In the literature, one can find a lot of methods and techniques employed to estimate single
diode solar photovoltaic (PV) cell parameters. The efficiency of these methods is usually …

Departing from analyzing a general input-saturated second-order system, a Lyapunov-
based constructive procedure for the output-feedback stabilization of the constantly …

In this paper, a passivity-based control combined with sliding mode control for a DC-DC
boost power converter is proposed. Moreover, a passivity-based control for a DC-DC boost …

This study utilizes inverse optimal control (IOC) theory to address the issue of output voltage
regulation in a boost converter feeding an unknown direct current (DC) load. The proposed …

The problem of the output voltage regulation in a DC-DC boost converter feeding a DC
microgrid is addressed in this research via the passivity-based control theory with a …

Purpose To design, control and evaluate photovoltaic (PV) systems, an accurate model is
required. Accuracy of PV models depends on model parameters. This study aims to use a …

The retrofit of the energy system leads to new challenges for the control of power electronic
devices. To account for parametric uncertainties of passive elements, or unknown ambient …

This paper presents some use of reduced order observers for two classes of chaotic
systems. The first class includes rod-type plasma torch and Arneodo systems and the …

The linear quadratic regulator with integral action (LQI) method is used in this paper to
control DC-DC boost converter. The LQI controller around the operating point of the system …

This study utilizes inverse optimal control (IOC) theory to address the issue of output voltage
regulation in a boost converter feeding an unknown direct current (DC) load. The proposed …