This study proposes a novel method that combines sliding mode control (SMC) and virtual oscillator control (VOC) to eliminate voltage harmonics and unbalance caused by non-linear and unbalanced loads in a three-phase
With the popularization of electric private cars and the increase of charging facilities in residential areas, disorderly charging will affect the power supply efficiency of their distribution transformers and the quality of electricity
the impact of the above characteristics of electric vehicle (EV) quality of the prosumers integrated with microgrids under the for mitigating three-phase imbalance by scheduling
In this paper, a seamless transfer control strategy for three-phase inverter in microgrid is proposed to reduce the impact of grid-injection current during the grid-tied transient period,
Abstract - Voltage imbalance, which has negative impacts on electrical equipment, is one of the primary power quality concerns in A three-phase PV and wind system is the the microgrid
Three-phase electrical systems are subject to current imbalance, caused by the presence of single-phase loads with different powers. In addition, the use of photovoltaic solar
This study comprehensively reviews, summarises, and classifies the various strategies of the unbalance mitigation techniques for the islanded and grid-connected modes of operation for three-phase MGs and presents the
Additionally, DGs inverters carrying three-phase imbalance mixed non-linear loads create a significant amount of harmonics, especially the 5th and 7th. These can significantly degrade the voltage quality in the microgrid as
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