Analysis and modeling of the steady state behavior of the static Kramer induction generator

L. Refoufi; B. A.T. Al Zahawi; A. G. Jack

doi:10.1109/60.790879

Analysis and modeling of the steady state behavior of the static Kramer induction generator

L. Refoufi, B. A.T. Al Zahawi, A. G. Jack

Electrical Engineering

Research output: Contribution to journal › Article › peer-review

30 Scopus citations

Abstract

A steady state analysis of the static Kramer variable speed double output induction generator is conducted using a hybrid dq model wherein stator variables only are transformed onto a reference frame fixed to the rotor. Rotor variables are retained in their natural abc form, allowing diode bridge overlap together with switching effects in the rectifier and inverter to be catered for. For constant speed operation the system equations are reduced to a set of linear differential equations with constant coefficients which are solved analytically to predict generator performance. Simulated performance is verified experimentally showing very good agreement with measurement.

Original language	British English
Pages (from-to)	333-339
Number of pages	7
Journal	IEEE Transactions on Energy Conversion
Volume	14
Issue number	3
DOIs	https://doi.org/10.1109/60.790879
State	Published - 1999

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10.1109/60.790879

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title = "Analysis and modeling of the steady state behavior of the static Kramer induction generator",

abstract = "A steady state analysis of the static Kramer variable speed double output induction generator is conducted using a hybrid dq model wherein stator variables only are transformed onto a reference frame fixed to the rotor. Rotor variables are retained in their natural abc form, allowing diode bridge overlap together with switching effects in the rectifier and inverter to be catered for. For constant speed operation the system equations are reduced to a set of linear differential equations with constant coefficients which are solved analytically to predict generator performance. Simulated performance is verified experimentally showing very good agreement with measurement.",

author = "L. Refoufi and {Al Zahawi}, {B. A.T.} and Jack, {A. G.}",

note = "Funding Information: L. Refoufi would like to thank INELEC and the British Council for financial support received during the period of his research attachment at the University of Manchester.",

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AU - Refoufi, L.

AU - Al Zahawi, B. A.T.

AU - Jack, A. G.

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PY - 1999

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N2 - A steady state analysis of the static Kramer variable speed double output induction generator is conducted using a hybrid dq model wherein stator variables only are transformed onto a reference frame fixed to the rotor. Rotor variables are retained in their natural abc form, allowing diode bridge overlap together with switching effects in the rectifier and inverter to be catered for. For constant speed operation the system equations are reduced to a set of linear differential equations with constant coefficients which are solved analytically to predict generator performance. Simulated performance is verified experimentally showing very good agreement with measurement.

AB - A steady state analysis of the static Kramer variable speed double output induction generator is conducted using a hybrid dq model wherein stator variables only are transformed onto a reference frame fixed to the rotor. Rotor variables are retained in their natural abc form, allowing diode bridge overlap together with switching effects in the rectifier and inverter to be catered for. For constant speed operation the system equations are reduced to a set of linear differential equations with constant coefficients which are solved analytically to predict generator performance. Simulated performance is verified experimentally showing very good agreement with measurement.

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JO - IEEE Transactions on Energy Conversion

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ER -

Analysis and modeling of the steady state behavior of the static Kramer induction generator

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