This work presents a modified boost converter with multiple inputs that is not isolated and
that is capable of being used in a DC-DC micro grid system that is powered by solar panels …

Renewable energy technology is a significant factor in the widespread adoption of
microgrids. The flexibility with which energy storage can be integrated into the DC …

Due to the rising need for energy, getting the most electricity possible from solar Photovoltaic
(PV) systems is one of the most significant tasks. As a result, the previous research works …

The objective of this study is to recover power through switching losses while achieving
efficient power conversion of a Non-isolated step-up DC-DC (NIS) converter. The purpose of …

The proposed topology is defined by three-level soft switching in both directions. To reduce
the high-voltage side's voltage rating, the investigated converter uses a three-stage diode …

Although single-phase inverters provide several advantages, it is critical to assess the
individual requirements of each application. Three-phase inverters may be more appropriate …

This research demonstrates a non-isolated, modified boost converter that can be used in a
DC-DC micro grid system powered by solar panels, batteries, or fuel cells. The research …

Smart grids and their technologies transform the traditional electric grids to assure safe,
secure, cost-effective, and reliable power transmission. Non-linear phenomena in power …

In this research, Vehicle-to-Grid (V2G) technology works for DC microgrids using a Dual-
Active-Bridge (DAB) DC-DC converter. A detailed examination of the converter's behavior is …

Aim: The purpose of this work is to manage power in a dual active clamp DC-DC converter
at various temperatures using MPPT (INC Method). Materials and Methods: Dual active …