The article proposes a new method of reproducing the angular speed of the rotor of a cage induction machine designed for speed observers based on the adaptive method. In the proposed solution, the value of the angular speed of the rotor is not determined by the classical law of adaptation using the integrator only by an algebraic relationship. Theoretical considerations were confirmed by simulation and experimental tests
Abstract: In this paper a new algorithm for estimating the rotor resistance of current-fed induction...
Sensorless estimation of rotor speed and position has numerous advantages in terms of maintenance, c...
A novel adaptive observer is proposed to perform on-line estimation of both state and parameters of ...
Abstract-This paper presents a new method of estimating the speed of an induction motor. This method...
The paper deals with a new type of observer for the rotor flux and speed of the induction motor. Th...
An adaptive speed sensor-less fourth order observer for on-line estimating rotor flux and speed in i...
An adaptive speed sensorless fourth order observer for online estimating rotor flux and speed in ind...
An adaptive speed sensor-less fourth order observer for on-line estimating rotor flux and speed in i...
A dynamic flux observer suitable for speed estimation and control of induction motor is described in...
In the sensorless control system, the rotor speed or position is not measured but reconstructed in t...
Introduction. In order to realize an efficient speed control of induction motor, speed sensors, such...
The problem of controlling a speed-sensorless induction motor is addressed. Smooth reference signals...
Speed Estimation without speed sensors is a complex phenomenon and is overly dependent on the machin...
This paper presents the concept of a speed estimation of sensorless control for asymmetrical paramet...
This paper presents a new algorithm based on Model Reference Adaptive System (MRAS) and its stabilit...
Abstract: In this paper a new algorithm for estimating the rotor resistance of current-fed induction...
Sensorless estimation of rotor speed and position has numerous advantages in terms of maintenance, c...
A novel adaptive observer is proposed to perform on-line estimation of both state and parameters of ...
Abstract-This paper presents a new method of estimating the speed of an induction motor. This method...
The paper deals with a new type of observer for the rotor flux and speed of the induction motor. Th...
An adaptive speed sensor-less fourth order observer for on-line estimating rotor flux and speed in i...
An adaptive speed sensorless fourth order observer for online estimating rotor flux and speed in ind...
An adaptive speed sensor-less fourth order observer for on-line estimating rotor flux and speed in i...
A dynamic flux observer suitable for speed estimation and control of induction motor is described in...
In the sensorless control system, the rotor speed or position is not measured but reconstructed in t...
Introduction. In order to realize an efficient speed control of induction motor, speed sensors, such...
The problem of controlling a speed-sensorless induction motor is addressed. Smooth reference signals...
Speed Estimation without speed sensors is a complex phenomenon and is overly dependent on the machin...
This paper presents the concept of a speed estimation of sensorless control for asymmetrical paramet...
This paper presents a new algorithm based on Model Reference Adaptive System (MRAS) and its stabilit...
Abstract: In this paper a new algorithm for estimating the rotor resistance of current-fed induction...
Sensorless estimation of rotor speed and position has numerous advantages in terms of maintenance, c...
A novel adaptive observer is proposed to perform on-line estimation of both state and parameters of ...