Load modeling has significant impact on power system studies. This paper presents a
review on load modeling and identification techniques. Load models can be classified into …

A bottom-up modeling approach is presented that uses a Markov chain Monte Carlo
(MCMC) method to develop demand profiles. The demand profiles are combined with the …

The aim of this paper is to define and develop an optimal hierarchical demand-side power-
system primary-frequency control structure in order to provide a reliable complement to …

This paper, which is part one of a two-part series, presents a general methodology for the
development of improved aggregate load models for steady state power system analysis …

Due to the increasing use of modern technologies (eg PWM inverters in PV installations,
equipment with active power factor correction circuits, PLC,...) the emission levels in the …

Although power system load modelling is a mature research area, there is a renewed
interest in updating available load models and formulating improved load modelling …

This paper presents a modeling approach for capturing closed-loop load behavior in
distribution networks using bottom-up time-variant load models and incorporating load-flow …

This paper presents simple equivalent models of electric vehicle (EV) chargers, based on
the measurements of a range of actual EVs. The developed models of the EV chargers are …

The level of harmonic currents emitted by nonlinear household devices depends on many
factors. Beside the general circuit topology, eg presence or absence of power factor …

The reliability of a power system is considered as a critical requirement in planning and
operating the system due to the increasing demand for more reliable service with a lower …