Added at bottom, photos of 1992 Turkey Point serious damage to critical systems. This storm was around 140MPH, Irma may be 200. The way wind power works is a squared law. Irma will be twice as strong.
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I am reviewing the NRC Flooding Analysis post Fukushima. Initial review is concerning.
Lessons learned from Hurricane Andrew in 1992
https://www.nrc.gov/reading-rm/doc-collections/gen-comm/info-notices/1993/in93053.html
Hurricane Andrew Hit Turkey Point 1992. There were a ton of "lessons learned" generated in a letter, but not implemented. The nuclear cartel has captured the NRC and the NRC has no balls to force them to shut down now.
Some very serious problems were close to happening, like a stack damaged and falling on the generator building, loss of that building would lead to a meltdown, a Fukushima.
The on site water tank collapsed onto the fire water system, destroying it. Any plant fire would not have been put out, and the result….a meltdown, a Fukushima
The number 1 concern of the NRC was the timing of the shutdown, the longer it is shutdown, the safer it is due to heat generated by half-lives and heat removal.
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Video of Irma -- What could possibly go wrong at a nuke plant
They have several flooding scenarios, one is LIP (Locally Intense Precipitation) another is the PMSS (Probable Maximum Storm Surge).
They store emergency equipment in other buildings as part of a FLEX strategy. These systems need retrieval, movement, and installation in order to work. This is not at all realistic during a flood. See the green highlights, they are hanging their hats on the flood going completely away in 75 minutes. SERIOUSLY!
Then they are planning to bring a large generator from another building and install it. AGAIN, in an emergency and a flood, they are not going to be able to accomplish this work. The gensets should be in place and ready to go!!!! Not to be installed during a flood! This borders on insanity
The Component Cooling Water (CCW) area is super important because if you can't cool the reactor and associated equipment, you can have a meltdown, think Fukushima. The Turbine building is also super important, it "houses" the Critical Auxiliary Feedwater (CAF) Pumps which cool the reactor directly in an emergency. But not to worry, the owner of the plant says these CAF pumps are 7.5 INCHES higher than the expected flood levels, so no further protection is needed. And the Lap Dog NRC "agreed" with the owner.
Amazingly, in an area subject to Hurricane flooding, and a steady attack of salt air, both critical "structures" are open air, they don't even have walls to protect the equipment. See Salmon colored highlight.
Amazingly though, since 1980, they reduced the maximum flood level. It used to be 22.5 MLW 
In the NRC report below, their 2016 design basis HAS BEEN REDUCED to 17.3 feet still water, and 19.1 feet with waves. Wow cool, 200 MPH winds and only generating waves of 1.8 feet.
Then they back it down again, see the blue highlight below.
https://www.nrc.gov/docs/ML1714/ML17143A034.pdf
I wonder if they even have food and water for a few days. South Texas Nuclear forced one of its workers to drive through flood waters to get food because they ran out after not even 2 days.
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As we saw in Texas, they kept the Nuclear Plant at 100% Power even though predicted flooding was higher than their design basis for the Nuclear Plant.
Now the stronger Irma is predicted for a direct hit on both nuclear plants in Florida. The captured NRC does not have the balls to demand a prompt shutdown.
I have made contact with both plants and asked them if they have a definite time-frame that they will shut down for safety. Neither one has responded as of 30 minutes ago.
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Model link
https://www.windy.com/?2017-09-10-18,25.289,-80.381,9,m:enradVj
From our Friends at All Things Nuclear
The fire protection system at the plant was disabled when winds knocked a high tower tank onto a 500,000 gallon tank containing water for the fire protection system. Figure 2 shows the blue base of the high tower tank (B) and the green walls and siding of the demolished water tank (A). Figure 3 shows the red fire protection system piping snapped in two when the high tower tank smashed the 500,000 gallon tank. The high tower tank was intended to supply water by gravity feed for fighting fires while the tank held water that diesel-driven and electric-motor-driven fire pumps could deliver for fire fighting.
Figure 2
Figure 3.
In addition, the winds severely cracked the exhaust stack on the Unit 1 oil-fired plant. Figure 4 shows a close-up of the cracked exhaust stack. If’ the damaged stack had fallen, it could have landed on the building housing the emergency diesel generators for the nuclear units. Considering that the diesel generators were the only source of ac power at the plant for several days, it was extremely fortunate that the leaning stack of Turkey Point did not fall.
Figure 4
Our Takeaway
A nuclear plant should be designed to withstand the forces of nature expected at its location. Hurricanes with winds up to 175 miles per hour occur in south Florida. A good design would not have high winds disable the fire water system and seriously challenge the backup power system. It’s just wrong to design the emergency diesel generator building to withstand high winds but construct it within falling distance of a heavy stack likely to be toppled by high winds.
