Modular multilevel converters (M2LCs) are typically controlled by a hierarchical control
scheme, which essentially requires at least two control loops: one to control the load current …

This article analyzes the requirements for load balancing of a new transformer-less grid-
interface topology for large-scale electric vehicle (EV) charging infrastructures. The …

This paper presents a system configuration for transformer-less grid integration of large-
scale charging infrastructures for electric vehicles (EVs) with wireless inductive charging …

The Modular Multi-level Converter (M2LC) topology promises to outperform other known
converter topologies in various medium to high voltage applications. The topology requires …

Modular multi-level converters (M2LCs) are typically controlled by using a hierarchical
control scheme, where at least two loops are employed to control the load currents and …

Modular Multi-level Converter (M2LC) has become increasingly attractive topology for
various medium to high voltage applications. However, in comparison with other multilevel …

Modular multilevel converter (M2LC), which features modularity, scalability, reduced voltage
rating of the switches and redundant switching operations, is becoming popular in medium …

The investigation of improved semiconductor devices, power converter topologies and
modulation schemes is essential for the development of advanced power electronics …

This paper presents a distributed converter interface for the road-side infrastructure of
dynamic inductive power transfer (IPT) systems for roadway-powered electric vehicles …

In recent years, inductive power transfer (IPT) systems have gained much attention, interest
and development. IPT systems are found to be having numerous advantages over …