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[F&S] Industrial Heat Pump
Opis Dyskusje0 Komentarze9 Lista zmian
   
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10 kwietnia 2023 o 11:21
10 kwietnia 2023 o 11:36
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123
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[F&S] Industrial Heat Pump

W 1 kolekcji stworzonej przez 123
[F&S] Advanced Devices
Przedmioty: 14
Opis
BROKEN


Description
Controls the temperature within the specified limits. Can be used to maintain the temperature in rooms, hydroponics, cool or heat gases and liquids to the desired level. Can transfer a large amount of heat energy, up to 1 MJ (1000 wall heaters/coolers)

Warning
The system only works if there is no atmosphere on the planet. If there is an atmosphere, then it is only possible to heat.

Requirements
  1. 1 IC Housing.
  2. 1 Integrated Circuit (IC10).
  3. 1 Area Power Controller or transformer.
  4. 1 Daylight Sensor.
  5. 1 Gas Sensor
  6. 1 Pipe Analyzer
  7. 1 Active Vent
  8. 1 Ice Crusher
  9. 4 Kit (Consoles) (Optional)
  10. 4 Circuits boards of Gas Display (Optional)
  11. 1 Insulated Liquid Tank (Small)
  12. 2 Heat Exchanger
  13. 1 Large Extendable Radiator
  14. 13 Kit (Wall) type - window(The type depends on the atmosphere of the planet(if have), check pressure/autoignition)

IC ports description
Not used

Changeable values in IC code
define DesiredTemp 21

Default DesiredTemp is set to 21 degrees Celsius

Important
You must place the daylight sensor in the correct position, like here https://gtm.steamproxy.vip/sharedfiles/filedetails/?id=1698441282
The large extendable radiator must be positioned strictly as shown.
The performance depends on the planet, the environment and the strength of the sun's radiation.
If the atmosphere contains volatiles, manually pump them out of the radiator chamber. Otherwise, autoignition may occur.

Extending
If performance is not enough for you, just add additional elements.
Do not forget to isolate the radiators from the external environment.

Note
For temperature correction, a bi-directional load-compensated hysteresis is used.

This heat transfer control feature automatically controls the temperature supplied to your radiators. When the room is cold, the temperature supplied to the radiators will be high, but as the room warms up, less heat is needed and the temperature supplied to the radiators will decrease. This means that the room will reach the desired temperature in a shorter time than a simple on/off control. It also allows you to compensate for the load, if the temperature in the room rises or falls sharply, the heat pump begins to transfer heat more intensively, so the temperature will not go beyond the limits.

Game version support
0.2.3920.18842 06/04/2023
Komentarzy: 9
< >
123  [autor] 2 września 2024 o 23:46 
0.2.5116.23239 05/08/2024 broken.
Devs fixed fairy magic.
McyD 21 kwietnia 2023 o 10:08 
Thanks for looking into it.
123  [autor] 20 kwietnia 2023 o 11:45 
At high temperatures, the heat does not transfer, but simply disappears into nowhere.
https://gtm.steamproxy.vip/sharedfiles/filedetails/?id=2964915481

It just disappears, I don’t know where, probably into a subspace of the universe :steamhappy:
123  [autor] 20 kwietnia 2023 o 10:33 
@McyD
I figured out what happened:
https://gtm.steamproxy.vip/sharedfiles/filedetails/?id=2964615661

The game code states that if the planet contains an atmosphere, then the radiator does not work as expected.

If you build a radiator on a planet with no atmosphere or in space, it will work.

So, on planets with an atmosphere, you can only heat.
McyD 19 kwietnia 2023 o 17:00 
Yes, the radiator is extended, and track 90 to the sun as expected when trying to radiate heat and the pressure is a 0, that is why I sealed myself inside the chamber with it to make sure it was sealing when trying to figure out why it is not working.
123  [autor] 18 kwietnia 2023 o 21:32 
@McyD
Is the radiator extended? The pressure in the chamber must be 0 (auto).
McyD 18 kwietnia 2023 o 20:04 
Okay, problem I am getting is setting it at say 21C it is stuck at both sides of the system at 60c. Enclosing myself in the room with the radiators, I see them at 0 heat radiation. I expanded to two radiators and additional heat exchangers and still the same result.
123  [autor] 18 kwietnia 2023 o 19:57 
@McyD
Maximum (effective) (no fairy magic) cooling around 183.15K (-90C). The heat transfer efficiency depends on the temperature difference.With a large temperature difference, it can transmit heat in the region of 1MJ. Yes, it equalizes the temperature between the two heat exchangers, but how else? If you want to store gas at a low temperature, set -90 and wait. The device is universal for cooling / heating, the main functionality is to maintain the temperature at the required value. If you want to cool 100 kmol of gas in 10 seconds, it will take hundreds of MJ (Which doesn't make much sense.)
McyD 18 kwietnia 2023 o 16:25 
Trying to use this on mars, but only seems to equalize to whatever line I am trying to cool.