How do the solar panels dissipate the heat...
The same way they absorbed it in the first place would be my guess, by radiating it from the shaded side of the panel. Mind you, that's just a guess.
Radiating it from the shaded side panel? Let me try and explain something. You do realise how THIN those panels are, right? You can also appreciate that if they were up in space as we are told... and heated; then there would be no real benefit to a shaded side, because the heat would be intense on both sides, ask your chicken in foil.
Saying it's the same way as it was absorbed is not an answer and you know it. This is clearly something that even you have to seriously question. Don't just go into immediate denial mode to hang on to your space dream, get it questioned.
A quick search and read shows that I was pretty much on the money. One side of the solar panel is exposed to the sun, the other side (in the shade) is exposed to a temperature of about 4K (very, very cold). Think of it like putting an aluminium boat in the ocean, and then trying to heat up the hull of the boat (below the water line, and from the inside) with a blowtorch.
Let's forget about the ocean because it has absolutely no bearing on what we are talking about. What we are talking about (according to space scientists) is a space environment that is 'what they term' to us, as a vacuum.
You know as well as anyone that supposed space (as we are told) is neither hot or cold and your fellow scientists know this. So let me put the point across!
If the solar panel gets heated up by the sun and then turned away from the sun, it still carries that heat. It can't get rid of it, so the aluminium foil on it will still hold onto that heat until it's next turn around to the sun; then it will be heated some more. Well to be honest, it would be long gone by then and I think common sense should tell anyone that.
The sun is supposedly radiating heat through space and hitting the panels and it's like putting those panels inside a large thermos flask whilst still heating them. The heat can't go anywhere other than stay on the foil which in turn would be heating the other side of the foil up if it's connected by any means, which...if you take a look at the solar panels on the supposed ISS for instance, you will see that this is the case.
On Earth we have AIR circulation that can dissiipate heat... space has none of that, as we are told. Then, there are what the effects of the sun can do as we are told... so the conclusion is quite simple! Solar panels can NOT operate in space unless it has some kind of circulation to allow it to dissipate the heat.
Also, I might add: When a person on Earth gets solar powered panels and they produce more energy than they need, it gets sent back to the grid, as we are told. Remember: excess energy can't be stored in the home, it has to be sent back to the grid or simply allowed to be dumped using a dumpload system, just like power stations do. Now why is this relevant?
It's relevant because the so called ISS does not have the capability to do this, nor do so called satellites. Obviously some silly answer will be made up that it uses what's needed and stores excess in some kind of batteries, but what happens when those batteries can't store any more charge? Where do they dump the excess?
Remember, you can't simply dump it by sticking a wire out of the window hoping it will leak into space.
So there you have it! Don't be fooled by people jumping in and trying to equate it to trying to heat the inside of a metal boat hull with a blow torch against the water under it COOLING it down because any rational thinking person can see that stuff like this is a complete and utter side step and an attempt to throw you off the scent.