This paper proposes a voltage compensator for converters in multi-converter DC microgrids
(MG), which enhances the DC-MG behavior under fault conditions. Among the four existing …

Being multivariable in nature, voltage and current control loops have controllers in the
forward and cross-coupling paths. Most methods discussed in the literature focus on tuning …

In a microgrid static Compensator (STATCOM) is the most prominent inverter circuit for
stabilizing the bidirectional power flow requirements of the system. This inverter circuit is the …

This article presents a new observer-based state-feedback servomechanism controller for
improving the resilience of a distributed generation unit that is connected to an unbalanced …

This paper presents the performance of controlling the active and reactive power of single-
phase grid connected inverter by dq synchronous reference frame and space vector …

The mutual impedance between Doubly-Fed Induction Generator (DFIG) systems and weak
grids may cause a resonance, which yields to undesirable distortions and harmonics. The …

The transient performance of microgrids is measured by their transient stability and transient
response indices. The quality of these indices depends upon the design of the microgrid's …

This paper explores the impact of sun-tracking systems on the reliability of PV inverters from
a wear-out perspective. Besides reliability analysis, the Levelized Cost of Energy (LCOE) for …

Distributed energy resources based on grid-following inverters are the dominant part of
future modern power systems. To achieve a higher performance, the reliability …

The filtering characteristics of the output filter directly determine the grid-connected
performance and cost and volume of the grid-connected converter. Based on a deep …