DC microgrids are integral to smart grids, enhancing grid reliability, power quality, and
energy efficiency while enabling individual grid independence. They combine distributed …

This paper proposes a new high gain step-up non-isolated transformer-less DC-DC
converter, achieved through the effective integration of an active switched-inductor network …

The fast growing non-linearity of the loads is the root cause of the power quality issues. In
this research, a novel single-phase solar photovoltaic (SPV) coupled with a Boost-Single …

This article introduces a nonisolated ultrahigh step-up dc–dc converter that utilizes one
coupled-inductor (CI) and a voltage multiplier circuit to enhance the voltage gain. The …

This paper introduces a coupled inductor (CI)‐based high step‐up DC‐DC converter.
Cascaded or quadratic DC–DC converters are the most practical solution to achieve a wide …

This research presents an innovative design for a non-isolated DC-DC converter, which
utilizes a single switch in a high step-up configuration. The key element of this design is a …

Dielectric quality tests require a high AC voltage with a frequency range of 0.0001 Hz to
1000 Hz. However, providing a high AC voltage with such a frequency variety is challenging …

This study introduces an innovative configuration for a two-output high voltage DC-DC
circuit. The merits of this circuit encompass diminished voltage stress on semiconductors …

This study suggests a single switch high step-up DC-DC Converter derived from coupled
inductor and switched capacitor used in Grid-Connected Photovoltaic systems. In the …

This study introduces an innovative design for a dual-output high-voltage DC-DC converter.
The advantages of this converter encompass low input current ripple, reduced voltage stress …