Can the wires in the walls handle it though?
Here's the thing, there are two different wire gauges commonly used in home wiring; 14 gauge is suitable for 15 amp circuits. Whereas 12 gauge must be used for 20 amp lines.
I rewired my house going on 30 years ago, and used a mix of 14 & 12 gauge, depending on the intended purpose of each specific circuit. My 15 amp/ 14 gauge are dedicated to lighting circuits, while the 20 amp lines are dedicated to specific tasks like air conditioners, table saws, with one dedicated to solely my air compressor. With capacitor start motors such as a compressor, slow blow fuses or breakers must be used, due to high, (over 20 amps), inrush currents, that will take a normal "fast blow" fuse out, every time the tool starts.
Mixed 14 & 12 gauge was typically used, at least partly due to the cost of the wire itself. For the lighting circuit, a 20 amp / 12 gauge outlet or line is overkill and unnecessary. Even more so now, with the advent of LED lighting.
However permitting for new construction requires all wire be 12 gauge, no exceptions. I believe for electric whole house heating, dryer and range circuits, and perhaps for that new Tesla charger, 10 gauge wire is required and 30 amp (?) breakers. The Tesla I expect, is predicated on how fast you want to charge it.
The moral of the story, is ThermalTake, is taking no chances by overestimating the intelligence of the average American, in refusing to sell us something with which we might burn our houses down in the middle of an intense gaming session. Now all Nvidia has to figure out, is how to prevent their xx90 series GPUs from committing suicide, and burning the rest of the house down in the process.
FWIW, 20 amps at 120 volts is about 2400 watts So, a 20 amp line would sneer at their "puny" 2000 watt PSU. (As long as nothing else was on at the same time.)
