Board Thread:Tutorials/@comment-16371824-20130824072413

I really want to die to update this page, because yesterday I got a breakthrough! an energy condenser can store a lot of emc, for instance, 64*9*7 red matter, so *466 944 = 1882718208, or in words: one billion eight hundred eighty two million seven hundred eigteen thousand two hundred eight emc. (sorry, I might not have spelled that 100% correctly since I'm dutch.) Every 64 emc is worth 1 redstone, which will provide each 500 EU. So the new calculation is 1882718208/64*500=14708736000, or almost 15 billion. This is a massive amount of electric units that it can hold, but how do you actually pump it out of the chest without having to keep running? Easy: use an energy link, to extract the redstone dust from this chest directly into the lower slot of the MFSU. if you would connect the energy link to the MFSU, you will not get much more electricity, because the energy link uses as much energy as it gets supported but will always keep pumping out 1 piece at a time. therefore, connect it to a solar pannel and you will get an astonishing effect. Now guide the redstone directly into the MFSU and you will have a so called storage for your energy. Even 1 single red matter can bring you 3 million emc this way in no time. Just let the chest suck in your red matter in exchange for redstone. If the chest is overloaded, it will save its power until there is enough space for him to create more redstone.

so in summary:

get a sun flower, as I call them, like this:



The wooden transport pipe is being sucked by the energy link. The energy link is connected to the solar pannel which is in the ground. No cable is needed. It will pump at the rate of 10 items per second for the cost of just 10 EU. 500*10=5000 energy won in MFSU per second, meaning that the output of this chest is almost as high as an MFSU itself.

I hope that this was usefull. I just thought about it.

PATRICKKASIE 