Shipboard integrated power systems (SIPSs) are usually equipped with multiple pulsed
power loads (PPLs). In complex scenarios with strict operational requirements, the …

Shipboard power systems are evolving into sophisticated networks with automated
protection and predictive control infrastructure. The need for real-time fault monitoring and …

This paper proposes a new deep learning-based framework for fault detection, classification,
and location identification simultaneously in shipboard power systems (SPS). Specifically …

All-electric warships require high power-dense distribution system to power-advanced
weapon loads. Medium-voltage dc (MVdc) power distribution is well suited to fulfill this …

Efficient vessel operation may reduce operational costs and increase profitability. This is in
line with the direction pursued by many marine industry stakeholders such as vessel …

Faced with the challenges of potentially irreversible damage due to instantaneous large
pulsed power loads onboard, considering all-electric ship's small power grid capacity and …

Because of the growing environmental effects of ship pollution and the ever-tightening
preventive laws, the use of all-electric ship propulsion technology for greener marine …

The shipboard power system (SPS) composed of multiple zones including both AC-SPS and
DC-SPS has become the development trend of all electric ships (AES). In order to cope with …

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 …

Maintaining electrical grid stability and reliability requires the rapid diagnosis and
classification of faults in power distribution systems. This study presents a hybrid model that …