Journal Article

·2018 OPEN ACCESS

Analysis and experimental verification of a multi‐input converter for DC microgrid applications

Fürkan Akar YTU , Yakup Tavlasoglu YTU , B. Vural YTU

IET Power Electronics

Abstract

This work presents a multi‐input converter (MIC) that can build a DC microgrid having renewable energy resources, balanced sources, and energy storage devices. After analysing its operation modes, a design procedure for the converter considering three different cases is provided. This procedure includes the semiconductor elements selection and design of the inductors. After this step, a detailed efficiency analysis is carried out for the studied cases. Finally, a 1 kW prototype creating a photovoltaic–battery system is built. Through several experiments based on this set‐up, it is shown that the theoretical analysis is accurate and the studied MIC can be successfully utilised to create DC microgrid.

Keywords

Microgrid Photovoltaic system Inductor Renewable energy Battery (electricity) Computer science Energy storage Set (abstract data type) Selection (genetic algorithm) Work (physics) Electrical engineering Electronic engineering Power (physics) Engineering Voltage Mechanical engineering Physics

Subject Areas

Microgrid Control and Optimization ·Control and Systems Engineering ·Physical Sciences
Advanced Battery Technologies Research ·Automotive Engineering ·Physical Sciences
Advanced DC-DC Converters ·Electrical and Electronic Engineering ·Physical Sciences

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