The analysis of transient electrical stresses in the insulation of high voltage rotating machines is rendered difficult because of the existence of capacitive and inductive couplings between phases. The Published theories ignore many of the couplings between phases to obtain the solution. A new procedure is proposed here to determine the transient voltage distribution on rotating machine windings. All the significicant capacitive and inductive couplings between different sections in a phase and between different sections in different phases have been considered in this analysis. The experimental results show good correlation with those computed
Abstract: This paper present the investigation on transient over voltage that appears across the mot...
This paper presents a comprehensive analysis on the transient electromagnetic force behavior of the ...
The work covered in this paper pertains to a method by which one can qualitatively assess the condit...
The analysis of transient electrical stresses in the insulation of high voltage rotating machines is...
Standard induction motors are exposed to steep-fronted, non-sinusoidal voltages when fed from freque...
With the increasing use of extra high-voltage transmission in power system expansion, the manufactur...
International audiencePurpose High-temperature (HT°) motors are made with inorganic coils wound with...
This paper describes a computer model for surge distribution studies in the winding of electrical ma...
The ever increasing demand for electrical energy has meant that electrical power systems have evolve...
Natural frequencies and surge response of the windings of 3-phase transformers have been determined ...
To reduce the losses of the power electronic inverter, the voltage slew rate (d u/d t) of the electr...
A three-phase model of asynchronous machines operating at medium or high frequencies is presented. I...
The magnetic field within electrical machines causes an interaction between the electrical and mecha...
The use of electrical machines (EMs) with variable-frequency drives (VFDs) results in electromagneti...
Energy and winding current perturbations form the basis of a method for calculation of the saturated...
Abstract: This paper present the investigation on transient over voltage that appears across the mot...
This paper presents a comprehensive analysis on the transient electromagnetic force behavior of the ...
The work covered in this paper pertains to a method by which one can qualitatively assess the condit...
The analysis of transient electrical stresses in the insulation of high voltage rotating machines is...
Standard induction motors are exposed to steep-fronted, non-sinusoidal voltages when fed from freque...
With the increasing use of extra high-voltage transmission in power system expansion, the manufactur...
International audiencePurpose High-temperature (HT°) motors are made with inorganic coils wound with...
This paper describes a computer model for surge distribution studies in the winding of electrical ma...
The ever increasing demand for electrical energy has meant that electrical power systems have evolve...
Natural frequencies and surge response of the windings of 3-phase transformers have been determined ...
To reduce the losses of the power electronic inverter, the voltage slew rate (d u/d t) of the electr...
A three-phase model of asynchronous machines operating at medium or high frequencies is presented. I...
The magnetic field within electrical machines causes an interaction between the electrical and mecha...
The use of electrical machines (EMs) with variable-frequency drives (VFDs) results in electromagneti...
Energy and winding current perturbations form the basis of a method for calculation of the saturated...
Abstract: This paper present the investigation on transient over voltage that appears across the mot...
This paper presents a comprehensive analysis on the transient electromagnetic force behavior of the ...
The work covered in this paper pertains to a method by which one can qualitatively assess the condit...