Low voltage dc microgrids have been widely used for supplying critical loads, such as data
centers and remote communication stations. Consequently, it is important to ensure …

As the emergence of large-scale offshore wind farms (WFs), how to reduce the high cost of
them has become a critical problem. One way is to decrease the maintenance cost, another …

The central thesis of this paper is the implementation of an optimized Sliding Mode Control
to a high power multiphase permanent magnet synchronous generator based direct-driven …

This paper presents nonlinear bacNstepping control for Wind Power Generation System
(WPGS) based Permanent Magnet Synchronous Generator (PMSG) and connected to utility …

Maximising the power production of offshore wind farms using proper control strategy has
become an important issue for wind farm operators. However, the power transmitted to the …

Due to the increased penetration of wind energy into the electrical power systems in recent
years, the turbine controls are actively occupied in the research. This paper presents a …

This study proposes a direct torque control (DTC) and variable structure (VS) scheme for
grid connected variable speed wind farm (VS-WF) based on the permanent magnet …

This study presents a control scheme of the electronic interface of a grid connected Variable
Speed Wind Energy Generation System (VS-WEGS) based on a Permanent Magnet …

This paper proposes a nonlinear control approach for an electrical network connected
variable speed wind energy system (VS-WES) based on a permanent magnet synchronous …

The large-scale penetration of wind power helps to reduce carbon emissions and protect the
environment. However, the generations of wind power are random and intermittent. It …