Implementation of a test bench for remote practices in Power Electronics
DOI:
https://doi.org/10.33131/24222208.376Keywords:
Hardware, IoT, Open source, Power electronics, Low cost, Internet of Things, low-cost electronicsAbstract
This article presents a test bench's design and manufacturing phases that allow remote practices to be carried out in a power electronics course. It is based on a conceptual design with a proposed general system scheme. The function of each of its stages is defined, such as the Internet of Things (IoT) based interface, the local server, the control card, and the practice modules. Also, Open-source tools were chosen for user interfaces, hardware topologies, and components. After this, the electronic boards were developed using the student version of computer-aided design (CAD) software for their manufacture and assembly. At last, the software tools and services necessary for communication with the control card and the practice modules were implemented: phase control, speed control of an industrial-type DC motor, and a Buck-type DC-DC converter with variable load.
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