In wind energy conversion power system, some sensor and actuator fall into abnormal
condition which may lead to lower wind energy utilization rate and poor system performance …

The participation of wind energy brings new challenges to the networked power systems.
Now, more network nodes compete for limited communication resources. Considering the …

This paper presents a wind farm power support based collaborative emergency control
strategy to guarantee the stability of the post-fault power systems. Firstly, the mathematical …

In this paper, a novel robust fault-tolerant control scheme based on event-triggered
communication mechanism for a variable-speed wind energy conversion system (WECS) …

The increasing penetration level of wind power brings a number of challenges to power
system operations. Voltage/reactive power control is an important task of a wind farm to fulfill …

Due to the poor accessibility, poor operating conditions, high failure rate, long maintenance
time, and difficult maintenance of wind hybrid generators, the economic loss is huge once …

This article considers the distributed resilient cooperative control for photovoltaic generators
(PVs) suffered from two types of denial-of-service (DoS) attack, where the global DoS attack …

In wind-integrated power systems (WIPSs), denial of service (DoS) attacks bring about time
delays and packages dropout in system data transmission, it may even deteriorate system …

High reliability and availability are crucial for cost-effective operation of any wind farm. In this
regard, effective schemes for fault detection, diagnosis and accommodation need to be …

Cooperative fault management (CFM) is designed herein to control different types of
renewable energy resources cooperatively during electrical faults. This paper studies …