Second-order ripples occur in the voltage and current during any DC–AC power conversion.
These conversions occur in the voltage source inverters (VSIs), current source inverters …

DC microgrid has a promising future for its strong power supply capacity, good
controllability, and high efficiency. The power quality of the DC microgrid is one of the core …

The respective advantages of ac and dc microgrids lead to the blooming development of the
hybrid ac/dc microgrid, which consists of ac and dc microgrid tied by an interlinking …

In a two-stage single-phase inverter, the pulsating output power generates a second
harmonic current (SHC) at the dc port. Although the conventional virtual-resistor (VR) based …

The hybrid ac-dc microgrid, consisting of ac subgrid and dc subgrid, is a promising structure
to interconnect ac and dc systems to provide high quality and reliable electric energy …

In this research article, a Distributed Energy Sharing Program (DESP) is proposed to share
energy among PV prosumers in a smart hybrid microgrid (SHM), making the PV prosumer …

With the development of dc renewable power generation and dc power consumption, more
and more attention has been paid to residential low-voltage dc (RLVDC) power systems in …

In microgrid system, current in dc bus may contain a lot of undesired low-order harmonics
when converters are employed, especially the second harmonic current (SHC). To address …

For the two-stage single-phase power factor correction (PFC) converter, its instantaneous
input power pulsates at twice the line frequency, generating the second harmonic current …

In direct current (dc) microgrids, communication between converters is necessary for better
power distribution and finer energy scheduling. This article proposes an orthogonal …