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Dont know if you saw Note, but the danger here is the extra
large capacity of hydrOxy sitting above the cells.
Cant wait to see this thing work.
I have just finished inner box, with all dividers. Re-Inforcing on outside tomorrow.
Statistics: Posted by glenn_aircooled — Wed Nov 01, 2006 3:14 am
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I see that it could easily incorporate the electrolyte thermostatically controlled
heater system as well. Get the unit up to temp fast and keep it there. Put the
heat exchange just after the pump.
Cheers, Glenn.
Statistics: Posted by glenn_aircooled — Fri Oct 20, 2006 11:44 pm
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Yes, I realized the simplicity of RS's original concept after thinking of the most elaborate solution possible
. Unfotunately, my mind always starts with the complex and then dwindles down from there, hehe.I don't think I explained the water drain clearly enough. With this drain design, there would be no common point or common channel for the electrolyte to mix while touching more than one cell. Each cell, would have a seperate overflow hole that would drain into a reservoir seperate from the main plate insert housing. The reservoir could be as big or as small as you would like to have water on reserve. Ok, gonna try and upload a pic:
Statistics: Posted by efoda — Fri Oct 20, 2006 6:02 pm
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