The pqr-coordinate in the mapping matrices model of Kim-Akagi on power transformation based on Euler angle rotation method

Yuniantoro, Indriarto; Gunawan, Ridwan; Setiabudy, Rudy

doi:10.1109/qir.2013.6632549

Cited by 4 publications

(2 citation statements)

References 7 publications

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“…The Euler angle rotation method [12] Most of the instantaneous active-reactive theory (pq) above has been is developed in time domain. The model developed by Kim-Akagi constrain on the time domain.…”

Section: B Review Of Pq and Pqr-theorymentioning

confidence: 99%

New Concept of PQR-Coordinate on Power Transformation for Harmonics Reducing

Yuniantoro

Setiabudy

Gunawan

2014

IJPS

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AbstractPower transformation of pqr-coordinate modified by Euler angle rotation method used in analysis of the IGBT active filter circuits as the instantaneous power theory is reviewed. Twice and three times rotation of Euler angle already conducted and produced a matrix transformation different from the Kim-Akagi's model. Method of Fourier integral in the Voltage Source PWM Converter be done so a harmonics characteristic can be known and may be reduced. Value of Euler angles in frequency domain determined as a carrier harmonic waveforms. This approach is gives slightly different than that has understood so far.

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Section: B Review Of Pq and Pqr-theorymentioning

confidence: 99%

New Concept of PQR-Coordinate on Power Transformation for Harmonics Reducing

Yuniantoro

Setiabudy

Gunawan

2014

IJPS

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“…Reinterpretation of pqr-coordinate from mapping matrices model by the Euler angle rotation method is turned out, and it produces in a different way when it is compared from its original theory. In the Kim-Akagi's mapping matrices model, pqr-coordinate is identical to dqn-coordinate when the n-axes coincides on the 0-axes, whereas in the Euler angle rotation method pqrcoordinate is generated from twice rotation [6]. Projection of pqr-coordinate into αβ0-coordiate produces twenty-four of asymmetric voltage-vector in three-dimensional space-vector.…”

Section: Introductionmentioning

confidence: 99%

Comparison of Voltage-Vector Control based on Duty Cycle Analysis in Three-Phase Four-Leg System Active Filter

Yuniantoro

Setiabudy

Gunawan

2016

IJECE

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Comparison of voltage vector control in various forms of tetrahedron that result from switching combination on three-phase four-leg system active filter is presented especially asymmetric tetrahedron shape which is a projection pqr-coordinate into αβ0-coordinate. Parameter tetrahedrons such as modulation boundary-line, reference vector, switching duration time and duty cycle are described. Duty cycle analysis conducted on the Shen’s model, the Zhang’s model, the Perales’s model and asymmetric’s model are presented. The characteristics results showed that switching combination of each IGBT conductor especially its reviews on the neutral wire. Asymmetric tetrahedron can be proposed as control technique in three-phase four-leg system active filter.

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Harmonic Detection Method of Three-Phase Four-Wire APF Based on p-q-r Without Voltage-Sensor

Zhijian

Zhang

et al. 2022

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The pqr-coordinate in the mapping matrices model of Kim-Akagi on power transformation based on Euler angle rotation method

Cited by 4 publications

References 7 publications

New Concept of PQR-Coordinate on Power Transformation for Harmonics Reducing

New Concept of PQR-Coordinate on Power Transformation for Harmonics Reducing

Comparison of Voltage-Vector Control based on Duty Cycle Analysis in Three-Phase Four-Leg System Active Filter

Harmonic Detection Method of Three-Phase Four-Wire APF Based on p-q-r Without Voltage-Sensor

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