In a closed loop system , a Thermo Regulator using hydrogen as the coolant is initially able to cool the gas by -14 degrees as described in the Utilities info panel, but once the gas completes a full loop, the TR is only able to cool the gas by -2.5 degrees.
Closing the game and re-loading it again makes the TR correctly cool the gas by -14 degrees, but returns back to -2.5 degrees after the gas completes a loop again.
***Edited***
Added save file. Apologies, I should have done this earlier.
You can observe the left Thermo Regulator only having a 2.5 degree difference between input and output.
The right TR is ready to be primed for any additional testing.
Steps to Reproduce
1. Create a closed-loop cooling system using a Thermo Regulator and hydrogen gas as the coolant. 2. Once charged with gas and powered on, the Thermo Regulator initially cools the gas by -14 degrees. 3. Once the gas has completed a full loop, observe the temperature change of the coolant is now -2.5 degrees instead of -14 degrees.
1. Create a closed-loop cooling system using a Thermo Regulator and hydrogen gas as the coolant. 2. Once charged with gas and powered on, the Thermo Regulator initially cools the gas by -14 degrees. 3. Once the gas has completed a full loop, observe the temperature change of the coolant is now -2.5 degrees instead of -14 degrees.
Create an account or sign in to comment
You need to be a member in order to leave a comment
Create an account
Sign up for a new account in our community. It's easy!
Register a new accountSign in
Already have an account? Sign in here.
Sign In Now