Proper representation of load is important in power system stability studies, but it is a difficult
task. Load modeling is qualitatively different from generator modeling in many aspects …

Conventional fault location schemes do not take loads and their valuable impedance
behavior into account. This leads to unacceptable errors in the case of radial transmission …

This paper summarizes improvements in the application of load models in power system
stability studies by utilizing end-user energy consumption data to identify the composition of …

Realistic load models are required to improve the quality of bulk power system studies. For a
better understanding of the basic nature of the load behavior under abnormal conditions, an …

In the paper, we consider the problem of estimating the parameters of static power system
load models intended for use in load flow studies that incorporate the variation of active and …

A detailed EMTP model of a mixed residential-commercial load valid for large voltage
variations has been developed. Once validated against field recordings, the model has been …

Optimal load flow normally considers active and reactive power loads as independent of the
voltage level. In the paper the exponential form of a static load model relating the active and …

The active and reactive powers, at a high voltage bus level, have generally been modelled
either as functions of the time of the day or as load response functions of voltage and …

Conventional load flow methods model the load at the buses as constant active and reactive
powers. In actuality these can be constant current, constant impedance, constant power or …

We consider the solution of the load flow problem that incorporates the variation of active
and reactive power with bus voltages using two load model forms. An exponential model …