Doubly fed induction machines DFIM are used mainly for wind energy conversion in MW power plants. This paper presents a new strategy of field oriented control ,it is based on the principle of a double flux orientation of stator and rotor at the same time. Therefore, the orthogonality created between the two oriented fluxes, which must be strictly observed, leads to generate a linear and decoupled control with an optimal torque. The obtained simulation results show the feasibility and the effectiveness of the suggested method
A novel field orientation scheme for current-fed induction motor drives is presented. The scheme is ...
This paper presents a review of the Direct Stator Flux Field Orientation control method. This method...
The aim of this research is to present indirect vector control (IVC) for a Brushless Doubly Fed Twin...
Abstract In this paper we present a new strategy of vector control for variable speed wind turbines ...
The increasing size of wind farms requires power system stability analysis including dynamic models ...
International audienceThe main idea developed in this paper is a novel biconverter structure to supp...
Abstract—This paper presents the simulation results of a grid-connected wind driven doubly fed induc...
Abstract: – In this paper a new rotor field orientation control of six phase induction machine is p...
In order to improve the magnetic field orientation accuracy and system performance, the electronic f...
This article presents a modeling and control of the Doubly Fed Induction Motor (DFIM), associated wi...
In this paper we propose a new control scheme for the doubly–fed induction machine (DFIM) that offer...
Natural field orientation (NFO) is a simplified version of stator flux oriented (SFO) control for an...
The paper deals with a design and implementation of a doubly fed induction generator (DFIG) wind ene...
AbstractThe stator-flux-oriented vector control strategy for double-fed induction motor was investig...
Abstract — In this paper we propose a new control scheme for the doubly–fed induction machine (DFIM)...
A novel field orientation scheme for current-fed induction motor drives is presented. The scheme is ...
This paper presents a review of the Direct Stator Flux Field Orientation control method. This method...
The aim of this research is to present indirect vector control (IVC) for a Brushless Doubly Fed Twin...
Abstract In this paper we present a new strategy of vector control for variable speed wind turbines ...
The increasing size of wind farms requires power system stability analysis including dynamic models ...
International audienceThe main idea developed in this paper is a novel biconverter structure to supp...
Abstract—This paper presents the simulation results of a grid-connected wind driven doubly fed induc...
Abstract: – In this paper a new rotor field orientation control of six phase induction machine is p...
In order to improve the magnetic field orientation accuracy and system performance, the electronic f...
This article presents a modeling and control of the Doubly Fed Induction Motor (DFIM), associated wi...
In this paper we propose a new control scheme for the doubly–fed induction machine (DFIM) that offer...
Natural field orientation (NFO) is a simplified version of stator flux oriented (SFO) control for an...
The paper deals with a design and implementation of a doubly fed induction generator (DFIG) wind ene...
AbstractThe stator-flux-oriented vector control strategy for double-fed induction motor was investig...
Abstract — In this paper we propose a new control scheme for the doubly–fed induction machine (DFIM)...
A novel field orientation scheme for current-fed induction motor drives is presented. The scheme is ...
This paper presents a review of the Direct Stator Flux Field Orientation control method. This method...
The aim of this research is to present indirect vector control (IVC) for a Brushless Doubly Fed Twin...