One can define an energy system as a system that converts one or more energy fluxes into
other energy fluxes of a different kind. This definition may describe a relatively small system …

With the development of More/All-Electric Aircraft, especially the progress of hybrid electrical
propulsion or electrical propulsion aircraft, the problem of optimizing the energy system …

With increasing the penetration of distributed and renewable sources into power grids, and
with increasing the use of power electronics-based devices, the dynamic behavior of large …

Microgrids (MGs) operate under harmonic conditions due to the integration of nonlinear
loads. The autonomous harmonic compensation control of inverter-interfaced DG has been …

Microgrids (MGs) are often unbalanced due to the integration of single-phase generators,
unbalanced loads, and asymmetrical faults. To better analyze such MGs, this paper presents …

Synchronous reference frame (SRF) phase locked loop (PLL) is a widely employed scheme
for grid-synchronization of a three-phase grid-tied inverter (GTI). The SRF-PLL model …

Conventional electromagnetic transient (EMT) and phasor-domain hybrid simulation
approaches presently exist for transmission system level studies. Their simulation efficiency …

In recent years, there has been growing research interest in the virtual integration of
hardware and software assets across different geographical locations. However, achieving …

This brief paper presents a comprehensive data-driven distributed combined
primary/secondary controller design method for microgrids. This method provides transient …

A low-voltage microgrid is naturally three-phase unbalance due to the connection of
unbalanced loads. Voltage unbalance compensation (VUC) strategies of inverters have …