Grid-connected converters (GCCs) are used extensively for the integration of DC power
sources with AC power sources. However, since it is a complex topic, there are many …

The increasing penetration of renewable energy systems into the global energy matrix is a
necessity for sustainable development. The benefits impact the well-being of humanity and …

The performance and stability of adaptive controllers is highly dependent on its parameter
initialization. For non-expert designers, the parametrization of these controllers can be …

This paper presents a new robust adaptive controller, totally developed on discrete-time.
This controller is composed by two control structures: a Robust Model Reference Adaptive …

Grid-connected converters are uncertain time-varying systems, whose controllers must deal
with the relevant inductive content and high harmonic distortion of the sampled voltages …

This paper presents an Optimal Robust Model Reference Adaptive Proportional–Integral
controller for grid-tied power systems, which is automatically parametrised using a Genetic …

This paper presents the development of a discrete-time Robust Adaptive One Sample
Ahead Preview controller, based on the combination of a Robust Model Reference Adaptive …

In this paper, the discrete-time Lyapunov stability analysis of a Robust Model Reference
Adaptive PI (Proportional-Integral) Controller is presented. The mathematical development …

Distributed generation is an effective solution to clean, reliable, and cost-efficient energy
supply. In this framework, inverters play a key role as energy converters. Accordingly, this …

This paper proposes a comparative performance analysis between two robust adaptive
controllers grounded on Robust Model Reference Adaptive Control (RMRAC) and Sliding …