I get the feeling that 100K is quite large...
It is indeed fairly large, but needed to be for the 20% loss to be an appreciable amount of power at lower numbers.
Alternatively, you could change the power loss so you add a minimum number onto the percentage. Something like charge = (charge - 10000) * 0.8 ( Obviously need to add something in somewhere to stop it going below 0. ) This method would take a little more thought, but should be pretty much as effective.
In a little bit, I will load my test world and see what exact numbers I get off of various power schemes for the Toroids. As I said, my thought was somewhere around 65 KW per toroid would be a nice number. For a standard reactor, that would be just over 2 MW, bringing the magnet systems to a bit over 10 MW. This is a lot lower than a current real world tokamak, but then again we haven't improved our designs enough yet for a true power plant. ( ITER should be pretty close though, and its magnet systems will be somewhere around 124 MW during operation. )
EDIT: It's definitely looking like 100k is more than I intended. 65KW per toroid is getting me 40,000-50,000. Need to look over the code again and see if I can find where I'm off.
In the meantime Reika, is there a specific power requirement you might have in mind? 2KW for the entire Toroid system is really low after all.
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