Study on the improved modeling of the linear motor system for linear compressor considering the magnetic nonlinearity

Study on the improved modeling of the linear motor system for linear compressor considering the magnetic nonlinearity

In this paper, the improved modeling of the linear compressor system is researched considering the magnetic nonlinearity. The strategy for modeling the linear compressor considering the magnetic nonlinearity is conducted in two steps. Frist, nonlinear inductance values of the linear compressor are c...

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Hauptverfasser: Sung-An Kim, Sang-Geon Lee, Dae-Geun Park, Sang-In Byun, Yun-Hyun Cho
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Equations
Finite element analysis
Force
Inductance
Inverters
Load modeling
Mathematical model
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Sang-Geon Lee
Dae-Geun Park
Sang-In Byun
Yun-Hyun Cho
description In this paper, the improved modeling of the linear compressor system is researched considering the magnetic nonlinearity. The strategy for modeling the linear compressor considering the magnetic nonlinearity is conducted in two steps. Frist, nonlinear inductance values of the linear compressor are calculated by electromagnetic field analysis using the Finite Element Method. Secondly, the modeling of controller is performed by analysis of the loss factor of the linear compressor system. The power calculation of nonlinear modeling of the linear compressor system is verified through experiments.
doi_str_mv 10.1109/PEDS.2013.6527083
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subjects Equations
Finite element analysis
Force
Inductance
Inverters
Load modeling
Mathematical model
title Study on the improved modeling of the linear motor system for linear compressor considering the magnetic nonlinearity
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