How do you minimize the effects of weather on Wind generation? Too warm they can't produce enough electricity. Too cold same thing. Too windy wind turbines must be shut down. They plan to put turbines in the Gulf Of Mexico. How do you make sure they don't get tore up by Hurricanes? Most oil platforms can be moved out of harms way. Are they planning on wind generation being portable?
The fixed offshore oil & gas platforms I've worked on couldn't move out the way of bad weather, and I very clearly recall running reduced level production during a hurricane event, and being shut down due to extreme weather occasionally. The Texas ERCOT outages last year were mostly due to oil & gas facilities not being able to handle the cold weather. The floating offshore oil & gas stuff I've worked on couldn't function when pulled off station either. I've seen shutdowns caused by both hot and cold weather, and by wind, and other stuff (rain, flooding, civil unrest, etc) in my oil & gas years.
The first point being that us engineers design & operate equipment of this nature to be economically viable. Generally, for most things, that means designing to survive extreme weather events, but not produce during those events. And for severe (but not extreme) weather events generally the kit can be operated in a reduced output mode.
With wind turbines and their associated bits and pieces it is no different. The design requirements are very clearly set out in terms of both normal and extreme weather conditions. There are very clear international (and in some countries, national) standards on this, just as there are in the oil & gas sector. And for that matter, just as in solar or in hydro. Again I've worked on - designed and operated, and written the standards - all this stuff.
And at system design levels, i.e. aggregating the oil & gas, nuclear & coal, wind & solar, storage & diesel, and etc the overall systems are designed to work together to give stability to users. Clearly there is a trade off. Generally the more money invested in a given system the better performance it can deliver in terms of overall reliability. The less the politicians and vested interests meddle the better engineers can do their thing. As an example one reason the ERCOT problems are so bad is because politicians and vested (oil & gas) interests have meddled with the rules such that Texas/etc are only weakly connected to the adjacent grids, and so the adjacent grids can't help out much when Texas/ERCOT get into trouble. These ERCOT grid interconnections are much weaker than an engineer would ordinarily design, they have been deliberately crippled and weakened by political interests. Humans do this stuff to each other ...
The second point being that those of us who do this stuff are not newbies. This is not our first rodeo and we've pretty much seen it all before, and know how to go about it in a responsible manner as professional engineers.