The heat transfer of any insulated piping is lower than the heat transfer of standard abyssalite piping.
To prove this I created the following experiment.
Standard view
Thermal view
This experiment is split into six vacuumed cells. The pumped petroleum and hydrogen on the left side is at -50°C. The control cells in the middle are at 20°C. The right cells are at 120°C.
Now lets take a look at an individual cell:
The cells are vacuumed and consist of 4 different pipe types. All pipes are at 20°C.
From left to right:
- standard abyssalite
- insulated abyssalite
- standard granite
- insulated granite
After pumping the liquid and gas into these pipes and waiting 1/2 cycle, we get the following results:
As expected in the control group the temperatures didn't change at all. The insulated abyssalite piping didn't change its temperature in any of the 6 cells.
BUT the standard abyssalite absorbed or radiated much more heat than the insulated granite piping, even though the thermal conductivity of standard abyss (0.000) is lower than the conductivity of insulated granite (0.106).
Lets take a look at an individual cell (120°C petrol cell) :
As you can see the abyssalite pipe absorbed more heat from the petroleum than the insulated granite pipe. In this short time it even absorbed more heat from the petroleum than the standard granite piping.
download the savefile and see for yourself
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