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 …

High-gain DC/DC converters are considered one of the most important components of green
energy systems. Large numbers of these converters are used for increasing the voltage gain …

In this paper, a switched capacitor network and a boost converter are integrated to create a
step-up DC-DC converter. As a result of this converter's design, it can be applied to …

Y-source impedance (YSI) network with cascading technology is a feasible way to achieve
high step-up performance for renewable energy systems. However, the traditional YSI …

Direct current transformer (DCT) is a key piece of equipment in direct current (DC)
microgrids, and the mainstream topologies mainly include LLC resonant converter (LLC) …

This paper presents the design and analysis of an isolated high step-up Y-source DC/DC
converter for photovoltaic systems. At high switching frequencies, the conventional …

Lighting systems are among the most energy-intensive systems in the home because they
consume a lot of electricity. Nighttime blackouts are currently being caused by an urgent …

This paper proposes a magnetically coupled partial resonant isolated quasi-Y source
DC/DC converter. Here, to achieve soft switching, there is no additional auxiliary circuits or …

One among the most crucial parts of green energy systems is thought to be high-gain
DC/DC converters. Utilizing an excessive duty cycle, a great deal of high-gain converters are …

The premise of a dc microgrid that offers the benefits of cheap expenses and low losses
since the AC/DC converter operations are eliminated, is shown by the growing use of RES …