Analysis of Switching control model for Self Excited Induction Generator using MATLAB/Simulink

Pardeep Singh, Gurmanak Kaur


The focus of this paper is to develop and analyses switching control model for frequency and voltage of self-excited induction generator (SEIG). This model is designed to make the terminal voltage and frequency of SEIG even in variable load conditions. Voltage and frequency under variable load can be controlled by adjusting excitation capacitance and load. Involvement of synchronous machine is simulated in the model along with induction generator works as synchronous condenser to compensate excitation to control terminal voltage. Secondary load bank is designed to operate as per load situations to regulate frequency. The system model has been tested with load change in steps and results are analyzed to know the feasibility.


Induction Generator, control of reactive power,frequency control,voltage control.

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