Closed koravel closed 1 year ago
Or in fact it's use on steam line
@rogerwim I tried it and it really works for steam lines lol. It give me a much easier control over high-pressure turbines in bond with fusion reactor, thank you for information.
Why would you need to know the specific amount of power to achieve a given pressure differential? This is not useful information.
@ReikaKalseki Because then I can calculate how long can be the pipe at a specific point.
My case: I have a little distant lake and I want to make here a pump station. It is kind of RP, of course I can just make a lake near the consumer. Here are some difficulties arises. I don't know how long can be pipe to satisfy 4 steam engines, or 4 combustion engines. As I remember, increasing power supply on a water pump would do nothing, so I can use a pipe pump. But, the knowledge of a minimum amount of power needed to deliver enough pressure is achievable only through dozens of repeatable tries. And I must do it for every different configuration of my system. So, some kind of alternative to mb/t, but with Pascal unit would be appreciable. That also relies to #3174, as I said - no info about fluid mechanic, nor about pipe pump coefficients.
Also, what about usage with steam lines? Should I have a lucky guess that "pipe" pump works with steam lines? And don't said that steam like "obviously" can be treated like usual pipe, as they have different mechanics.
There's no description about how much power is required to increase pressure by 1MPa.