And why are they not wired up in series parallel for 700 volts, and wheres your charging system.
What do you plan to do with that bunch of caps?
In fact if you want to charge those off a 12 volt battery, I've designed a PCB for an efficient cap charger (see first post) with automatic shutoff once target voltage is reached. The circuit is from a member off 4hv.org, with a couple of revisions of my own (two different charge settings, metered output etc).
I've got 10 copies coming and 10 IRF540 mosfets, so if you'd like a cap charger (and can weild a soldering iron and use a multimeter), I'd be happy to send you a board and 2 mosfets to get you started (it will cost peanuts to mail). You just need to supply the common components (basically 8 fast diodes, 2 sand resistors, a bunch of 1/4 watt resistors and a few caps, a comparator and a voltage reference IC).
You will need to be handy with a multimeter, an o'scope would help but not essential, and 2 variable power supplies (you can get away with a fixed 12V 10A and a variable, or just a car battery and a variable psu).
Hardest part is winding the transformer. Which as far as transformers go, its pretty easy. 14 turns centre tapped on the primary and 200-400 turns on the secondary.
Once condition - you need to show us a video of your cap bank doing something (e.g. blowing up a wire, launching a hdd platter etc)
I will of course include instructions for assembly.
Cheers
Ben
edit: for those who are wondering WTF is a sand resistor:
I call them sand resistors, as it looks like they stole sand from the whitsunday islands to make the resistor body
They are in fact, just a bigger cousin of a 2 watt resistor (which are the very fat "regular" looking resistors.)
edit2: Woohoo! my favourite line - 488nm - 488 posts