Abstract
This paper deals with the transient analysis of the Self-Excited Induction Generator (SEIG) feeding an induction motor (IM) load. Here, transient performance of the SEIG-IM system has been investigated to assess suitability of the SEIG to sudden switchings, such as starting of the IM. To predict the response of the system, quasi-stationary d-q axes model of the polyphase induction machine has been used. Transient response of the system has been presented for different operating conditions, and sample experimental results are given to validate the predicted ones. Useful guidelines for the design and operation of an SEIG-IM system for an isolated application, such as an IM-driven irrigation pump, have been suggested.
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