Current trends in Naval shipboard power system architecture indicate that the electrification
of future warships is inevitable, and it will be equipped with loads that draw periodic pulsed …

Dc loads are increasingly used in electric ship power systems supplying a larger amount of
power electronic loads. The need for load monitoring and fault detection in dc microgrids …

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 …

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 …

Next generation warships require energy dense distributions to power advanced weapon
and sensor loads on the horizon. Medium-voltage dc distribution is well-suited to provide …

As the grid becomes smarter, the need to accurately detect, predict, and classify waveform
phenomena is growing. When it comes to detecting high-frequency behaviors, ie transients …

A microgrid can be subjected to various unexpected events, such as sudden loss of
generation/load demand, faults, maloperation of capacitor banks, etc. To take appropriate …

Extensive deployment of power electronic loads in naval ship power systems indicate full
ship electrification is inevitable. Next generation warships require high power density …

As the grid becomes smarter, the need to accurately detect, predict, and classify waveform
phenomena is growing. When it comes to detecting high-frequency behaviors, ie transients …