The paper describes the performance of a an isolated self-excited single phase induction generator when the excitation capacitor is connected to one winding and the load is connected to the other. Depending upon equivalent circuit, nonlinear simultaneous equations, in the magnetization reactance and operation frequency, have been used for computer simulation of the two cases. Newton Rhapson numerical method have been found suitable for the solution of the equations. Computer results have been supported by laboratory tests. The model have been used to study the effect of machine parameters on the general performance of the machin
This paper presents a practical method for computing the minimum capacitance required to initiate vo...
Abstract – Isolated induction generators usually called self-excited induction generators seem to be...
A series-connected induction machine is obtained when the stator and rotor windings of a conventiona...
A comprehensive and general analytical method supported by computer software for design of single-ph...
The purpose of the paper is the investigation of possibility of utilization of a single-phase induct...
The steady state performance of a single-phase squirrel cage induction machine operating as self exc...
A novel and comprehensive performance analysis of a single-phase two-winding self-excited induction ...
For an induction generator to be self excited a capacitor with a sufficient value has to be connecte...
The simulation results of the single-phase induction machine, operating as a motor and generator, ar...
This article deals with the performance prediction and analysis of the two winding single-phase self...
This paper presents a new transient model of a stand alone (isolated) self excited induction generat...
The paper deals with a single-phase induction machine operating as a stand-alone self-excited single...
A methodology of selection of capacitors for optimum excitation of single-phase SEIG is explained. C...
This paper presents a performance analysis of a three phase self excited Induction machine as a sing...
When the stator and rotor windings of a conventional three-phase wound-rotor induc- tion machine are...
This paper presents a practical method for computing the minimum capacitance required to initiate vo...
Abstract – Isolated induction generators usually called self-excited induction generators seem to be...
A series-connected induction machine is obtained when the stator and rotor windings of a conventiona...
A comprehensive and general analytical method supported by computer software for design of single-ph...
The purpose of the paper is the investigation of possibility of utilization of a single-phase induct...
The steady state performance of a single-phase squirrel cage induction machine operating as self exc...
A novel and comprehensive performance analysis of a single-phase two-winding self-excited induction ...
For an induction generator to be self excited a capacitor with a sufficient value has to be connecte...
The simulation results of the single-phase induction machine, operating as a motor and generator, ar...
This article deals with the performance prediction and analysis of the two winding single-phase self...
This paper presents a new transient model of a stand alone (isolated) self excited induction generat...
The paper deals with a single-phase induction machine operating as a stand-alone self-excited single...
A methodology of selection of capacitors for optimum excitation of single-phase SEIG is explained. C...
This paper presents a performance analysis of a three phase self excited Induction machine as a sing...
When the stator and rotor windings of a conventional three-phase wound-rotor induc- tion machine are...
This paper presents a practical method for computing the minimum capacitance required to initiate vo...
Abstract – Isolated induction generators usually called self-excited induction generators seem to be...
A series-connected induction machine is obtained when the stator and rotor windings of a conventiona...