This paper presents a comparative study on the starting performance of three phase wound-rotor induction motors under different methods of starting. These methods are on line direct starting, variable rotor resistance starting and double feed starting. In the double feed starting, the rotor winding is connected in parallel with the stator winding across the supply for a predetermined short period. By this connection, the motor produces an extremely high starting torque. For carrying out the investigations sought, a rigorous state space mathematical model has been developed and simulated. The effect of torsional dynamics has been taken into considerations. © 1998 IEEE.IEE
Rapid developmets in the semiconductor industry have made possible a revolutionary improvement in th...
In order to mitigate adverse effects of starting torque transients and high inrush currents in induc...
This paper deals with the performance optimization of medium/high-power induction motors during soft...
This paper presents a comparative study on the starting performance of three phase wound-rotor induc...
This paper presents a comparative study on the starting performance of three-phase wound-rotor induc...
This paper presents a nonconventional method for fast starting of three phase wound rotor induction ...
Starting of three-phase wound rotor induction motors by stepped resistances added in the rotor circu...
Introduction. Wound-rotor induction motors are less common compared squirrel-cage induction motors. ...
This paper presents a rotor based power electronic starter for a wound rotor three phase induction m...
A scheme for fast starting of three phase induction motors is proposed. This scheme is based on star...
Induction motors are considered nowadays the most commonly used electrical machines, which are mainl...
Being the workhorse, induction motors are serving the industry. Mostly we can see squirrel cage moto...
An induction machine consumes a very high inrush current during start-up, which can be potentially d...
Unlike 3-phase squirrel cage induction motor, starting-up of 3-phase wound rotor counterpart can be ...
Catholic University of Lille;Electricite de France (EDF);Gestionnaire de Reseau de Transport d'Elect...
Rapid developmets in the semiconductor industry have made possible a revolutionary improvement in th...
In order to mitigate adverse effects of starting torque transients and high inrush currents in induc...
This paper deals with the performance optimization of medium/high-power induction motors during soft...
This paper presents a comparative study on the starting performance of three phase wound-rotor induc...
This paper presents a comparative study on the starting performance of three-phase wound-rotor induc...
This paper presents a nonconventional method for fast starting of three phase wound rotor induction ...
Starting of three-phase wound rotor induction motors by stepped resistances added in the rotor circu...
Introduction. Wound-rotor induction motors are less common compared squirrel-cage induction motors. ...
This paper presents a rotor based power electronic starter for a wound rotor three phase induction m...
A scheme for fast starting of three phase induction motors is proposed. This scheme is based on star...
Induction motors are considered nowadays the most commonly used electrical machines, which are mainl...
Being the workhorse, induction motors are serving the industry. Mostly we can see squirrel cage moto...
An induction machine consumes a very high inrush current during start-up, which can be potentially d...
Unlike 3-phase squirrel cage induction motor, starting-up of 3-phase wound rotor counterpart can be ...
Catholic University of Lille;Electricite de France (EDF);Gestionnaire de Reseau de Transport d'Elect...
Rapid developmets in the semiconductor industry have made possible a revolutionary improvement in th...
In order to mitigate adverse effects of starting torque transients and high inrush currents in induc...
This paper deals with the performance optimization of medium/high-power induction motors during soft...