In the paper a synchronous generator based on a hybrid excitation, including permanent magnets and field coil, is studied. The structures of rotor magnetic circuit allowing one to expand the range of generator voltage adjustment are explained and compared with the standard hybrid rotor. The structures are described mathematically and their equivalent circuits are given. The results of theoretical analysis and experimental test are presented
A simplified hybrid PM- and electrically excited synchronous generator model is introduced. A 3MW di...
Hybrid excitation is an organic combination of permanent magnet excitation and electric excitation. ...
The hybrid-excitation permanent magnet (HEPM) motor is a synchronous motor characterized by a rotor ...
In the paper a synchronous generator based on a hybrid excitation, including permanent magnets and f...
For power generation purposes, wound-field synchronous generators are often preferred t...
ABSTRACT The use of the classical, wound-field synchronous generator in the field of power generatio...
For power generation purposes, wound-field synchronous generators are often preferred to permanent m...
Aiming at the problem of uncontrollable magnetic field of permanent magnet generators, a new hybrid ...
This article describes simulation problems of hybrid excitation generator. As an example a conceptua...
The field current of alternators is often provided by rotating diode rectifiers fed by exciters, i.e...
Hybrid excitation is a technology that combines the advantages of field windings and permanent magne...
This work deals with calculation and design of synchronous salient pole generator and then the trans...
This paper describes the state of the art of hybrid excitation synchronous machines. Different hybri...
The purpose of this paper is to evaluate the possibilities of hybrid excitation synchronous generato...
The generators of classical design ‒ with a cylindrical stator and rotor ‒ are of interest. This is ...
A simplified hybrid PM- and electrically excited synchronous generator model is introduced. A 3MW di...
Hybrid excitation is an organic combination of permanent magnet excitation and electric excitation. ...
The hybrid-excitation permanent magnet (HEPM) motor is a synchronous motor characterized by a rotor ...
In the paper a synchronous generator based on a hybrid excitation, including permanent magnets and f...
For power generation purposes, wound-field synchronous generators are often preferred t...
ABSTRACT The use of the classical, wound-field synchronous generator in the field of power generatio...
For power generation purposes, wound-field synchronous generators are often preferred to permanent m...
Aiming at the problem of uncontrollable magnetic field of permanent magnet generators, a new hybrid ...
This article describes simulation problems of hybrid excitation generator. As an example a conceptua...
The field current of alternators is often provided by rotating diode rectifiers fed by exciters, i.e...
Hybrid excitation is a technology that combines the advantages of field windings and permanent magne...
This work deals with calculation and design of synchronous salient pole generator and then the trans...
This paper describes the state of the art of hybrid excitation synchronous machines. Different hybri...
The purpose of this paper is to evaluate the possibilities of hybrid excitation synchronous generato...
The generators of classical design ‒ with a cylindrical stator and rotor ‒ are of interest. This is ...
A simplified hybrid PM- and electrically excited synchronous generator model is introduced. A 3MW di...
Hybrid excitation is an organic combination of permanent magnet excitation and electric excitation. ...
The hybrid-excitation permanent magnet (HEPM) motor is a synchronous motor characterized by a rotor ...