As the electronic interfaces between distributed energy resources and the electrical network,
power converters play a vital role in voltage stabilization and power conversion. So far …

MMC is a promising technology for MTDC systems and would transform into the concept of
Supergrids in the near future. The salient features of MMC are modularity, reduced dv/dt and …

Paralleled three-level T-type inverters face the unavoidable pitfall of the zero-sequence
circulating current (ZSCC). Although the conventional model predictive control (MPC) could …

Determination of high-frequency circulating current is important for coupled inductor design
of paralleled voltage source inverters (VSIs). A time-domain model describing the circulating …

This paper presents a model predictive control (MPC) method, which allows EVs to
participate in the grid voltage regulation as a reactive power compensation device to …

Model predictive control (MPC) is an attractive control scheme, in particular, for multilevel
converters. However, MPC suffers from high computational burden and tedious tuning of …

In parallel three-level inverters, to eliminate the undesired internal common-mode (CM)
resonance circulating currents (ICMRCCs) and external CM resonance circulating currents …

The parallel operation of three-phase converters has become an effective way to achieve
modularity. However, zero-sequence circulating current (ZSCC) will appear when the …

This research focuses on modeling and simulating voltage control of passive islanding
detections with distributed generation. This research presents how reactive power …

In this work, we develop a zero-sequence model to analyze the zero-sequence current, ie,
circulating current, in multiple paralleled power converters. On this basis, we propose and …