I see where GT now has steam upgrades to run machines directly off steam instead of EU. The steam is converted at a rate of 2mB per EU. With the amount of steam produced by a railcraft boiler, this seems like a good way to power GT machines.
I'm thinking about powering my whole base off of steam. Running the GT machines where I can and using steam engines where I need MJ. I'm already up to a 12HP boiler running off of charcoal. I have steam feeding a factorization turbine powering a couple heating blocks attached to vanilla furnaces to make the charcoal needed in addition to the several coke ovens I have.
Has anyone already done this? Any gotchas I might run into? For the GT machines, steam seems pretty viable for the LV machines that normally take 32eu/tick. One liquiduct connection can supply the 64mB of steam needed just fine.
I tried doing this with the industrial blast furnace, but found that it needs quite a bit of steam to match the 128EU needed to power it. That comes out to 256mB of steam. One HP boiler block will output only 20mB of steam. With the 12 HP boiler I have now, I max out at 240mB. Even with 2 steam tank upgrades, I ran out of stored steam just before my second steel ingot finished processing, and it took about 4k EU to complete the operation. With a second liquiduct connected, I was able to process a stack of about a dozen steel without touching one bit of EU. (I have the blast furnace hooked up to 2 steam connections and an MFE now.)
Is it possible to supply enough steam to an industrial blast furnace (128EU/tick) and still leave enough faces for automation? with standard eu cable, I can run 128eu directly with 1 cable. When using steam, it takes at least 2 connections.
According the the FTB wiki -- One liquiduct can transfer infinite amounts of liquid, but it can only output or input at connections at a limited rate (~160 mB/tick).
With two connections to the 128EU machines, I can supply the equivalent of 160EU/tick. Liquiducts are definitely cheaper than running glass fiber cable all over the base.
Is there a limit to how many steam tank upgrades can be added? I know I will have varying loads of steam usage with the intermittent nature of most GT machines, and will need to account for several systems running at once. The steam tanks seem like a good way to smooth out the swings in supply and demand.
Does this sound like a viable option, or am I just crazy to try this on a large scale?
Any other comments or ideas I could try to make all this work?
I'm thinking about powering my whole base off of steam. Running the GT machines where I can and using steam engines where I need MJ. I'm already up to a 12HP boiler running off of charcoal. I have steam feeding a factorization turbine powering a couple heating blocks attached to vanilla furnaces to make the charcoal needed in addition to the several coke ovens I have.
Has anyone already done this? Any gotchas I might run into? For the GT machines, steam seems pretty viable for the LV machines that normally take 32eu/tick. One liquiduct connection can supply the 64mB of steam needed just fine.
I tried doing this with the industrial blast furnace, but found that it needs quite a bit of steam to match the 128EU needed to power it. That comes out to 256mB of steam. One HP boiler block will output only 20mB of steam. With the 12 HP boiler I have now, I max out at 240mB. Even with 2 steam tank upgrades, I ran out of stored steam just before my second steel ingot finished processing, and it took about 4k EU to complete the operation. With a second liquiduct connected, I was able to process a stack of about a dozen steel without touching one bit of EU. (I have the blast furnace hooked up to 2 steam connections and an MFE now.)
Is it possible to supply enough steam to an industrial blast furnace (128EU/tick) and still leave enough faces for automation? with standard eu cable, I can run 128eu directly with 1 cable. When using steam, it takes at least 2 connections.
According the the FTB wiki -- One liquiduct can transfer infinite amounts of liquid, but it can only output or input at connections at a limited rate (~160 mB/tick).
With two connections to the 128EU machines, I can supply the equivalent of 160EU/tick. Liquiducts are definitely cheaper than running glass fiber cable all over the base.
Is there a limit to how many steam tank upgrades can be added? I know I will have varying loads of steam usage with the intermittent nature of most GT machines, and will need to account for several systems running at once. The steam tanks seem like a good way to smooth out the swings in supply and demand.
Does this sound like a viable option, or am I just crazy to try this on a large scale?
Any other comments or ideas I could try to make all this work?