The electricity demand of the world is growing at a rapid pace. On the other hand, pollution
levels due to conventional power generating techniques are drastically increasing and …

As the worldwide trend of “carbon neutrality” action spreads, renewable energy substitution
for fossil fuels in the electricity sector is inevitable. The traditional power system is updating …

Recent works have addressed the ancillary services provided by multifunctional photovoltaic
inverters. This concept is based on the addition of extra functions to the conventional …

This study discusses a centralized and coordinated control of distributed multifunctional
inverters connected to an electric grid. The multifunctional operation is based on the …

Multifunctional grid-tied inverters (MFGTIs) are capable of not only injecting the energy
generated by renewable energy sources into the ac grid, but also performing other distinct …

This paper explores the application of multifunctional inverters connected to the electrical
network, to propose an adaptable system to individually control reactive power, load …

The increasing penetration of renewable energy sources is pushing low-voltage electrical
grids to become predominantly power electronic-based. Consequently, the design and …

In addition to achieving maximum power capture, photovoltaic (PV) grid-connected inverters
have remaining capacity that can be utilized for harmonic compensation. However, due to …

This paper formulates an optimization-based algorithm for the compensation of unwanted
current terms by means of distributed electronic power converters, such as active power …

This paper discusses the necessity of reviewing some traditional quantities used for
qualifying electrical load properties. In the scenario of smart micro-grids and distributed …