作者: I. Kioskeridis , C. Mademlis
关键词: Control methods 、 Energy conservation 、 Efficient energy use 、 Current vector 、 Optimal control 、 Engineering 、 Control engineering 、 Machine control 、 Synchronous reluctance motor 、 Voltage source 、 Control theory
摘要: A method for energy efficiency optimisation of synchronous reluctance motor drives is presented. The proposed implemented both in current vector and voltage source V/f controlled schemes. Based on theoretical considerations, two optimal conditions that determine the air-gap flux d-axis control schemes are derived. controllers do not affect cost complexity drive. Moreover, they easily implemented, since an experimental procedure used to their parameters, therefore knowledge loss model required. Experimental results presented validate methods resulting improvements.