[1.3.1] Near Future Technologies (bugfix updates Nov 28)

So in every test that I have done, in isolation the reactors perform exactly as they should. Ignoring the debug values and going by adding up core transfer numbers, any combinations of reactors work just fine.

I have to conclude that (again) there's a critical bug in stock to work around. Here's some testing of my own.

This base has enough radiators deployed to run the reactor at full power (800 kW) plus 4 drills at regular power or 2 drills at max power (200kW)

1) The reactor is enabled, nothing is enabled. Perfect stability, perfect radUsage (800kW expected, 799.98 kW used)

2) A single drill is enabled (+50kW, up to +100kW). The reactor immediately overheats and and its radUsage has dropped by ~175 kW, suggesting a lack of radiators on the base

3) 4 more small radiators are deployed, + 200 kW radiation capacity. The overheat slows, but radUsage is still 738 so the reactor will overheat.

4) I can stabilize the reactor by increasing the capacity by another 50 kW. So that one drill is using something like 350 kW of cooling.

By this we can conclude that any stock BaseConverter module is somehow requesting far, far more radiator capacity than it needs, even though the debug does not show it. This makes absolutely no sense.[1.3.1] Near Future Technologies (bugfix updates Nov 28)

---------------------------------------------------------------------------
Visit this link to stop these emails: http://zpr.io/nfAVj