This study addresses the critical issue of enhancing the reliability of large-scale wind
turbines in the presence of simultaneous pitch actuator faults. To do this, a fault-tolerant finite …

Large-scale wind turbine systems (LS-WTSs) are vulnerable to cyber threats due to their flat
control network topology, fragile protocols, and remote locations. To solve these security …

The monitoring of wind turbine (WT) systems allows operators to maximize their
performance, consequently minimizing untimely shutdowns and related hazard situations …

To reduce the significant economic losses caused by the fault deterioration of wind turbine
generators, it is urgent to detect and diagnose the early faults of generators. The existing …

Wind farms have gained wide attention due to unlimited resources and clean energy.
Considering that wind turbine systems are always in harsh conditions, subsystem failures …

The widespread adoption of the Internet of Things (IoT) has transformed various sectors
globally, making them more intelligent and connected. However, this advancement comes …

The problem of energy depletion has brought wind energy under consideration to replace oil-
or chemical-based energy. However, the breakdown of wind turbines is a major concern …

This study proposes an innovative approach specifically devised for discriminating faults
and replay attacks in the context of hybrid system, significantly advancing cyber-physical …

In this paper, the fault detection and isolate problem is investigated for the pitch system of
floating wind turbine. In the addressed system model, the system noises and measurement …

The operation mode of wind turbines becomes more challenging because they are exposed
to environmental factors and operating conditions for extended periods. Optimizing their …