Charging of electric vehicles is going to be a major electrical load in the near future, as more
and more population shift to electric auto-motives from conventional internal combusted …

In this article, a novel dam** control scheme for V/I droop-controlled direct current (dc)
microgrids is proposed to attenuate the oscillatory components in the power and current. At …

The increasing integration of Distributed Energy Resources (DERs), particularly renewable
sources, is driving the growing demand for Microgrids (MGs). This shift emphasizes the …

In this paper, a novel voltage controller of energy storage system (ESS) in DC microgrids
(DC-MG) is proposed to enhance the DC-bus voltage stability. At first, a mathematical model …

This study proposes a new three‐port multidirectional DC‐DC converter (TMC) to integrate
an energy storage system (ESS) or main grid to a bipolar DC microgrid (BDCMG). This …

An extendable triple‐port single‐ended primary‐inductor converter (SEPIC)–SEPIC (TPSS)
converter is proposed as a compact and efficient multiport interface, with less number of …

A new method for power management that regulates input source power using a two-loop
controlled Cuk buck converter. Adding an outside voltage loop and an inner current loop …

Parallel distributed generation (DG) can extract power from a renewable energy source and
supply it to the grid, but the exposure of DG components, such as photovoltaic panels, to the …

In DC nano-or microgrids consumers, sources and control entities operating at different
voltage levels can be connected by multilevel converters. The latter is more cost-effective …

This paper proposes a new power flow control method for soft-switched, four channel, five
level resonant buck dc-dc converters. These converters have two input channels, which can …