Finding optimum parameters for vector control of salient pole synchronous motor using fuzzy-genetic algorithm

Silent pole synchronies motor has a fast dynamic response. In this paper, the method of tracing flux of rotors turn has been used to control the drive. For finding optimum parameters and ordinary controllers coefficients we have used the genetic algorithm. The design of controllers according to fuzzy-logic and genetic algorithm and also the performance of synchronies drive in the case of applying fuzzy-genetic controller is analysis and the relating computer results are presented. Finally, the results obtained in this paper are compared with the results relating to vector control of projected silent pole synchronies motor that have used common controllers (PI controller) for controlling the drive