Microgrids need control and management at different levels to allow the inclusion of
renewable energy sources. In this paper, a comprehensive literature review is presented to …

This paper proposes a decentralized current-sharing control strategy to endow fast transient
response to paralleled dc-dc converters systems, such as dc microgrids or distributed power …

DC (Direct Current) droop control has the advantages of plug-and-play and the convenience
of parallel operation of multiple converters. However, when the power changes drastically …

In this paper, a distributed control strategy for parallel-connected dc/dc converters with
output power management is proposed. The proposed system consists of parallel …

A volatile energy supply combined with rising demands for power quality poses new
challenges to a sustainable and cost efficient manufacturing. Therefore, industrial facilities …

This paper addresses a viable single loop PID controller on the bases of optimization
algorithms for parallelly connected DC-DC converters to improve current sharing, improve …

There is a strong demand for smaller output filters used in grid-tied inverters. However, a low
impedance of the output filter causes an imbalance of the active and reactive power in the …

Multi Level Inverters (MLI) are commonly used in high voltage and high power applications
due to their lower filtering requirements, smaller dv/dt transitions and better EMI/EMC …

The parallel connection of modules is a commonly used technique to increase the power
rating of a power converter. However, this approach can have significant drawbacks in terms …

The idea of a microgrid is created by utilizing more diverse ac or dc distributed generation
(DG) sources along with an energy storage system (ESS) and loads. The most efficient and …