A small-signal model is presented for saturated deep-bar induction machines. Inductances are allowed to saturate as a function of their own current (or flux), and the mutual saturation effect originating mainly from closed or skewed rotor slots is also included in the model. The model fulfills the reciprocity conditions, and it can applied to parameter estimation and to the analysis and development of flux angle estimation methods. The model is applied to estimating the parameters of a 37-kW deep-bar cage-induction machine, using the data from time-stepping finite-element analysis (FEA). The proposed model fits very well to the FEA data in a wide frequency range.Peer reviewe
The objectives of the project are two-fold. First, appropriate models and tests should be developed ...
This paper deals with voltage model flux estimators for sensorless induction motor drives. In order t...
This paper deals with modeling of a saturated induction machine. In control algorithms, the inverse-...
A small-signal model is presented for saturated deep-bar induction machines. Inductances are allowed...
A small-signal model is derived for saturated induction machines. Inductances are allowed to saturat...
Mutual saturation between the main flux and the rotor leakage flux appears in induction machines, es...
Saturation due to the main flux and rotor leakage flux interaction appears in induction machines, es...
A small-signal model is derived for saturated induction machines. Inductances are allowed to saturat...
The paper proposes an identification method for the inductances of induction machines, based on sign...
An induction machine model is proposed for the identification of rotor parameters using high-frequen...
Due to magnetic saturation, the small-signal admittance of an induction motor is dependent on the di...
Effects of magnetic saturation on various equivalent circuit models of an induction motor are studie...
The induction machine model parameters need to be estimated with good accuracy to ensure a good perf...
The paper develops a systematic comparison of two nonlinear models of induction machines in magnetic...
This paper deals with a dynamic model for three-phase induction machines equipped with closed rotor ...
The objectives of the project are two-fold. First, appropriate models and tests should be developed ...
This paper deals with voltage model flux estimators for sensorless induction motor drives. In order t...
This paper deals with modeling of a saturated induction machine. In control algorithms, the inverse-...
A small-signal model is presented for saturated deep-bar induction machines. Inductances are allowed...
A small-signal model is derived for saturated induction machines. Inductances are allowed to saturat...
Mutual saturation between the main flux and the rotor leakage flux appears in induction machines, es...
Saturation due to the main flux and rotor leakage flux interaction appears in induction machines, es...
A small-signal model is derived for saturated induction machines. Inductances are allowed to saturat...
The paper proposes an identification method for the inductances of induction machines, based on sign...
An induction machine model is proposed for the identification of rotor parameters using high-frequen...
Due to magnetic saturation, the small-signal admittance of an induction motor is dependent on the di...
Effects of magnetic saturation on various equivalent circuit models of an induction motor are studie...
The induction machine model parameters need to be estimated with good accuracy to ensure a good perf...
The paper develops a systematic comparison of two nonlinear models of induction machines in magnetic...
This paper deals with a dynamic model for three-phase induction machines equipped with closed rotor ...
The objectives of the project are two-fold. First, appropriate models and tests should be developed ...
This paper deals with voltage model flux estimators for sensorless induction motor drives. In order t...
This paper deals with modeling of a saturated induction machine. In control algorithms, the inverse-...