Four-switch buck–boost converter supports both voltage step-up and step-down
functionalities, but it suffers from mode transfer challenge that would need reliable mode …

Nowadays, various sliding-mode control (SMC) methods have been successfully applied to
the digitally controlled grid-connected inverter (GCI) with an LCL filter. However, how to …

Galvanic isolation based high-frequency transformers have become very attractive in
bidirectional dc/ac converters. This paper presents a new pulse width modulation (PWM) …

Wind power technology can contribute to the distribution system by regulating its active
power output to enhance the system reliability. Additionally, it could be economically …

This paper presents a frequency-adaptive current control design for a grid-connected
inverter (GCI) with an inductive-capacitive-inductive (LCL) filter in the presence of grid …

Finite control set model-based predictive control techniques are distinguished by being an
interesting alternative to traditional field oriented control techniques for multiphase drives …

This article focusses on power quality issues related with the operation of a wind energy
conversion system employing a doubly fed induction generator (DFIG), integrated with a …

Several control strategies have been proposed with the aim to get a desired behavior in the
power converter variables. The most employed control techniques are linear control …

The article elaborates on the mathematical modeling and control structure design of a grid-
connected back-to-back voltage source inverter with a complex dc link and an LC filter for …

This article presents an alternative finite control set model predictive control (FCS‐MPC)
implementation to reduce the input current ripple of a two‐level three‐phase grid‐connected …