Owing to avoid harmonic and power quality issues, the concept of eliminating their impacts
on microgrid systems has gained a lot of interest. Incidentally, shunt active filters (SHAFs) is …

In the realm of electrical distribution, managing power quality is critical due to its significant
impact on infrastructure and customer satisfaction. Addressing issues such as voltage sags …

In this paper, the purpose of improving the power quality of the standalone wind conversion
system (WECS) is to utilize a quasi-impedance (qZ) static compensator (STATCOM) …

The renewable energy fluctuation and load randomness can cause the change of power
quality indexes. However, fixed weight comprehensive evaluation of power quality and …

Shunt active filters (SAFs) can be used for harmonic mitigation, reactive power
compensation and power factor control in electrical distribution networks. Model predictive …

The main source of harmonic generation in any power system network is due to the
tremendous growth of loads which exhibits nonlinear behavior. These types of loads are the …

Harmonic and reactive power compensation is one of the significant areas of research in the
power electronics and power system engineering field. Traditionally passive filters are …

The shunt static compensator with the iterative control is presented. The compensator
generates reactive current computed in the real time with the use of the iterative secant …

In distributed power generation systems energized by multiple renewable energy systems,
the harmonics injected by grid connected inverters are seriously affected by the grid …

The article presents analysis of static compensator influence on average power flow. It is
shown that the compensator current affects on the power delivered to the consumers. The …