LittleInch, it is just a hypothetical case.
My main concern is, given the suited piston pump, and suited hose to resist the head pressure plus resistance pressure, the system will supply water to any problem.
As Artisi state, it can be do.
Thanks for all you support.
Hi LittleInch, thanks for yours tips.
It is a hypothetically problem to solve
Water use: potable by human being.
Answer one by one
1) do you have a profile? This is critical to understand the optimum solution.
No at all, any mountain will have ups and down part, all above the original...
How to supply water to 300 Meter or 30 Barg, on a mountain trench not regular profile, upward and downward, total distance 1300 mt.
Flow 1 m3 day, working rate 18 hr 24 hr.
Plastic hose to be use.
My guess is to use piston pumps.
My concern: do it need air reliefs, or vacuum brake stations...
I think the option would be "water heater expansion tank" , water cooling in this case.
But it if get damaged, a open tank will never fail, at last if the refill valve do not close, overflow is the only problem.
as you state at OP
so it shall be about 25 C degree .
So the 57.6 watts will be dissipated by the enclosure steel walls with almost no temperature increase.
The 40 degree is the external ambient temperature outside the building , the A/C will take charge controlling the INTERNAL ambient...
110 m water column pressure is the all system pressure, with no pump run.
It is a closed loop circuit.
The pump discharge pressure is the developed pressure due to water flowing by circuit resistance by friction trough the pipes, valves, and fancoil units.
if you put one gauge at suction and...
Usually the air condition provider have software application for each device at enclosure.
As both mccb are Circuit Breaker , it almost do not dissipate heat, except from the electronic circuit , if they have, that shall be a small heat amount.
You can ask to the 1 400Amp mccb( LV432693 OR...
