In LD 1x08 Veritas, Rutherford is rotating some “EPS Capacitors” (These seem to have little mention outside this episode) to prevent them from overheating.
Before I ask my questions, I first want to establish what makes sense to me here. Although not previously mentioned, like electrical capacitors, EPS Capacitors probably help to “smooth out” plasma flow. As these are high-power systems, I am sure there is risk of overheating in these capacitors that is not as present in current electrical capacitors, which usually don’t have a rotating mechanism.
Now, for the questions:
- Why do the capacitors rotate, and what does this do to prevent overheating?
- Why do they have to do this in the 24th century in a post-scarcity society?
For the first: My first theory is these are variable capacitors. Assuming the mechanics work similarly to electrical capacitors, Rutherford could be changing the capacitance of each capacitor to rotate the load. This doesn’t feel completely right, though (for instance, how to keep the array within specification).
A better theory is that although its function is analogous to an electrical capacitor, the physical mechanics used behind it are different, and somehow wear in the internal materials is uneven unless rotated, somewhat like tires.
For the second: We practically mastered rotating crap with electricity in THE 20TH CENTURY and have only gotten better since. I don’t understand why Starfleet couldn’t just give each capacitor a servo motor running off an EPS tap that does the randomization automatically, or at the very least mount them all on a belt. Heck, if heat is the problem, why not a liquid cooling loop? The worst that can happen is an ensign has to go get a mop.
It could be possible that maybe it was kept there as a task to bully ensigns/make officers feel useful, but I feel that kind of thinking wouldn’t necessarily exist at the Cali class drawing board. It could be possible that somehow the magnets in the motor interfere with the EPS containment field, but I feel like that would mean a lot more crap would have to be banned on board if the EPS conduits were that vulnerable.
Ultimately, I really can’t make full sense of this second point, and would love insights on this and my first question.
My theory was always that they’re not supposed to overheat unless rotated they’re supposed to distribute heat evenly through some internal mechanism. They don’t really work properly and an upgrade was developed that improved heat loading.
This necessitated some redesign of the interface.
But because they’re in an old California class the interface was never replaced with the newer model, and so they are still stuck with the old capacitors. Given the fact that the California class is not a frontline vessel, at least it’s not supposed to be, and is unlikely to be far from a space dock, it was not considered a major issue to have them running on an old system. Also the California classes are physically relatively small vessels, so perhaps the plasma load isn’t enough for it to matter anyway.
In a post-scarcity society, they let you have the job you want. Those knobs don’t even do anything but they make him feel like an integral part of the ship’s operation.
As to the second, typically automation is a balance between complexity and use of the automation vs difficulty and time consumed by a task, which is to say that if you only need to do a task like change how the capacitors are wearing in once a year or more, and it’s relatively safe and easy to do by hand, then it just may not be worth the trouble of automating be having someone do it by hand every now and then.
They don’t, Rutherford just likes the acoustic nature of it.
For the sake of external consistency, seeking a problem to fit the solution:
It seems like there’s relatively little on the ship in the way of rotational mechanics, doors make a pneumatic sound, etc. Perhaps the equipment is highly EM sensitive? Like the electromagnetic waves from a motor could screw then up somehow kinda like electrostatic issues in a computer?
The reverse could be true also - the EM coming off the plasma conduits could interfere with the operation of brushless motors.
I think this is a sensible one. It means crew could e.g use their antique toothbrushes without some risk of blowing up the ship, but stuff like that might not work in some quarters. (I’m assuming a section of crew quarters is all run off an EPS tap, so stuff should be fine in most cases.)
