This paper compares alternative methods for linear modeling of simulated time-domain
responses by a rational approximation. The traditional approach based on autoregressive …

The article considers some issues related to replacement of electromechanical relays used
for protection of power facilities with microprocessor relays. One of the urgent problems …

Power Hardware-in-the-Loop (PHIL) facilitates the testing of novel power engineering
solutions in the lab, allowing a flexible testing environment while keeping the high testing …

The analysis and simulation of electromagnetic transients has become a fundamental
methodology for understanding the performance of power systems, determining power …

An estimation method of circuit parameters of a Lithium-ion battery model is proposed in this
paper. The model consists of a DC voltage source and an internal impedance. The …

This paper presents a method for Finite-Impulse-Response (FIR) modeling of voltage
instrument transformers. The method is based on Wiener filtering and measurement of the …

The electromagnetic transient (EMT) response of a power system can be determined either
by time‐domain (TD) or by frequency‐domain (FD) methods. This chapter deals with those …

Cable modelling in ATP suffers from the lack of the most modern phase domain, vector fitting
based approaches. This papers compares the available models with a frequency domain …

This application describe the comparative analysis of two time-domain (TD) methods for
power systems analysis under faulty conditions. Compared methods consist of frequency …