With the fast-paced changing technologies in the power industry, new references
addressing new technologies are coming to the market. Based on this fact, there is an urgent …

Current and voltage instrument transformers are essential elements of the power system.
They work like transformers but do not transmit power. Their task is to accurately transform …

A complete, three phase transformer model for the calculation of electromagnetic transients
is presented. The model consists of a set of state equations solved with the trapezoidal rule …

Transient stability (TS) and electromagnetic transient (EMT) programs are widely used
simulation tools in power systems, with distinct applications but competing requirements. TS …

This article compares five modeling methods of grid-tied inverters for the electromagnetic
transient simulation of power system, clarifies their differences, and discusses the suitable …

This study presents a method to interface an electromagnetic transient (EMT) simulator with
a dynamic phasor (DP) simulation program. The hybrid DP–EMT simulator offers flexibility in …

This work presents the techniques derived for an efficient and accurate latency exploitation
of electric networks using time-domain transients simulation software, such as the" …

Multirate simulation of electric networks exhibiting a wide variety of time constants
decreases the simulation runtimes by exploiting the property of circuit latency. The …

Electromagnetic Transients Program (EMTP) is widely used in power system dynamics
studies. However, in most cases EMTP is found inadequate for dealing with the realistic size …

The electromagnetic transient (EMT) simulation of a power system involving power-
electronics converters requires a fairly small time-step size to consider switching of the …