A fundamental strategy for utilizing green energy from renewable sources to tackle global
warming is the microgrid (MG). Due to the predominance of AC microgrids in the existing …

The increasing impact of climate change and rising occurrences of natural disasters pose
substantial threats to power systems. Strengthening resilience against these low-probability …

This study addresses the problem of optimal operation of batteries in standalone and grid-
connected Direct Current (DC) Microgrids (MGs) that include photovoltaic (PV) generators …

This article presents a current injection power flow analysis and optimal generation dispatch
method for bipolar DC microgrids. In bipolar DC systems, despite a certain local voltage …

This paper proposes a precise power flow algorithm for islanded hybrid AC/DC microgrids
(HMGs). In our analysis, we have considered a multi-grounded unbalanced bipolar DC …

An AC–DC hybrid microgrid is gradually becoming popular. For economic viability and
environmental sustainability, an AC–DC microgrid should be operated optimally. This study …

This paper presents the power flow modeling of droop-controlled distributed generation
units with secondary frequency and voltage restoration control for hierarchically controlled …

With the increase of converter-fed devices such as renewable energy sources, energy
storage, electric vehicles, direct current transmissions and power electronic loads in the …

This article proposes an advanced solution for the energy management of the islanded ac-
dc microgrids using an intelligent agent approach. This approach provides islanded ac-dc …

This paper proposes a novel power flow algorithm for islanded hybrid AC/DC microgrids.
The algorithm is based on a recursive (non-iterative) method called the holomorphic …