Peer-to-peer interconnection of households having on-site batteries, multi-port converters
and solar panels to form a multi-port converter-enabled solar DC nano-grid is an emerging …

The concept of a flexible power electronics substation (FPES) was first applied in the
Zhangbei DC distribution network demonstration project. As a multi-port power electronics …

Magnetic components are recently being researched and believed to be a main source of
losses, and increasing the weight of power converters, which has become a real challenge …

This article puts forward the analysis and design of single-phase bridgeless Cuk-derived dc–
dc converter for a novel vehicle-to-vehicle (V2V) charge transfer technique. V2V charging …

This paper aims to address the power loss problem of multi-port converter-enabled solar DC
nano-grids (or simply nano-grids) that are designed to provide energy access in rural areas …

Interconnection of two autonomous swarm grids (DC clusters) which are designed for
energy access can increase power supply availability for power hungry appliances such as …

DC microgrids are a promising and cost-effective solution for the rural electrification of Africa
or South-East Asia. However, microgrids mainly rely on power electronic converters and …

Decentralized battery and solar photovoltaic (PV) system organized in the form of an
autonomous low voltage DC nanogrid is a potentially low cost and scalable solution for …

This paper investigates the power loss minimization problem of solar DC nanogrids that are
designed to provide energy access to households in off-grid areas. We consider nano-grids …

Electric vehicles (EVs) have recently garnered popularity in the consumer market due to its
environment friendly nature as it uses clean energy to power vehicles. The EVs that are on …