Hmm... I believe that's known as "
poisoning the well." Okay, let's see what NREL has to say:
http://www.nrel.gov/docs/fy04osti/35172.pdf...
The stochastic nature of the wind resource causes fluctuating loads on the wind turbine blades. These cyclic loads contribute to fatigue damage. The average lifetime of a wind turbine is expected to exceed 20 years, but fatigue damage accumulation can significantly reduce this lifetime. In the early 1980s, very large multi-megawatt machines designed for a 20 year operational lifespan often failed within months of being deployed as a result of not accounting for turbulence induced loads in the design (Robinson 2003). The ability to predict wind loads that contribute to fatigue, then, is critical in the design of wind turbines.
...
They go on (for some 100 pages) to talk about how to mitigate these problems.
Just as with nuclear reactor technology, wind turbine technology advances and just as with nuclear reactors, some designs are better than others. The big difference is that a poorly built wind turbine may throw metal hundreds of meters, whereas a poorly built nuclear reactor may send radiation hundreds of miles.