Connecting a large number of distributed photovoltaics (PVs) and energy storage systems
(ESSs) to a distribution network enables the mitigation of harmonic issues through grid …

In this article, a novel full-feedforward (FF) technique is introduced to lessen the effect of grid
voltage distortion on injected current from the multiparallel grid-tied inverters. In this …

Selective harmonic elimination techniques have developed a crucial feature in the domain
of power electronics and in innumerable drives control schemes. The main intention of this …

Nowadays, energy conversion plays a crucial role in sustainable growth and development.
In the past, energy conversion was achieved using electromechanical converters based …

The Active Front End (AFE) is interconnected to the grid with an LCL filter to reduce the
switching harmonics. Possible resonances induced by the LCL filter can be damped using …

Here, a novel control strategy based on sliding mode control for the single‐stage boost
inverter is presented. The goal is to achieve a system with robustness against inherent …

The grid‐tied inverters are the most vital components in renewable energy‐based power
systems. Hence, maintaining the power quality of a grid‐tied inverter output within the …

This paper presents a methodology to estimate, in the design stage, the total harmonic
distortion of the current injected into the power grid by two‐stage voltage source inverters …

Grid current feedback based Active Dam** (AD) method is a preferable option in Active
Front End (AFE) converter due to the need for less number of sensors and cost efficiency …

Active dam** (AD) based on grid current feedback is a desirable option to deal with the
LCL filter resonance issues, however, practical implementations can be problematical due to …