Structural Control and Fault Detection of Wind Turbine Systems
Electricity plays a very important role in the human life, and how to generate it by effective methods is an interested case for the scientists all over the world. Wind-energy deployment through wind turbines has attracted global interest in recent years; for instance, according to The World Wind Energy Association the worldwide wind energy reached a capacity of 254,000 MW in June 2012 [1]. And, this capacity follows an increasing trend due to the high environmental and political impacts of the wind-energy production.
Currently, most large wind turbines around the world are installed on land with sparse population and vast land. However, in many countries, most inhabitants are concentrated in places along coastlines where land is scarce and power is in high demand. Therefore, utilizing offshore wind resources is more beneficial which will both reduce electricity transmission loss and reserve more land space for people, animals and plants.
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