What happens when the power cap is exceeded? As for machines like turbines, they simply break, but what about heat-taking ones? They just keep running as usual. I guess that all the excess power is wasted, am I right?
Also, there are machines that can be overclocked with no power loss. What does it mean? Does it mean I can crank up power input right to the cap with no loss or above?
And what about downclocking? Is there any penalty for this apart from slower processing?
By underclocking I mean a range between minimal and medium values. The steel oven takes 32 (16-64) HU/t; here by underclocking I mean a range between 16 and 32 HU/t.
Still I don’t understand what’s overclocking. Either I’m dumb, or I didn’t make myself clear. Let’s take that steel oven as an example again. Does overclocking begins at power levels above 64 or 32 HU/t? Or 64 HU/t states its power cap?
So why then are the power inputs written in the minimal-medium-maximum way? That’s a bit confusing; I thought that medium value marks the point from which overclocking begins.
If I got it right, the overclocking is when a recipe that takes, let’s say, 16 GU/t is processed in the machine that is supplied more than this? And if it goes way far from 16 GU/t (how much?), then the energy gets wasted? Except for lossless-overclocking machines. Is that it?
16 - 64 = Tier 1
64 - 256 = Tier 2
256 - 1024 = Tier 3
and so on.
If a Recipe is in a Tier that is below the Machines Minimum, its power gets multiplied by 4, and the time gets divided by 2, and that will happen until the proper Tier is reached.
If a Recipe happens to be right at the border between two Tiers (64, 256, 1024 etc) it will take the most benevolent option.