A Flexible Power Electronic Converter System with Rapid Control Prototyping for Research and Teaching

Published: 21 September 2022| Version 1 | DOI: 10.17632/8tdd662jgp.1
Andrea Lauri,


A flexible power electronic converter embedding a rapid control prototyping platform suitable to be applied in research test setups and teaching laboratories is proposed and described in this paper. The electronic system is composed of three subsystems, namely, i ) three half-bridge power boards, ii ) a dc-link capacitor bank with a half-bridge power module for active dc-link control, iii ) an interfacing board, called motherboard, to couple the power modules with a control unit, iv ) a digital control unit with rapid control prototyping functionalities for controlling power electronic circuits. Power modules integrate sensors with related conditioning circuits, driving circuits for power switches, and protection circuits. Conversion circuits exploit GaN electronic switches for optimal performance. The architecture and implementation of the system are described in detail in this manuscript. Main applications are in the implementation of conversion circuits for supplying arbitrary ac or dc voltages or currents, testing of new control algorithms for power electronic converters, testing of systems of electronic converters in, for example, smart nanogrids or renewable energy applications, training of undergraduate and graduate students. In this repository the design files are contained and organized as following: - Hardware folder contains CAD (Eagle) files for the printed circuit boards; - Software folder contains a modified version of the original Simulink template file, in order to program the BBoard Pro microcontorller.



Universita degli Studi di Padova Dipartimento di Tecnica e Gestione dei Sistemi Industriali, Universita degli Studi di Padova


Rapid Prototyping, Power Electronics, Power Converter, Smart Grid