Segment polyphase motors gain interest in applications requiring high performance and high reliability due to their high fault tolerance. This paper sums up the generalization of the vector control strategy of such motor and presents a method to adapt with a minimal reconfiguration the control strategy in the case of an open phase failure. Simulations results validate the method
The next big change in mining technology is associated with using more power dense motors, such as p...
International audienceThis paper presents new fault-tolerant control strategies for field-oriented c...
This paper proposes two fault tolerant power converter permanent magnet synchronous motor (PMSM) dri...
In this paper an optimal disturbance-free control strategy suitable for open-phase fault operation o...
Recently, multiphase permanent magnet synchronous motor drives have gained attention in applications...
Multi-phase motor drives are more reliable than the traditional three-phase ones because they can co...
This paper introduces a sensorless-speed-controlled PMSM motor fed by a four-leg inverter in case of...
Polyphase permanent magnet synchronous motors are well suited for building high performance fault to...
This paper introduces a new method to track the saliency of a PMSM motor fed by a four-leg inverter ...
This paper proposes control algorithms for a fault-tolerantpermanent-magnet synchronous motor (PMSM)...
Multiphase drives have been important in particular industry applications where reliability is a de...
Multi-phase electrical motors offer high reliability thanks to their capability to operate safely e...
In this paper, a control scheme for multiphase induction motor drives is presented and assessed. Thi...
The paper describes an investigation of fault tolerant control strategies for permanent magnet synch...
In this study, fault tolerance and redundancy capabilities of different phase and winding configurat...
The next big change in mining technology is associated with using more power dense motors, such as p...
International audienceThis paper presents new fault-tolerant control strategies for field-oriented c...
This paper proposes two fault tolerant power converter permanent magnet synchronous motor (PMSM) dri...
In this paper an optimal disturbance-free control strategy suitable for open-phase fault operation o...
Recently, multiphase permanent magnet synchronous motor drives have gained attention in applications...
Multi-phase motor drives are more reliable than the traditional three-phase ones because they can co...
This paper introduces a sensorless-speed-controlled PMSM motor fed by a four-leg inverter in case of...
Polyphase permanent magnet synchronous motors are well suited for building high performance fault to...
This paper introduces a new method to track the saliency of a PMSM motor fed by a four-leg inverter ...
This paper proposes control algorithms for a fault-tolerantpermanent-magnet synchronous motor (PMSM)...
Multiphase drives have been important in particular industry applications where reliability is a de...
Multi-phase electrical motors offer high reliability thanks to their capability to operate safely e...
In this paper, a control scheme for multiphase induction motor drives is presented and assessed. Thi...
The paper describes an investigation of fault tolerant control strategies for permanent magnet synch...
In this study, fault tolerance and redundancy capabilities of different phase and winding configurat...
The next big change in mining technology is associated with using more power dense motors, such as p...
International audienceThis paper presents new fault-tolerant control strategies for field-oriented c...
This paper proposes two fault tolerant power converter permanent magnet synchronous motor (PMSM) dri...