The fundamental problem with these coolers is that they don't actually
provide much cooling. Air conditioners used to be rated in "tons", which
meant the number of tons of ice it would take to provide the same
cooling. A 12,000 BTU air conditioner running for one day (24 hours)
provides about
It reminds me of the a/c I put in the tiny cabin of my boat. 12v pump
circulating lake water through an old heater assembly (heater core and squirrel
cage fan in an enclosure).
--
Ron
On December 12, 2018 12:13:58 p.m. CST, Sean Korb via EV
wrote:
>You could make one with some discards. A
You could make one with some discards. A couple of Honda radiators
would fit in a cooler of ice water and you could build the ducting
with PVC. I think you would need 2 to get the CFM but math says to
get the 2" radiator inlets to go to a 4 inch duct you would actually
need 4 radiators. Still,
Summet
Subject: Re: [EVDL] 600 dollar answer to a 3000 dollar problem.
I like the fact that the aircraft one doesn't add humidity to the air.
(Blowing air directly over the ice as in the video definitely
would...only useful in very dry climates.)
Yes, they would both work with dry ice, but then you'd
I like the fact that the aircraft one doesn't add humidity to the air.
(Blowing air directly over the ice as in the video definitely
would...only useful in very dry climates.)
Yes, they would both work with dry ice, but then you'd have to buy the
dry ice, and be careful to not close your
This is used on small aircraft.
