That's only at a rate of 80 RF/t though isn't it?Blazing Pyrotheum in a Magmatic Dynamo produces 2,000,000 RF.
That's only at a rate of 80 RF/t though isn't it?Blazing Pyrotheum in a Magmatic Dynamo produces 2,000,000 RF.
That's only at a rate of 80 RF/t though isn't it?
Yeah, only 80 RF/t.
By "MW" , he meant mining wells.65 MW is achievable with a single gas turbine.
Bit shy of 50k RF/t there. Still a ton of energy over time though.
40960 to be exact, two connection faces of Ender IO conduits worth =)Nether star generators :3 What was is again? 40k RF/t?
Will not work, ReactorCraft Steam isn't normal steam as far as I know and only works in ReactorCraft turbines.Yep, I'm going to make one and feed the steam to Big Reactor turbines.
My favorite is the Nether Star Generator from Extra Utilities. A LOT of power! 98304000 RF total at 40,960 RF/t! (Assuming I did my math right!)
You can make golems that can kill the wither in TC 4.1. Ward a small room, spawn the wither, out a thaumium golem there and make sure you have combat upgrades. Use the guard animation core.That's 13 hours and twenty minutes worth. Now the fun part is figuring out how to automate that.
Rotational Dynamo.Anyone know how to convert RotaryCraft MW to RF?
My tiny 3x3 fission reactor outputs at 940MW using water. I'm told feeding it ammonia will double that.
lol I'm so sorry, I should have rephrased that. Does anyone know what the mathematical conversion rate is? (Not how to mechanically convert them)Rotational Dynamo.
lol I'm so sorry, I should have rephrased that. Does anyone know what the mathematical conversion rate is? (Not how to mechanically convert them)
Ok I forget my elementary math apparently so I need this confirming. Does that mean I'm producing 167k RF/T?
Which means I'd need 4 dynamos to convert.
Wrong. The dynamo has input limits of 8192Nm @ 8192 rad/s; anything over either is lost. So if you direct-drive a hydrokinetic to it (16384Nm @ 32 rad/s), you only get 8192Nm @ 32 rad/s, or a 50% loss, and where that 46RF/t figure keeps coming from. Direct-drive a jet engine to it (1024Nm @ 65536 rad/s) and you have the opposite problem. Taking in 8 megawatts, it makes 1490.5 RF/t.The 167k RF/t is approx. correct. But you would need around 4000 dynamos to convert it........
Wrong. The dynamo has input limits of 8192Nm @ 8192 rad/s; anything over either is lost. So if you direct-drive a hydrokinetic to it (16384Nm @ 32 rad/s), you only get 8192Nm @ 32 rad/s, or a 50% loss, and where that 46RF/t figure keeps coming from. Direct-drive a jet engine to it (1024Nm @ 65536 rad/s) and you have the opposite problem. Taking in 8 megawatts, it makes 1490.5 RF/t.
Done properly, a Rotational Dynamo can convert up to 67MW of power, or or 11924 RF/t.
Also known as two 16:1 gearboxes.Many thanks for the clarification. That helps a lot. So I need to start work on a 256:1 gearbox of some sort in order to convert hydrokinetic shaft power to RF with low loss?