HV Transformer

High-Voltage Transformers are capable of transforming normal current into high-volatge. And high-voltage to normal current. And that current to high-voltage again, and that high-voltage... now, i think you get the idea.
High-Voltage has serious advantages, and a small, nearly unimportant disadvantage.
First of all, it comes in a current strength of over 90002000 EUs. Got it, TWO THOUSAND! If you power a HV Transformer (via one of the 4 side inputs), it will start charging it's capacitor to 2000 EU and then release an extremely powerful current spike of 2000 EUs into any cable wired to it's top.
Alternatively, it will constantly emit it's charge in neat 50 EUs packaged from it's bottom. (Keep in mind, only one of these things at a time. Preferable sending HV.)
Due to the 2000er EU strength, distance-based energy loss is NEARLY OBSOLETE. Seriously, you loose like 1 EU every 5 meters. Even across 200 meters, this barely makes 40 EU. 40 EU of 2000 EUs? Pah, that's ludicrously low, HAYO!
However, please take note, that HV is extremely lethal and dangerous to handle. Do not walk on HV-carrying cables, neither do try to lick them. Specially don't link volatges of above 100 EUs directly into machines, it will probably cause severy damage / destruction. For further explanation, watch this unofficial not-supported manual video.

Recipe

File:Redstone.png	File:Mfe.png	File:Redstone.png	=	2MFE Transmitter
	File:Electric circuit.png