This paper discusses two loss minimization algorithms for induction motor drives. Firstly, equivalence models in the form of Gamma and inverse Gamma are shown, from which the loss model is obtained. Then, the procedure for determining the two algorithms is presented. The results show that it is easier to determine the loss minimization algorithm for rotor flux. In terms of accuracy, both algorithms are similarly accurate
Induction motor drives are commonly used for applications with vast variations in mechanical load fo...
In this paper, a loss-minimizing strategy is proposed for induction motor drives to ensure maximum e...
The minimizing of total losses in a squirrel-cage induction motor can be achieved by flux control. F...
Minimisation of the loss in the induction motor is directly related to the choice of the flux level....
Induction motors are widely used in industry. Given the increasing demand for electric machines in d...
The paper applies a dynamic space-vector model to loss-minimizing control in induction motor drives....
This paper discusses a simulation of a loss minimizationalgorithm for induction motor drive. This al...
This paper presents a loss-model-based controller for an induction motor drive. Among the loss minim...
Extensive use of power electronics-controlled induction motor drives over the past few decades has e...
The paper applies a dynamic space-vector model to loss-minimizing control in induction motor drives....
This paper focus on seeking optimum rotor flux which optimizes total energy control under practical ...
This paper presents an experimental comparison of two efficiency improvement algorithms for three-ph...
[[abstract]]It is well known that the efficiency of induction motor drives under partial load can be...
Conventional field-orientated Induction motor drives operate at rated flux even at low load. To impr...
The controllable electromagnetic losses in Synchronous Motor Drives (SMD) in general and in wound-fi...
Induction motor drives are commonly used for applications with vast variations in mechanical load fo...
In this paper, a loss-minimizing strategy is proposed for induction motor drives to ensure maximum e...
The minimizing of total losses in a squirrel-cage induction motor can be achieved by flux control. F...
Minimisation of the loss in the induction motor is directly related to the choice of the flux level....
Induction motors are widely used in industry. Given the increasing demand for electric machines in d...
The paper applies a dynamic space-vector model to loss-minimizing control in induction motor drives....
This paper discusses a simulation of a loss minimizationalgorithm for induction motor drive. This al...
This paper presents a loss-model-based controller for an induction motor drive. Among the loss minim...
Extensive use of power electronics-controlled induction motor drives over the past few decades has e...
The paper applies a dynamic space-vector model to loss-minimizing control in induction motor drives....
This paper focus on seeking optimum rotor flux which optimizes total energy control under practical ...
This paper presents an experimental comparison of two efficiency improvement algorithms for three-ph...
[[abstract]]It is well known that the efficiency of induction motor drives under partial load can be...
Conventional field-orientated Induction motor drives operate at rated flux even at low load. To impr...
The controllable electromagnetic losses in Synchronous Motor Drives (SMD) in general and in wound-fi...
Induction motor drives are commonly used for applications with vast variations in mechanical load fo...
In this paper, a loss-minimizing strategy is proposed for induction motor drives to ensure maximum e...
The minimizing of total losses in a squirrel-cage induction motor can be achieved by flux control. F...