Experimental Validation of a Geometrical Nonlinear Permeance Network Based Real-Time Induction Machine Model
作者： Babak Asghari , Venkata Dinavahi
关键词: Squirrel-cage rotor 、 Rotor (electric) 、 Digital control 、 Engineering 、 Control engineering 、 Permeance 、 Nonlinear system 、 Network model 、 Control theory 、 Machine control 、 Vector control
摘要: Real-time digital simulation of electrical machines and drives is a cost-effective approach in evaluating the true behavior newly designed controllers before applying them real system. Although many studies exist regarding optimized models power electronic for real-time simulation, are still limited to lumped parameter electric circuit models. This mainly due complexity detailed machine model which makes it computationally expensive. paper presents modeling, implementation, finite element analysis, experimental validation nonlinear geometrical permeance network based induction model. A (PNM) developed 3-hp squirrel cage with closed rotor slots. Several both under open-loop closed-loop control conditions conducted, results obtained from offline simulations experiment compared each other show effectiveness proposed PNM
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