complex behavior of the inductor current complicates the inductor design procedure as well as the core loss and copper loss calculations. Therefore, this paper analyzes the inductor voltage/current for sinusoidal pulse width modulation technique. Accordingly, the maximum current ripple as a function of the dc link voltage is derived and the minimum required inductance value is calculated. To explain the copper and the core losses in the inductor, the single-phase equivalent circuit is used to provide the inductor current harmonic spectrum. Therefore, using the harmonic spectrum, the low and high frequency copper losses are calculated. The high frequency minor B-H loops in one switching cycle are also analyzed. Then, the loss map provided by the measurement setup is used to calculate the core loss in the PFC application. To investigate the impact of the dc link voltage level, two inductors for different dc voltage levels are designed and the results are compared.

AB - This paper presents an analytical method for designing the inductor of three-phase power factor correction converters (PFCs). The complex behavior of the inductor current complicates the inductor design procedure as well as the core loss and copper loss calculations. Therefore, this paper analyzes the inductor voltage/current for sinusoidal pulse width modulation technique. Accordingly, the maximum current ripple as a function of the dc link voltage is derived and the minimum required inductance value is calculated. To explain the copper and the core losses in the inductor, the single-phase equivalent circuit is used to provide the inductor current harmonic spectrum. Therefore, using the harmonic spectrum, the low and high frequency copper losses are calculated. The high frequency minor B-H loops in one switching cycle are also analyzed. Then, the loss map provided by the measurement setup is used to calculate the core loss in the PFC application. To investigate the impact of the dc link voltage level, two inductors for different dc voltage levels are designed and the results are compared.

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Kouchaki A, Niroumand FJ, Haase F, Nymand M. An analytical inductor design procedure for three-phase PWM converters in power factor correction applications. I Proceedings of the 11th International Conference on Power Electronics and Drive Systems. IEEE. 2015. s. 1013-1018 https://doi.org/10.1109/PEDS.2015.7203481