This article presents a review of coordinated control strategies, stability analysis, and fault
management for dc shipboard microgrids (dc-SMGs). As an emerging application, the dc …

Large disturbance scenarios, such as pulse power load operation and load switching are
commonly seen in the operation of dc microgrids. The mixed potential theory-based large …

As the crucial interface of renewable energy integration, the stable operation of power
converters under grid faults and external disturbances has become much more important …

This article presents a model predictive self-healing control (MPSC) scheme for battery
system interfaced dual active bridge (DAB) converter in navy ship power system (NSPS) with …

Maritime applications have found in the integration of the electric power system a way to
further improve efficiency and reduce the weight of new electric ships. This movement has …

Multiple pulsed loads arise in all-electric ship power systems, which consume an enormous
amount of energy in a short time. Moreover, pulsed load requirements may change rapidly …

This paper proposes a novel model predictive controller to minimise the effect of unknown
pulsed loads on the DC microgrid (MG) side of shipboards. It is assumed that the level of the …

摘要对高阶非线性直流微电网进行简化建模是大信号稳定性分析的有效方法,
传统简化模型主要关注LC 滤波器和线路阻抗等参数, 难以分析换流器控制参数的影响 …

The stability of an integrated power system (IPS) with pulse load involves both the trend of
change in the system state during the whole period and the problem of whether to cause an …

The electrical grid of shipboard power systems has transformed into a variety of microgrid
structures, including DC, AC, and hybrid DC/AC with the introduction of new energy …