With the rapid development of rene wable energy (eg, wind and photovoltaic energy) and
energy storage, the dc collector has become an effective conversion link of distributed …

In this review article, we will explore the recent advancements in the field of distributed
control of modular multilevel cascaded converters (MMCCs), highlighting the key challenges …

This article discusses a Whale Optimization (WO) controller for design analysis, stability
management, application, and performance analysis of a deregulated two-area multi-source …

Parallel dc–dc converters are commonplace in applications such as computing power
supplies, point of load systems, and dc microgrids. The presence of multiple converters in …

Power grids are evolving toward a highly distributed architecture with power-electronics
circuits interfacing a majority of generation, storage, and loads. To ensure stability as …

This paper proposes a decentralized control structure and method for a multilevel single-
phase power converter using space vector pulse width modulation (SVPWM). The focus of …

In the field of power electronics research, the expansion of the number of phases and
voltage levels in power converters may pose several challenges for central processors. In …

This paper proposes a fast, decentralized method for self-aligning the carriers of a
multiphase/multilevel converter operating on the basis of phase-shifted pulse width …

Design approaches for power electronics are typically focused on efficiency and power
density; however, these strategies do not guarantee cost optimality in any well-defined …

The decentralised control of multicellular converters is an alternative to the usual control
techniques. Multicellular converters use interleaved carriers to reduce filtering elements and …