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 …

This paper proposes an energy management system (EMS) that aims at managing the
modular direct current (DC) microgrids (MGs) of a hybrid DC/AC power system onboard …

When ac and dc microgrids get exposed to load power changes or voltage transients,
instability could occur owing to constant power loads'(CPLs) behaviour. CPL has the …

This paper proposes the development of a shipboard Energy Management System (EMS),
specifically devised to enhance the efficiency of electrical microgrids in cruise vessels. Due …

This paper introduces a modeling framework for electric and hybrid propulsion systems and
presents a comprehensive set of stability analyses with onboard experimental validations. In …

DC shipboard power distribution offers several advantages over conventional AC-based
solutions and nowadays a large amount of research activities is underway to accomplish an …

The dc microgrid loads that are power electronics-based often behave as constant power
loads (CPLs). DC grid destabilization could occur during load power changes or bus voltage …

In recent years, direct current power distribution and DC microgrids have gained popularity
for a wide range of applications. However, unlike typical AC systems, DC systems must still …

International maritime transport has a non-negligible impact on greenhouse gas emissions.
It is in fact responsible for about 2-3% of global greenhouse gas emissions and constitutes …

More and more naval ships use energy storage systems for the transition towards zero-
emission technologies. Those hybrid ships are gaining ground because of the integration of …