This paper aims to investigate the state-of-the-art isolated high-step-up DC–DC topologies
developed for photovoltaic (PV) systems. This study categorises the topologies into …

This paper proposes an isolated single-ended primary-inductor converter (SEPIC) dc-dc
converter with ripple-free input current and lossless snubber. The proposed converter is …

An isolated converter such as SEPIC has high voltage stress on the main switch due to
transformer leakage inductance. To solve this issue, active or passive clamp action is …

High-order wide-output (HOWO) impedance-source converters (ISCs) have been presented
for ac inverter applications that require voltage step-up ability. With intrinsic passive …

The theoretical analysis and numerical simulations of a novel dc-dc converter conceived
from SEPIC topology are presented in this paper. In this proposed converter, the voltage …

This paper presents a comprehensive theoretical analysis and experimental results for three‐
level isolated dc‐dc converter based on the single‐ended primary‐inductance converter …

This paper presents a novel topology of a modified isolated single-ended-primary-
inductance converter (SEPIC) with a model predictive control (MPC) approach applied to …

Renewable Energy sources integration to the grid is becoming more vital due to the market
share increase. The integration of PV farms, for instance, usually requires a DC-DC …

Isolated converter such as SEPIC has a high voltage stress in the main switch due to
transformer leakage inductance. To solve this issue an active or passive clamp action is …

In this paper, a novel isolated SEPIC topology is proposed to address the problems
associated with conventional isolated SEPIC. A conventional isolated SEPIC uses RCD …