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

Current source topologies have several advantages compared to conventional voltage
systems. Their inherent voltage-boosting function, intrinsic short-circuit protection, no …

Controlling voltage, frequency, and current in an islanded microgrid is a challenging
problem because the distributed generation sources, stochastic and intermittent in nature …

In this paper, the control problem of microgrids (MGs) operating in islanded mode is
approached from a passivity-based control perspective. A control scheme is proposed that …

This brief addressed the control design problem for a bilinear dynamical system with two
approaches. The first approach is proportional-integral passivity-based control theory (PI …

En este trabajo se aborda el problema de control de Microrredes de potencia desde la
perspectiva del Control Basado en Pasividad. Se presenta un esquema de control interno …

This paper addresses the problem of sinusoidal voltage generation in linear loads using a
voltage source inverter (VSI). The port-Hamiltonian structure in open-loop is used to design …

The existing power systems suffer from numerous challenges resulting from the imbalance
between the supply and the load. Load Frequency Control (LFC) is a mechanism designed …

This paper examines a novel robust polynomial decentralized control scheme for islanded
DC MicroGrids with saturation constraint. The investigated MicroGrid system consists of a …

This paper presents an adaptive control strategy for solving multi-player noncooperative
differential games with dynamics modelled as general nonlinear input-state-output port …