Magnetic equivalent circuit modelling of doubly‐fed induction generator with assessment of rotor inter‐turn short‐circuit fault indices
In this study, a wound rotor induction machine, as the core of a doubly‐fed induction
generator (DFIG) system, is modelled using the magnetic equivalent circuit approach. The
entire DFIG system is implemented in Matlab/Simulink environment, including the machine
model, power converters, control system and the grid. The model, which includes the ability
to simulate rotor inter‐turn short‐circuits (RITSCs), is subsequently used for the investigation
and comparison of the impact of this fault in several DFIG quantities, namely in the stator …
generator (DFIG) system, is modelled using the magnetic equivalent circuit approach. The
entire DFIG system is implemented in Matlab/Simulink environment, including the machine
model, power converters, control system and the grid. The model, which includes the ability
to simulate rotor inter‐turn short‐circuits (RITSCs), is subsequently used for the investigation
and comparison of the impact of this fault in several DFIG quantities, namely in the stator …
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