This work aims to cover the measurement, modeling, and analysis of waveform distortions in
railway power systems. It is focused on waveform distortion as a phenomenon that includes …

Rail is the most efficient and low carbon means of transport, but efforts are still being made
to improve the energy efficiency of this sector. In Poland, one of the elements of the …

Current distortion degrades power quality and affects system performance, especially for
sensitive loads that require pure sinusoidal waves. Owing to its excellent dynamic response …

DC microgrid has a promising future for its strong power supply capacity, good
controllability, and high efficiency. The power quality of the DC microgrid is one of the core …

Waveform distortion in general represents a widespread problem in electrified transports
due to interference, service disruption, increased losses, and aging of components. Given …

The article presents the novel findings on the dependence of voltage fluctuation severity on
voltage distortion caused by power electronic loads. The results indicate the need to modify …

Intelligent power regulation is a prominent feature of smart railway power systems (RPSs).
To achieve this target, the energy storage-embedded railway power flow controller (ES …

This article presents a coordinated operation model for energy management of a multi‐
integrated energy system based on Mixed‐Integer Linear Programing (MILP). The power …

European energy policy encourages the railway stakeholders to adopt technological
solutions to reduce the railway transport emissions by 50% within 2030. To this aim, the …

An electric railway vehicle is supplied with electricity by an OCL (Overhead Contact Line)
through the contact strip of its pantograph. This transmitted electricity is then used to power …