As the number of inverters increases in the power grid, the stability of grid-tied inverters
becomes an important concern for the power industry. In particular, a weak grid can lead to …

An open-circuit insulated-gate bipolar transistor fault detection technique for cascaded H-
bridge (CHB) multilevel converters is presented in this paper. This technique, designed to be …

Microgrid-interactive converters are increasingly expected to provide auxiliary services,
particularly during islanded microgrid operation. Unbalanced, non-sinusoidal pulse width …

An adaptive sinusoidal pulse-width modulation (SPWM) technique for cascaded H-bridge
(CHB) multilevel converters is presented in this paper. The proposed technique enables the …

A flexible power electronic converter embedding a rapid control prototy** platform suitable
to be applied in research test setups and teaching laboratories is proposed and described in …

The integration of large amounts of renewable energy will require multiterminal high-voltage
direct-current (MTDC) grids to reliably transport the energy over long distances. However …

The growing use of power converters connected to the grid motivates their study in power
electronics courses and the prototype development in the degree final project (DFP) …

Cascaded h-bridge (CHB) multilevel converters are being considered as a promising option
for interfacing renewable energy resources with the grid, due to their modularity, scalability …

Three-phase microgrid-interactive inverters are expected to provide a range of ancillary
services, with negative-sequence current compensation being particularly prominent …

This study presents a power electronics rapid prototy** platform that can be used to
implement a wide range of power conversion circuits and systems quickly and …