The results of testing the algorithms of the adaptive model of a synchronous generator using
theoretical and real physical data are presented in this study. The adaptive model of a …

This paper presents a nonlinear parameter estimator for synchronous machines based on
the unscented Kalman filter. The proposed methodology uses voltages and current signals …

Load rejection (LR) test, recommended by different standards including IEEE Std. 115., is
considered as one of the most popular methods for parameter estimation of the synchronous …

This work examines the influence of field voltage variation during a sudden short-circuit test
and its direct impact on the parameter identification of synchronous machines. The test …

In this paper, a method for the identification of the synchronous machine parameters using
data from field flashing (FF) and load rejection (LR) tests performed during commissioning …

This paper proposes using a novel line-to-line voltage perturbation as a technique for online
measurement of synchronous machine parameters. The perturbation is created by a …

Testing a piece of equipment under realistic operating conditions typical of a complex power
system such as those for more electric aircraft application requires a significant effort in …

This article presents a novel method for identification of synchronous generator parameters
that is based on sudden short-circuit test data and a novel metaheuristic algorithm, called …

This paper shows the use of Genetic Algorithm for the determination of synchronous
machines parameters using load rejection test data. The conditions to a quadrature rejection …

Synchronous generator parameters are an important subset of input data to various power
system studies. These parameters influence steady-state and dynamic behavior of the …