The study provides an extensive overview of on‐board integrated chargers for electric
vehicles that are based on multiphase (more than three phases) machines and power …

Power converters may lose synchronization with the remaining network when integrated in a
weak power grid. Such an instability phenomenon [known as grid-synchronization instability …

This paper presents a new synchronous-reference-frame (SRF)-based control method to
compensate power-quality (PQ) problems through a three-phase four-wire unified PQ …

With more and more distributed energy resources (DERs) being installed, the utility requires
these generation systems and their interface converters to remain grid connected during …

The requirements for grid-connected voltage source converters (VSC) are increasing with
the evolution towards smartgrids. In this context, synchronization methods for VSC have …

This paper considers an integrated onboard charger for electric vehicles that incorporates
an asymmetrical nine-phase machine and an inverter into the charging process. The …

Phase-locked loop (PLL) technique is widely used for synchronization applications. A variety
of moving average filter (MAF)-based PLLs have been presented in recently published …

This paper presents a new configuration for integrated on-board battery chargers of electric
vehicles (EVs) incorporating symmetrical six-phase machines. The configuration proposes …

A novel scheme for obtaining the fundamental-frequency positive-sequence grid voltage
vector based on a generalization of the delayed signal cancellation method is proposed in …

This paper considers two isolated solutions for fast charging of electric vehicles (EVs). The
isolation is located on the grid side (off board), whereas the rest of the charging apparatus is …