Facing the critical challenge in coordination control and uncertainty encountered in leader–
follower multi-agent systems, this study proposes a new adaptive backstepping sliding mode …

Digital Twin (DT), integrating some current popular technologies, such as smart sensors, 5G
communications, cloud platforms and big data analysis, is an integrated multidiscipline, multi …

As high-order nonlinear large-scale systems, wind farms composed of multiple wind turbines
(WTs) need to adopt active power control (APC) to track the power set points, rather than the …

In this paper, the control of a PMSG (permanent magnet synchronous generator)-based
variable-speed wind turbine system with a back-to-back converter is considered. The …

A fast adaptive back‐stepping terminal sliding mode power control strategy for both the rotor‐
side converter and the grid‐side converter of doubly fed induction generator (DFIG) is …

It is difficult to measure the wind speed accurately in short term. This reveals challenges for
wind turbine control, especially for maximum power point tracking with adaptive control …

Dual rotor wind turbines have higher efficiency and they can harvest more energy compared
to single rotor wind turbines. In this study a counter-rotating dual rotor wind turbine with …

In this paper, an adaptive interval type-2 fuzzy controller is proposed for variable-speed and
variable-pitch wind turbines. Because of attractive features of the well-known wind turbine …

The emergence of wind turbine systems for electric power generation can help satisfy the
growing global demand. To maximize wind energy captured in variable speed wind turbines …

To pave the way for higher penetration of wind turbines in the power grid, it is necessary to
improve efficiency of wind energy conversion systems in terms of production rate …