Modeling of a 3-Phase Induction Generator Including Magnetic Cross Saturation Effect
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Abstract
In current energy scenario the contribution of renewable energy is increasing at substantial rate to achieve pollution free energy generation on long term basis. To reach this goal various researches are going on all over the world in the field of solar, wind and other renewable method of power generation. With the advantages of robustness and self-excitation, squirrel cage type induction machines are used for wind energy conversion system (WECS) and for small hydro power plants as self-excited induction generator (SEIG). To harness renewable and clean energy from wind or small hydro plants, it is required to understand SEIG transient behaviour in better way for smooth control of output voltage and frequency. In this paper non-linear dynamic model of 3-phase induction generator is presented along with its no-load and on-load performance analysis.
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References
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