In this paper, a successful design for a 3-phase 6/4 switched reluctance generator (SRG) has been
developed, analyzed and tested. The performance characteristics of such a generator type are fully
studied using a nonlinear mathematical model. A control technique by which the output power of
the SRG can be successfully controlled to follow the maximum output power of a wind turbine
drive application has been proposed. Moreover, stabilization of the output voltage of the SRG
under varying load conditions is also presented. Meanwhile, the real-time operation was
implemented in a digital signal processor (DSP) environment. Digital simulation studies have been
carried out for the proposed analysis and the results are compared to those of a practical one. A
good agreement between simulation and experimental results has been observed which supports  the validity of the proposed analysis.