I'm posting this as over the past few days I have not been able to find out that much technical information about Steam, Steam Engines, and Railcraft Tanks number wise. That being so I decided to do a bit of testing myself and log the results, and share them with you all, as to make your Mj generation that much easier =)
Industrial Steam Engines
- 40 Steam/t per engine
- 8 MJ/t per engine
High Pressure Boiler (max size 3x4)
- 1 High Pressure Boiler can output 720 Steam/t
- Enough steam to power 18 Industrial Steam Engines
- 1 Liquiduct connection outputs 80 steam/t
- 9 Liquiduct connections is the max amount needed to extract 720 steam/t
Railcraft Tanks
The bottleneck here is in the valves
- 1 valve can input and output 160 Steam/t
- 1 valve connection sends enough steam to power 4 Industrial Steam Engines
- 4.5 (aka 5) valve connections input and output is the min/max needed to input and export the amount of steam 1 HP Boiler is capable of producing
Liquiducts and Conduits
-Conduits max energy transfer is 500 MJ/t
-Liquiducts max steam transfer is way more then I was able to determine. Durring testing I had 8 HP Boilers all hooked up to a line of liquiducts all powering 144 Industrial Steam Engines, that’s 5760 Steam/t traveling through each liquiduct!
Quick Reference Guide
(This is assuming you are using a max size 3x4 Boiler -> Railcraft Tank -> Industrial Steam Engine setup)
- 1 HP Boiler = 5 valves (in and out) = 18 Industrial Steam Engines = 144 Mj/t
- 2 HP Boiler = 9 valves (in and out) = 36 Industrial Steam Engines = 288 Mj/t
- 3 HP Boiler = 14 valves (in and out) = 54 Industrial Steam Engines = 432 Mj/t
- 4 HP Boiler = 18 valves (in and out) = 72 Industrial Steam Engines = 576 Mj/t
Tesseracts
(Info for Liquid Tesseracts)
- A Liquid Tesseract is capable of sending 160 steam/t per side
- The more sides you connects, the more steam you can send through, if you connect all 6 sides a Liquid Tesseract will send 960 Steam/t
- On the other hand a Liquid Tesseract on the receiving end is not bottle-necked and is capable of receiving any amount of steam with just one side connected … As far as I could tell. (Tested with 8 HP Boilers, connected to 6 Sending Tesseracts, all sides connected of course, linked to 1 Receiving Tesseract, 1 side connected, powering 144 Industrial Steam Engines.)
Industrial Steam Engines
- 40 Steam/t per engine
- 8 MJ/t per engine
High Pressure Boiler (max size 3x4)
- 1 High Pressure Boiler can output 720 Steam/t
- Enough steam to power 18 Industrial Steam Engines
- 1 Liquiduct connection outputs 80 steam/t
- 9 Liquiduct connections is the max amount needed to extract 720 steam/t
Railcraft Tanks
The bottleneck here is in the valves
- 1 valve can input and output 160 Steam/t
- 1 valve connection sends enough steam to power 4 Industrial Steam Engines
- 4.5 (aka 5) valve connections input and output is the min/max needed to input and export the amount of steam 1 HP Boiler is capable of producing
Liquiducts and Conduits
-Conduits max energy transfer is 500 MJ/t
-Liquiducts max steam transfer is way more then I was able to determine. Durring testing I had 8 HP Boilers all hooked up to a line of liquiducts all powering 144 Industrial Steam Engines, that’s 5760 Steam/t traveling through each liquiduct!
Quick Reference Guide
(This is assuming you are using a max size 3x4 Boiler -> Railcraft Tank -> Industrial Steam Engine setup)
- 1 HP Boiler = 5 valves (in and out) = 18 Industrial Steam Engines = 144 Mj/t
- 2 HP Boiler = 9 valves (in and out) = 36 Industrial Steam Engines = 288 Mj/t
- 3 HP Boiler = 14 valves (in and out) = 54 Industrial Steam Engines = 432 Mj/t
- 4 HP Boiler = 18 valves (in and out) = 72 Industrial Steam Engines = 576 Mj/t
Tesseracts
(Info for Liquid Tesseracts)
- A Liquid Tesseract is capable of sending 160 steam/t per side
- The more sides you connects, the more steam you can send through, if you connect all 6 sides a Liquid Tesseract will send 960 Steam/t
- On the other hand a Liquid Tesseract on the receiving end is not bottle-necked and is capable of receiving any amount of steam with just one side connected … As far as I could tell. (Tested with 8 HP Boilers, connected to 6 Sending Tesseracts, all sides connected of course, linked to 1 Receiving Tesseract, 1 side connected, powering 144 Industrial Steam Engines.)