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In this paper, simulation and experimental results of a fault tolerant of a squirrel cage six-phase induction generator (SC6PIG) are presented. The proposed generator, suitable for grid connected multiphase wind energy generating system, is composed of a 24kW SC6PIG prototype connected to a full scale back-to-back converter structure. The aim of this paper is to validate experimentally the model of...
In this paper, a squirrel cage six-phase induction generator (SC6PIG) model based on the so-called circuit-oriented approach suitable for simulation of electrical faults is presented. The proposed generator prototype, appropriate for grid connected multiphase wind energy conversion system, is composed of a low speed 24kW SC6PIG prototype connected to a full scale back-to-back converter structure....
In this paper, simulation and experimental results of a squirrel cage six-phase induction generator (SC6PIG) are presented. The proposed generator, suitable for grid connected multiphase wind energy generating system, is composed of a 24kW SC6PIG prototype connected to a full scale back-to-back converter structure. The aim of this paper is to validate experimentally the simulation model of the whole...
The aim of this paper is to present a six-phase induction machine (6PIM) model based on the so-called circuit-oriented approach suitable for simulation of electrical faults on both stator and rotor sides. This specific model has been developed by using only resistances, inductances, and controlled voltage sources. The coupling effects between both the stator and the rotor have been taken into account...
The aim of this paper is to develop a six phase induction machine (6PEVI) model suitable for the simulation of this machine in any system with control circuits and/or connections to the grid by means of power electronics converters. The circuit-oriented approach has been chosen in order to represent the 6PIM model as a rotating transformer. In fact, a class of universal machine model has been built...
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