Looks expensive. The grey ones are the broken ones.
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Has anyone investigated the consequences of all the sunlight that’s leaked into the environment because of this disaster? What sort of clean up are we looking at and how long will it take?
The effect on the local goth population will be devastating.
The problem when photon containment breaks like this is that we can never be 100% sure which photons were SUPPOSED to be there, and which ones leaked out. We’ll need a dedicated team of particle physicists with very small tweazers to have any hope of sorting out this mess.
All the people arguing for nuclear, are you sure Texas is best place to handle that? I’m fine with nuclear as long as they have a reasonable plan to store the waste, but Texas is horrible at managing anything energy related.
Tbh, I think America in general might be a little too obsessed with personal freedom for us to transfer the entire country over to nuclear energy.
Successful nuclear programs require actual collective work for long term viability. We would need to actually give administrative powers to an agency like the nuclear regulation commission that supercedes the authority of individual states.
Otherwise its just going to be like 30 years of ironing out NIMBY state legislation before anything gets built, just like the deep storage facility we’ve been “building” since the 80s.
My 200W panel just got slammed camping over xmas and not a spot of damage on it—its made to have some sort of protection from hail strikes. Meanwhile the 4×4 got smashed windows and dents all over.
Wow that’s a huge hail ball! I get excited when they’re marble-sized.
It might have cracks in the silicon crystal that might burn in over time.
But yeah, impressive that it could take this big of hail balls without braking the glass.
What is “4000ac”?
Okay, but if this was a nuclear power plant we’d have a second Fukushima on our hands.
Placing hardware cloth or similar over the panels with a couple inches of stand-off should prevent most any damage from even lege hail. It will probably reduce sunlight by a few percent across the entire field, but considering the storms Texas gets it would likely be worth it in the long run instead of having most of an entire farm wrecked.
But then Texas isn’t big on protecting their power sources from environmental impacts, are they.
How strong that cloth and attachment would need to be to survive gusts from a storm that’s capable of generating such big hail?
Hardware cloth is metal mesh, so any wind strong enough to remove it would have long since destroyed the panel it was attached to thanks to the surface area of the panel. The standoffs would probably need to be “L” tabs or similar arranged in a grid across the face of the panel. Heck, just erecting a screen over the entire field would probably be better and cheaper than doing individual panels, but a field-size cover would probably end up with needing higher strength posts to mount it because of the greater drag over surface area. That said, I’m not an engineer, so the most efficient and effective method of protection is going to have to come from someone with more knowledge than my guesswork.
Utility scale photovoltaics just seems like a bad idea.
Why do you say so?
Because he’s paid to.
Don’t tread on my private infrastructure!!
