In a DC microgrid, droop control is the most common and widely used strategy for managing power flow from sources to loads. Conventional has some limitations such as poor voltage regulation improper load sharing between converters during unequal source voltages, different cable resistances, variations. This paper addressed of conventional by proposing simple adaptive technique. The proposed met...

Abstract The rapid development of new energy sources gradually challenges the frequency stability power systems. This article focuses on how to realize modulation control grid under fluctuation grid. In order improve microgrid system, based traditional droop and consensus algorithm research, this paper proposes a primary consistency method. strategy improves progressive correction term output s...

With higher penetration of renewable energy sources like wind energy, its utilization for the provision of ancillary services in the form of frequency and voltage regulation is imminent. This paper deals with the capability of wind energy to provide these services in a microgrid environment with the consideration of different generation mixes of wind and conventional energy. A novel hysteresis ...

in this paper, an attempt has been made to introduce a new control strategy including plug-in hybrid electric vehicle (phev) and diesel engine generator to control the voltage and frequency of autonomous microgrids. the proposed control strategy has multiple advantages over the recent control methods in microgrids. the proposed method applies the primary and secondary frequency control strategy...

One of the major and more challenging problem that is going to affect the future electricity system is the one relate to the frequency stability and support from generating units. In traditional power networks frequency support were transiently provided by the rotating mass of the generator (directly connected to the grid) while the steady state contribution to frequency is provided by a droop ...

Along with the sustained growth of photovoltaic (PV) penetration, PV generation is expected to be more active in DC microgrids rather than maximum power generation. The droop control methods are generally adopted achieve regulation at steady-state and passive power-sharing transient state. However, traditional <inline-formula xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://ww...