Model predictive control (MPC) is a well-established approach for applications using grid-
connected inverters. However, because the MPC is a model-based method, its performance …

This paper proposes a smart grid state estimation and stabilisation algorithm. It relies on the
principle of Bayesian filter structure where the smart grid state information is estimated in an …

A robust control scheme for the power electronic converter interface of grid-connected fuel
cell distributed generators is presented. The scheme enables them to operate under various …

A robust control scheme with low-voltage ride-through ability is presented for grid-connected
photovoltaic converters that operate under harsh conditions such as voltage sags and …

The paper presents the design of a current control system of a grid-tied converter which
provides high dynamic in transients states and symmetrical sinusoidal currents under …

A novel low‐voltage ride‐through capable energy management control system is proposed
for a grid‐connected hybrid photovoltaic‐fuel cell power source. The scheme is designed to …

This paper presents the application of the Virtual Reference Feedback Tuning (VRFT)
method to the control of UPS systems. The VRFT method is a data-driven method which is …

The paper describes two main approaches of periodic control under variable frequency
conditions: frequency adaptive multioscillatory control (FAMOSC) and fractional delay …

This article presents a strategy for minimizing neutral current in distribution microgrids using
electric spring-based smart loads. A dual loop control scheme is proposed–the outer loop …

Due to the rapid drop in peak dc-link voltage (PDV) caused by environmental changes, as
well as the majority of loads being naturally nonlinear, the output voltage of the microgrid …