Multi-port DC-DC converters are a promising solution for a wide range of applications
involving multiple DC sources, storage elements, and loads. Multi-active bridge (MAB) …

The inherent power flows coupling caused by the integrated transformer among multiple
ports is challenging for triple active bridge (TAB) converter. To address this issue, a simple …

There are two types of existing direct current (DC) electric spring (DCES), of which the one
realised by alternative current electric spring has low power density because of the low …

This article investigates an immittance-network-based multiport zero-voltage-switching
(ZVS) bidirectional converter with power decoupling capability. It has a highly modularized …

Dual Active Bridge converter is extensively used to manage the power flow in high power
and high density applications, as energy storage systems, renewable sources integration …

Multi-port isolated H-bridge converter has the features of high voltage conversion ratio,
bidirectional power flow and high-power capacity, which is suitable to be integrated into DC …

The decoupled-type triple active bridge converter (DTAB) offers improved power density and
power-decoupling features by removing an auxiliary inductance from one port. However …

Smart transformers are considered a crucial part of future smart grids as they will operate as
the energy router and be able to control the power flows from and to the microgrids since …

The energy internet has emerged as a promising area of research in power systems with
distributed generation. Similar to an internet router to connect and switch networks, the …

As affected by climate conditions, eg solar irradiation and temperature, the output power of
photovoltaic (PV) generation is generally random and intermittent. Energy storage devices …