In modern dc shipboard microgrid (SMG) systems, the propulsion motors and hotel loads are
always supplied through tightly regulated point of load converters, which behave as constant …

摘要由于直流微电网中的分布式发电具有随机性和波动性等特点, 储能单元的配合可较好地解决
这一问题. 但是, 现有基于直流母线电压信号的分层控制未充分考虑多储能单元的协调以及孤岛 …

It is well known that the interaction between cascaded individually designed power
conversion systems can cause instability. To overcome this issue, a Hamiltonian energy …

Power to the ac loads in a dc microgrid is mostly provided by point-of-load (POL) converters
with integrated input LC filters. However, the interaction between the LC filter and POL …

Switching power converters are integral in various applications like transportation and
renewable energy. After their design, ensuring stable closed-loop poles is critical to maintain …

This article introduces an adaptive Hamiltonian energy control strategy for the proposed
Fuel Cell (FC) hybrid power electronics architecture. The proposed controller with added …

Hybrid energy storage system (HESS) is effective to compensate for fluctuation power in
renewables and fast fluctuation loads in DC microgrids. To regulate DC bus voltage, a …

The dc systems consisting of power electronic converters always suffer from various stability
problems, and the mixed potential theory (MPT) has been widely applied to study these …

The main challenges of the input current control in synchronous DC-DC buck converters are
the nonlinear model of the system, changes of the operating point in a wide range, and the …

This paper introduces an adaptive Hamiltonian energy control strategy for the proposed fuel
cell hybrid power electronics architecture. The proposed controller with added integrator …