Renewable energy sources are commonly available on earth; thus, both research and
practical applications have drawn significant interest. In the large-scale renewable energy …

At present, the disturbances like the voltage fluctuations, resulting from the grid's
complexities and unbalanced load conditions, create severe power quality concerns like …

In this article, we deal with the development of a fractional-order notch filter (FONF) for a grid-
connected solar photovoltaic (PV) system. The developed FONF control approach is used to …

This article proposes a novel optimal hybrid control framework to improve the voltage profile
of highly unbalanced Distribution Grids (DGs) by coordinating the injection of reactive power …

This article proposes a Hermite function‐based artificial neural network (HeANN) controller
for shunt compensation in photovoltaic (PV) interfaced grid system. Various power quality …

Due to the rapid advancement in power electronic devices in recent years, there is a fast
growth of non-linear loads in distribution networks (DNs). These non-linear loads can cause …

Integration of renewable energy source is one of the major goals in smart grid technology.
This paper proposes a pure wave distribution static compensator (PW-DSTATCOM) for …

In this study, model predictive control (MPC) with constant switching frequency is proposed
for four‐leg distribution static compensator (FL‐DSTATCOM) to compensate the current …

In this article, an adaptive normalized Sign Regression Least Mean Mixed Norm (ε-
NSRLMMN) algorithm-based control technique is developed for the Shunt Active Power …

This paper presents an active power filter based on a seven-level cascade H-bridge where
the main contribution is a control strategy that combines model-based predictive control, the …