This paper provides a comprehensive review of the control approaches and the power-
decoupling topologies to mitigate-ripple problem in the single-phase inverters, its solutions …

High gain converters have received significant acceptance in the era of hybridisation of
energy sources, particularly for photovoltaic (PV) integration and vehicle electrification …

The Z‐source inverter was introduced to overcome shortcomings of voltage source inverter
and current source inverter. In this paper, the concept of one switched‐inductor Z‐source …

In this paper implementation of a micro-controller based pulse width modulation for
multilevel quasi Z source inverter (qZSI) is presented. First implementation of component …

Impedance source-based multilevel inverters have recently gained popularity for new
renewable energy sources. This study describes a quasi Z-source (qZS) based single phase …

Conventional inverter control methods reduce the grid inertia and are susceptible to
parameter variations, resulting in a gradual weakening of grid stability. To address the …

Model predictive control (MPC) is a well-known control methodology in power electronics
systems, due to its ability to deal with the system's nonlinearities and superior dynamic …

A high-step-up DC–DC converter (DDC) is commonly used in micro-grids, renewable
energy source (RES) integration, uninterruptible power supplies, hybrid vehicles, and other …

In this paper, a new combined impedance‐source network inverter (CISI) with high voltage
gain in low duty cycle is presented. With common ground between the input source and the …

This paper presents a new high voltage gain quasi Z‐source inverter consisting of a
switched‐inductor unit. A coupled inductor including three windings is utilized in structure of …