Tidal current turbine, as an effective technical means to contribute to all around the world
achieving targets for reducing greenhouse gas emissions and the production of renewable …

This article proposes a fault-tolerant finite control set model predictive control for a five-
phase permanent-magnet (PM) motor drive, which offers reduced computation burden and …

Scope for of research publications on ocean current energy has increased, resulting in high
innovation from ocean energy technology and available models for numerical equations in …

Renewable Energy Systems have been in the spotlight of the academic and industrial
research for more than two decades, thanks to the development of several fields related to …

Blade imbalance fault caused by the marine organisms is considered as the most important
fault in marine current turbines. Therefore, it is important to detect the fault accurately and …

Tidal power has become the focus of research and development where a grid-connected
tidal turbine-based permanent magnet synchronous generator (PMSG) via power converters …

This study mainly investigates the current and speed control strategies of a doubly-fed
induction generator (DFIG), which is applied to a tidal stream turbine (TST). Indeed, DFIG …

The coaxial rotor structure presents significant potential for the development of tidal turbines.
In order to study the effect of the number of front and rear rotor blades on the hydrodynamic …

This paper deals with the resilient control of a permanent magnet synchronous generator-
based tidal turbine subjected to magnet failures. In this context, a magnetic equivalent circuit …

This paper presents a contribution related to the control of nonlinear variable-speed marine
current turbine (MCT) without pitch operating below the rated marine current speed. Given …