In recent years, there has been an interest increase in smart maintenance within the
shipping sector due to the benefits and opportunities associated with its implementation …

Future Naval Advanced Weapon and sensor loads require high power density power
electronic distribution systems (PEDs) to be viable. The mission-defined electronic loads …

The existing rolling bearing fault diagnosis method based on the deep convolutional neural
network has the issues of insufficient feature extraction ability, poor anti-noise ability, and a …

Ensuring the durability of high-voltage (HV) cross-linked polyethylene (XLPE) cable
insulation requires vigilant cleanliness maintenance during production to mitigate impurities …

Next generation warships require energy dense distribution to power advanced weapon and
sensor loads. A particularly concerning issue is that these advanced pulsating loads draw …

Nonintrusive load monitoring in smart microgrids aims to obtain the energy consumption of
individual appliances from the aggregated energy data, which is generally confronted with …

Extensive deployment of power electronic loads in Naval ship power systems indicate the
inevitable full ship electrification. Many Naval loads draw pulse power with a rapid and large …

Many of the new electronic loads being placed on Naval ships draw pulsed currents with a
rapid and large transient from the dc power system. This creates difficulty in distinguishing …

As power electronic loads become integral in naval ship power system, full ship
electrification is inevitable; however, many power loads draw power with a rapid and large …

Background: Fast and reliable fault detection methods are the main technical challenges
faced by photovoltaic grid-connected systems through Modular Multilevel Converters (MMC) …