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this battery video has been a huge pain to edit since there is so much footage to deal with. that being said, it is turning out really cool! i'm going to start posting a few clips here as I finish it up.

In this clip, a threaded galvanized steel rod heats so quickly that the zinc boils off faster than it can burn in air. There was an initial peak current of 30kA, ending around 10kA when the rod finally exploded 0.2 seconds later.

This is lightning levels of current!

Comments

SJC

That's amazing man. How many discharges are you getting before you have to recharge the batteries?

styropyro

quite a few since there is quite a bit of capacity to this bank. i just trickle charge them with a lab supply when i'm not blowing stuff up with them

Tyler Hargrove

wow. Scary. This is DC right? Are you going to perform AC experiments as well? Induction? Maybe large Tesla coils?

SJC

That's amazing man, can't wait to see more drops and the full vid

Eric Tank

Wow that's cool footage, can't wait to see more!! Thank you for taking on such a crazy project!

Josh Campbell

What an awesome sequence of events!!! That was very different than what I was expecting. Was that initial shower of sparks at each end by design or does that represent a bad connection somewhere or some other unnecessary losses?

Jon Lyons

Just when I was starting to wonder what forces would prompt it specifically to explode and bend instead of melt or merrily continue to blackbody away, in comes the explanation about the flash-boiling zinc. Finally an actual reason to say "come back, zinc!"

styropyro

yeah it's DC. i have a couple silly AC/induction experiments in the video. later on I might build a huge inverter for the bank in order to run enormous tesla coils and plasma devices from them

styropyro

it's very hard to get around this but thankfully it isn't really a problem either. it's the initial small area of contact and oxide layer burning off, which allows a better connection to hold immediately after