The penetration of dc distributed power systems is increasing rapidly in electric power grids
and other isolated systems to cater demand for cheap, clean, high quality, and uninterrupted …

A consistent framework for robust linear quadratic regulators (LQRs) control of power
converters is presented. Systems with conventional LQR controllers present good stability …

DC microgrids may have time-varying system structures and operation patterns due to the
flexibility and uncertainty of distributed resources. This feature poses a challenge to …

In this study, an extended Lyapunov-function-based control strategy that assures global
asymptotic stability is proposed for single-phase UPS inverters. The Lyapunov function is …

In this study, a fast terminal sliding‐mode control scheme is proposed as a new approach for
the voltage tracking control of the DC–DC boost converter affected by disturbances, such as …

This paper aims to present a robust passivity-based control (PBC) strategy to solve the
instability problem caused by the constant power loads (CPLs) in dc microgrid systems. This …

This work presents an analytical study and an experimental verification of a robust control
design based on a linear matrix inequalities (LMI) framework for boost regulators. With the …

A low-capacitance static compensator (LC-StatCom) based on a cascaded H-bridge (CHB)
multilevel converter can be an efficient and low-cost solution for reactive power …

A Lyapunov-based control scheme for single-phase single-stage grid-connected
photovoltaic central inverters is presented. Besides rendering the closed-loop system …

In this paper, the power electronic interface between a DC hybrid power source with a
photovoltaic main source and a Li-ion battery storage as the secondary power source is …