This paper presents a novel method for measuring the magnetizing inductance of an induction machine. The approach uses a static DC excitation technique which can be employed whenever the neutral of the machine is accessible. The proposed method measures only the magnetizing inductance and not the self inductance which normally includes the effect of the stator leakage inductance. Because this test uses a DC excitation, the iron losses in the motor are considerably reduced as well and minimally influence the measurement when compared to the traditional 60-Hz no-load test. By using the proposed method for measuring only the magnetizing inductance, the stator leakage inductance can be later individually determined by performing a separate no-l...
Considering that 45% of the world's generated electricity is consumed by induction machines, determi...
We first recall the distinction between secant and incremental inductances of windings with a ferrom...
Induction motors (IMs) are the most widely used motors in industries. They constitute about 70% of t...
The paper proposes an identification method for the inductances of induction machines, based on sign...
Identification of the induction motor parameters at standstill is studied in this thesis. The main g...
This paper describes a new method of measuring self-inductance and mutual i nductance on a DC machin...
This paper describes a novel approach for offline stator leakage inductance estimation method that c...
Existing load monitoring methods for induction machines are generally effective, but suffer from sen...
The induction machine model parameters need to be estimated with good accuracy to ensure a good perf...
The accurate determination of stator leakage inductances is presently an open issue in the analysis ...
Equivalent circuit parameters are very important for permanent magnet synchronous machines since the...
Magnetic saturation in electrical machines is of major influence on the operating characteristics du...
This thesis describes new methods of evaluating the efficiency of three-phase induction machines usi...
Equivalent circuit parameters serve as the basis for performance estimation and implementation of po...
Magnetic induction is one of the basic variables. This quantity is mainly used in engines. Without a...
Considering that 45% of the world's generated electricity is consumed by induction machines, determi...
We first recall the distinction between secant and incremental inductances of windings with a ferrom...
Induction motors (IMs) are the most widely used motors in industries. They constitute about 70% of t...
The paper proposes an identification method for the inductances of induction machines, based on sign...
Identification of the induction motor parameters at standstill is studied in this thesis. The main g...
This paper describes a new method of measuring self-inductance and mutual i nductance on a DC machin...
This paper describes a novel approach for offline stator leakage inductance estimation method that c...
Existing load monitoring methods for induction machines are generally effective, but suffer from sen...
The induction machine model parameters need to be estimated with good accuracy to ensure a good perf...
The accurate determination of stator leakage inductances is presently an open issue in the analysis ...
Equivalent circuit parameters are very important for permanent magnet synchronous machines since the...
Magnetic saturation in electrical machines is of major influence on the operating characteristics du...
This thesis describes new methods of evaluating the efficiency of three-phase induction machines usi...
Equivalent circuit parameters serve as the basis for performance estimation and implementation of po...
Magnetic induction is one of the basic variables. This quantity is mainly used in engines. Without a...
Considering that 45% of the world's generated electricity is consumed by induction machines, determi...
We first recall the distinction between secant and incremental inductances of windings with a ferrom...
Induction motors (IMs) are the most widely used motors in industries. They constitute about 70% of t...