Efficient renewable electricity generation, conversion, and delivery are vital for addressing
the pressing need to limit global temperature rise to below 2° C by 2050. The electrification …

A power electronic transformer (PET) is expected to be an important device within active
distribution networks due to its high flexibility and controllability of ac/dc conversion …

This paper presents the modulation and control for a two stage Solid State Transformer
(SST) for use in Hybrid Solid State Transformer (HSST). HSSTs comprise of a traditional line …

This article proposes a Distributed-control Architecture (D-CA) and an operation sequence
with start-up strategies for a Digital Signal Processor (DSP)-based Solid-State Transformer …

The decoupling method based on the natural or inserted artificial delays, when applied to
the simulation of power electronic (PE) systems, may encounter challenges such as …

This paper presents the control and hardware design for a Hybrid Solid-State Transformer
(HSST) applied to modern distribution systems. The HSST combines the advantages of …

This paper presents a novel three-phase three-level, pseudo-single stage Solid State
Transformer (SST) with an integrated DC port. A comprehensive comparison is conducted …

Hybrid Solid State Transformers (HSSTs) are systems comprising of a fractional power solid-
state transformer (SST) integrated with a standard full power line frequency transformer …

The solid-state transformer is a high-frequency, power electronics-based switching device
that is not exactly a substitute for the conventional transformer. Instead, it is a multi-purpose …

The Solid State Transformer (SST), a high-frequency power electronics device, diverges
from conventional transformers with its unique functionalities. Optimizing DC microgrid …