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| Mike_EA |
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The idear!
To use a pletier to Cool down intake temperatures to Below Ambient Temperatures! What could be done is fitting Pletiers to the underside of the intake piping on a EF/L then having a simple closed loop mini-Radiator system to cool em down. If this actually worked you could easly obtain 0 Degree intake temps which would improve performance 
Just wanted to hear your thoughts 
- mike |
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| stockstandard |
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It would only slighly cool down the intake if at all. The airspeed is high in the intake pipe so very little time to cool air.
_________________ Stoke me a clipper, I'll be back for Christmas |
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| Mike_EA |
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Even with the whole pipe sitting @ 0 degree C ? Gees that some fast air!
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| stockstandard |
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Sure is - about 20,000L of air per minute when driving hard.
How much do you think peltiers would cool down 20,000L of air in a minute? Then think about how much electrical power it will take to cool the intake down that much. That electricity doesnt come for free.
_________________ Stoke me a clipper, I'll be back for Christmas |
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| Steady ED |
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Do you mean 'peltier'?
_________________ ED XR8 Sprint - S-Trim, V500, 249rwkw |
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| Slick |
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If money isn't a problem, Try GryO2 intake cooling system from CRYOGENIC INTAKE SYSTEM.
_________________ Mind f**k!!! it works on feeble minded ignorant sheeples... there's plenty of em on this site... some are very intelligent but by god they are so thick!!! Pakrat wrote: You can buy them seppertly
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| Pandaman72 |
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It's actually not a new idea.
I don't want to sh*t on your ideas but it has been tried before and it has failed before. Biggest hurdle was too much airflow. Keep us updated if you do have a win though. Panda
_________________
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| stockstandard |
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There has been all sorts of similar ideas. The one that looked to me like it had the most potential was putting a water block around the intake plenum and pumping ice water through it. This would be much more effective than peltiers on the intake tube, but is still a novelty with questionable results.
The problems are: 1. You are fighting against the heat the engine puts out, and engines are very good at making things hot. 2. The air is moving fast so you get just a split second to cool it 3. No matter what you use to cool it, it will cost you power/performance in some way which offsets any gains 4. Considering the cost and complexity, the potential gains are small. You do get small gains (or less loss) from minimizing heat transfer from engines (CAIs, manifold spacers, non-conductive pipes, shielding or heat wrapping exhaust), but as far as active cooling goes it’s a waste of time in my opinion.
_________________ Stoke me a clipper, I'll be back for Christmas |
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| A_Boring_Username |
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If you wanted to do that, a compressor would work better (assuming you could get past the air flow problem), peltiers are very inefficient.
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| stockstandard |
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A_Boring_Username wrote: If you wanted to do that, a compressor would work better (assuming you could get past the air flow problem), peltiers are very inefficient.
As long as your using a compressor why not just pressurise the intake
_________________ Stoke me a clipper, I'll be back for Christmas |
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| A_Boring_Username |
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Because you won't get a compressor (other than a turbo) that will have enough flow.
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| Interceptor |
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A_Boring_Username wrote: Because you won't get a compressor (other than a turbo) that will have enough flow. i think he meant supercharger
_________________ Banned |
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| A_Boring_Username |
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True, won't be a very good cooler though.
How about an intercooler immersed in some form of refrigerant? |
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| stockstandard |
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A_Boring_Username wrote: True, won't be a very good cooler though.
How about an intercooler immersed in some form of refrigerant? They have air to water intercoolers And yeah, turbo/superchargers dont cool the air, but has the same end result. You cool air to make it more dense, you compress air to make it more dense.
_________________ Stoke me a clipper, I'll be back for Christmas |
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| Mike_EA |
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I think he means Compressor as in a Fridge. Well it looks like its not gonna happen
 . Ahh well!
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