DC microgrids (DCMGs) integrate and coordinate various DC distribution generation units
including various renewable energy sources and battery storage systems, and have been …

The future of deep space exploration requires high levels of reliability in critical subsystems
such as the electrical power system. This paper provides an analysis of voltage stability of …

Integrated power and energy systems (IPESs) will play a critical role in supporting future
complex electric ship operations. In particular, flexibility is required to exploit shipboard …

The integration of dc power distributed systems in modern shipboard microgrids is receiving
much attention recently due to their high efficiency and grid connection flexibility. These dc …

To address the issue of DC bus voltage fluctuation in an integrated power system aboard
ships, this paper designs a prescribed-performance-based adaptive fractional-order sliding …

Parallel-connected converters are commonly used in applications such as DC microgrids.
The presence of multiple converters allows for the use of the interleaving technique to …

Compared to alternating current (AC) grids, direct current (DC) grids are becoming more and
more popular. A power distribution approach is suggested in order to solve the issue of …

In the stability analysis of DC (direct-current) power grids, AC (alternating current)/DC
converters are usually treated as linear proportional amplifiers or inertial links. However, this …

This book introduces several novel contributions into the current literature. Firstly, given that
microgrid topologies are paramount in theoretical analysis, the author has proposed a …

Nowadays, resilience is a crucial attribute to be pursued in advanced shipboard DC
microgrids. When the power distribution is zonal, the presence of autonomous‐controlled …