Many nonlinear physical phenomena, including various power systems, can be modeled,
analyzed, and controlled using the framework of port-Hamiltonian systems. Moreover, this …

ZIP loads (the parallel combination of constant impedance loads, constant current loads and
constant power loads) exist widely in power system. In order to stabilize buck converter …

Hierarchical architectures stacking primary, secondary, and tertiary layers are widely
employed for the operation and control of islanded dc microgrids (dcmGs) composed of …

Based on the port-Hamiltonian framework, this paper proposes a novel control scheme for
stabilising the voltage in DC networks affected by (i) unknown ZIP-loads, ie, nonlinear loads …

In this paper, we propose novel control schemes for regulating the voltage in Direct Current
(DC) power networks, where the loads are the superposition of time-varying signals and …

In this letter we propose a new passivity-based control technique for Buck converter based
DC microgrids comprising ZIP-loads, ie, loads with the parallel combination of constant …

In this brief, the problem of voltage regulation of buck converter with a class of nonlinear
loads is addressed by using an adaptive energy-based controller. It is noted that the existing …

Motivated by current sharing in power networks, we consider a class of output consensus
(also called agreement) problems for nonlinear systems, where the consensus value is …

We present a general framework for the control of a direct current (DC) microgrid with star
topology (a common DC bus) consisting of renewable sources of energy, loads, and storage …

We consider the problem of ensuring stability in a DC microgrid by means of decentralized
conditions. Such conditions are derived which are formulated as input–output properties of …