A new method to determine physical parameters of a synchronous generator based on an
online measurement of the electrical power, terminal voltage, and field voltage, following a …

Purpose–This paper aims to give a perspective about the variety of techniques which are
available and are being further developed in the area of coupled field formulations, with …

A method to estimate the dynamic parameters of the commonly used third-order d–q model
of a synchronous generator, based on measured electrical power, reactive power, terminal …

The Heffron-Phillips model of a synchronous machine has successfully been used for
investigating the low frequency oscillations and designing power system stabilisers. The …

In the paper, there is presented an analysis of the waveforms at the stator winding terminals
of a high power synchronous generator for a steady state two-phase short-circuit. The …

Due to the supply reliability concerns or to supply remote loads in some distribution
networks, the synchronous generators are used as auxiliary power sources. In Poland the …

The paper describes an effective formulation of a maximum-likelihood identification
algorithm for linear estimation of the equivalent-circuit parameters of cage-type (single cage …

Dam** and synchronizing torque coefficients are calculated from time-stepped finite
element simulations of a hydroelectric generator connected to an infinite busbar. The …

The paper mainly deals with the synchronous generator output voltage control by using a
non linear control strategy: the sliding mode. The originality is not only due to the involved …

A generating unit is a multivariable system and the linear and nonlinear model of the system
is well defined in a state space structure. Subspace state space (4SID) identification method …