Nowadays, integration of renewable energy source like solar, wind etc in the grid is
encouraged to reduce the losses and meet the demand. However, the integration of these …

In this article, a seven-level triple-time voltage-boosting topology (8S7L-TTB) is proposed,
which has eight switches as the minimum. This topology is used as DSTATCOM to eliminate …

The usage of power electronic converters and other non-linear devices is very common in
this modern era because of their flexibility in control. However, they inject harmonics into the …

Nonlinear loads and power electronics components inject harmonics into the connected
power system, which affects the power quality of the system. Harmonic suppression, reactive …

Based on the total least-squares (TLS) model, the gradient-descent TLS Euclidean direction
search (GD-TLS-EDS) algorithm is proposed when both input and output signals are …

When nonlinear loads are introduced to a distribution system, various power quality
challenges emerge, such as load unbalance, harmonic distortion, and reactive power …

This paper proposes a new normalized Huber adaptive control algorithm for shunt
compensation. A 5-level cascaded multilevel inverter (CHB-MLI) is controlled as a shunt …

The increasing penetration of the distributed energy resources (DER) in the power grid,
which, while having significant advantages, also pose significant challenges. The behaviors …

Filters have become almost indispensable to counter the harmonics injection by the widely
used power converters and other non-linear devices. Shunt active power filters (SAPF) …

The growing penetration of renewable resources has led to the enlarged application of
power electronic devices resulting in non-linearity in power systems. The situation further …