Distributed generators have been widely used in modern power systems, and microgrids are
becoming a key concept for the integration of multiple distributed generators and clusters of …

Along with the power electronics widely applied in the power systems, the control
performance of power electronic system plays an important role in the modern power …

DC–DC power supplies are playing significant role in different domains of engineering
applications. Some converters such as boost, buck‐boost, and fly‐back have a right‐half …

A non‐isolated bidirectional DC–DC converter is presented in this study. The configuration
of the proposed converter is simple. The voltage gain of the proposed converter is higher …

In this study, a novel Lyapunov function-based robust nonlinear proportional–integral (PI)-
type controller for regulating the output voltage of the direct current to direct current (DC–DC) …

In this study, a novel approach for dynamic modeling and closed-loop control of hybrid grid-
connected renewable energy system with multi-input multi-output (MIMO) controller is …

The output voltage tracking problem of a disturbed buck converter is investigated in this
paper via a GPI observer-based approach. Control performances of the converters are …

In this study, a new proportional–integral‐type hyper‐plane sliding mode controller has
been designed for output voltage control of the DC–DC buck/boost converter for its …

In this paper, a new backstepping-based nonlinear technique for control of photovoltaic
systems in DC islanded microgrids (MGs) is proposed. In contrast to most existing droop/non …

The conduction modes of the quadratic boost converter are explored in the context of high-
dc-gain applications. A complete analytical description of the steady-state behavior of the …