Moved over to using another base part to copy from, since the previous one appears to have disappeared.
Using TACLS modules for the new parts (old ones will eventually also be moved to TACLS and clenaed up), so that resources are generated while you are away from the craft (most of the time ? I still need to figure that out)
Includes an uber RTG to power all the things, TODO: Find a reasonable mass for the 300 kWe RTG.
To use as is, disable boiloff for LOX and LCH4 by editting their boiling points to be high for the type of proctank/realfueltank you use. Long term solution is to figure out realistic radiators, possibly from stock ones or HeatPump derive. HeatPumps currently work fine for parts they are surface attached to, I use them on my LH2 tanks (http://forum.kerbalspaceprogram.com/index.php?/topic/115734-heat-pumps-for-real-fuels-v11-oct-31-2015/)
TL;DR : consume 225 + 30 EC per sec (255 kW), need a supply of 5.615L of CO2 per sec. Consume 767.2L of LH2 per day, produce 511.0L of LCH4 (LqdMethane) per day and 686.2L of LO2.
Moved over to using another base part to copy from, since the previous one appears to have disappeared.
Using TACLS modules for the new parts (old ones will eventually also be moved to TACLS and clenaed up), so that resources are generated while you are away from the craft (most of the time ? I still need to figure that out)
Includes an uber RTG to power all the things, TODO: Find a reasonable mass for the 300 kWe RTG.
To use as is, disable boiloff for LOX and LCH4 by editting their boiling points to be high for the type of proctank/realfueltank you use. Long term solution is to figure out realistic radiators, possibly from stock ones or HeatPump derive. HeatPumps currently work fine for parts they are surface attached to, I use them on my LH2 tanks (http://forum.kerbalspaceprogram.com/index.php?/topic/115734-heat-pumps-for-real-fuels-v11-oct-31-2015/)
TL;DR : consume 225 + 30 EC per sec (255 kW), need a supply of 5.615L of CO2 per sec. Consume 767.2L of LH2 per day, produce 511.0L of LCH4 (LqdMethane) per day and 686.2L of LO2.