Phase-locked loop (PLL) with improper bandwidth could lead to potential instability issues
for the grid-connected voltage-source converters (VSCs) under weak grid conditions. The …

This paper discusses the design, development, and testing of a flexible combined heat and
power (F-CHP) system. It includes two parts: the power conditioning system (PCS) converter …

The proportional-integral (PI)-based control for the motor drive system is commonly used in
industrial applications. However, motor drive system development and prototyping are …

For the controller design and stability analysis of power electronic converters, the Bode
stability criterion and its subsequent revisions are the most practical tools. However, even …

Multi-phase Induction motor drives (MPIMD) with numerous advantages dominates three-
phase drives and emerges as a potential contender and viable solution for the high power …

This study focuses on considering battery one time constant model in the design of
controllers of a two‐stage AC/DC and DC/DC battery charger using the small‐signal …

Multi-phase voltage source inverter (VSI) with numerous advantages dominates three-phase
VSIand emerges as a potential contender and viable solution for the high power electric …

This study describes field tests of alternative methods to control three‐phase active rectifiers
to reduce voltage unbalance in low‐voltage (LV) distribution systems. The tests show that …

Power electronics plays a significant and non-substitutable role in the power system's
ongoing revolution from the traditional centralized model to a decentralized system …

Expecting future large increase of EVs infrastructure implementation to the distribution
network, grid's power quality should be analyzed to ensure best performance. In INCIT-EV …