Abstract Medium Voltage DC (MVDC) distribution Power Systems for all-electric ships (AES)
can be regarded as functionally composed of three subsystems, namely the power sources …

Integrated Power Systems (IPS) with DC distribution require the massive use of power
electronics for many tasks: 1) the output voltage rectification of generators and the …

This article gives an overview of challenges in primary distribution, protections, and power
scalability for shipboard dc systems. Given that dc technology is in development, several …

The increase in the popularity of the medium voltage dc (MVDC) electrical distribution, as a
possible evolution of the medium voltage ac (MVAC) electrical distribution for the ship …

The medium-voltage dc (MVDC) distribution system is a new shipboard power distribution
technology that has been extensively discussed and studied by many shipbuilding …

How can the large power needs of future electric ships for propulsion, radar, and weapons
systems be met given the prohibitive size and weight of the required number of standard 60 …

This article presents the state-of-the-art review of high-conversion high-voltage (HCHV) dc-
dc converters for a modern aerial vehicle's power distribution system. Higher dc bus …

In the last decade, the increasED performance, improving efficiency, and decreasing cost of
electronic power converters have spurred the rediscovery and proliferation of dc power …

Marine high-power on-board electrical systems are predominantly utilizing three-phase
medium voltage alternating current (MVAC) distribution. Depending on the size and purpose …

The AC power systems on navy ships use circuit breakers based on traditional commercial
technology. New naval power systems employ higher voltage DC distribution and use solid …