In recent years, in response to increasing environmental concerns, advances in renewable
energy technology and reduced costs have caused a significant increase in the penetration …

Model predictive control (MPC) is a powerful and widely used technique to address the
control challenges in power converters as the grid interface for renewable energy systems …

This article presents a stationary reference frame implementation of the predictive repetitive
controller under ideal and nonideal stator voltage conditions. Thanks to the combination of …

Grid-connected PV inverters require sophisticated control procedures for smooth integration
with the modern electrical grid. The ability of FCS-MPC to manage the discrete character of …

Robust predictive control is presented in this article using a three-vector modulation for a
grid-connected three-phase inverter. The aims of this article are proposing a robust …

This paper presents an improved current control strategy for a three-phase voltage source
converter connected to distorted grid. The proposed controller can successfully compensate …

The advanced control technique Model predictive control (MPC) is gaining popularity in
power electronics for converters with distributed energy resources. It combines closed-loop …

The monitoring and control of renewable energy sources are extremely important to
guarantee the operability of the system and the quality of the energy generated …

Predicting, controlling and distributing energy in an efficient way represents and will
represent one of the most critical points for the future of our industrial societies. In general …

Model Predictive Control (MPC) combines the characteristics of several advanced control
strategies and has gained space in power converter applications, such as grid integration of …