Fair enough, 0.8 would work. I think what I was really going for was a Nuclear Battery, low output for massive durations.
http://en.wikipedia.org/wiki/Atomic_battery
^That simply^
Fair enough, 0.8 would work. I think what I was really going for was a Nuclear Battery, low output for massive durations.
http://en.wikipedia.org/wiki/Atomic_battery
^That simply^
An alternative to the nuclear reactor with the uranium crafted in during building. The differences being that this one is 100% safe and it generates about 20 mill eu (crafted using 4 uran cells).
Useful in a remote workshop.
Just in case someone hadn't already done it.
http://http://www.talonfiremage.pwp.blueyonder.co.uk/reactorplanner.html?74vc57l9i8l0qxxpgobpdo900=1m10101001501521s1r11r10
Being able to move cables would make a simple way of using redstone to control EU flow.
Yea that'd work, not quite what I was thinking of though :p I like the piston idea.
Is there a cable or device that can turn on and off EU flow with redstone?
I believe you can make Iron.
I think a picture might be helpful, it could be incorrect wiring.
Due to bugs you'll need 2 pumps, only one will be used though. Place both of them next to a miner which is above lava. But in your drill, scanner and pipes. Put cells in both, only one will use them up, the other is kind of an overflow pump. And make sure all of them have chests as sometimes the miner will spit pipes out. Then power them.
The problem I'm having is after it's filled up a cell with lava (miner, pump, chest setup) I have to take the drill out and put it back in for it to do the next cell.
1) I hope it's not desired behavior, but it probably is. I think it would be so much more useful if it was a larger area too. However, although still bugged placing a Miner next to it with an OV scanner massively increases the area
I swear in IC1 I never had snow buildup on solar panels, so that's why I thought it might be a bug.
If you place them parallel, they will both emit 32 EUt, thus you will not loose any energy at all.
However, they won't buffer up energy, and you will be sitting in the dark when it becomes dark (lol).
Well when the Luminators work
Enough said really, snow builds up on solar panels
Nope.
The 1st (from the solar panels direction) batbox will still only emit 32 EUt... the other batboxes wont get the 32 EUt overflow. Unless you put 2 batboxes NEXT to each other, wiring both of them directly. That would work, though without buffering.
Does this mean if you have 2 batboxe's in parallel you'll still get 32EUt?
However it's also annoying
If I have a geothermal generator going into a batbox and then going into a furnace. It means the furnace is using slightly less than the geothermal makes. This makes the geothermal rapidly turn on and off and uses massive system resources. I've only tested this with a geotherm, batbox and furnace, but I imagine it would be the same with any generator that generates power as it's needed.
How about producing antimatter from a self-made Large Hadron Collider? It would slowly, very slowly generate antimatter particles, and consume ungodly amounts of energy. However, those particles, when used in a generator, release several times more energy than what was used to create them, effectively creating a self-sustaining generator.
Let's try and keep it fairly close to the laws of physics, you can't create energy from nothing. You'd actually get significantly less energy from reacting the anti-matter than you put in to create it. However it would make a very powerful battery.
How many Watermills?
Mwahahahaha weapons grade plutonium?