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 …

A feasible online test procedure is proposed in this paper to estimate the full set parameters
of synchronous generators (SG). The recommended test procedure involves applying step …

This article copes with a challenging issue about modeling and parameter estimation of the
steam power plants. To this end, a thorough model for steam units is obtained, where the …

In this paper, an efficient three‐stage algorithm for identifying the turbine‐governor (TG) and
synchronous generator (SG) parameters is proposed. Instead of considering approximate …

Parameter estimation of power plants is one of the main challenges of power system studies.
Among different components of a power plant, excitation system (EXS) has great importance …

A comprehensive dynamic model of a steam power plant, including turbine, governor, and
boiler models, is proposed in this paper. The whole turbine‐boiler control strategies inter …

This paper deals with simultaneous state and parameters estimation of an improved Heffron-
Phillips (IHP) model that can be widely deployed for small-signal stability analysis and …

The article presents issues related to improving the accuracy of forecasting of combined
electricity and heat production in a selected gas-fired CHP plant equipped with two gas …

Due to the increasing importance of power system simulation for dynamic studies, this paper
is dedicated to the derivation of highly accurate mathematical models for synchronous …

This paper presents a mathematical modelling and parameter identification for the excitation
system and synchronous generator in a single framework. For modelling process, the …