Good reply!
You mention -->"For example: a typical Pelt might require 240 watts of input power (12 VDC @ 20 Amps) to pump 60 watts of heat energy from cold side to hot side. Another kicker is that total heat coming out the hot side (heat pumped + applied power). In the previous example, a heatsink or waterblock will have to carry away 300 watts of thermal energy" <--
Sounds like TECs are almost worthless based on the hype their getting.
Maybe if a variable type switch was used, so as to adjust the "juice" required to pump some heat, you would have a good ability to "fine tune" it to work within the parameters of a good liquid system. Do TECs really need to be pumped to the MAX of their ability?
Could TECs be configured to charge capacitors then dump a charge into a LED? What kind of temp variance do you need to give a current? Are there any specifications showing the output of a TEC when different temps are applied?
I have a nice concept for a "water pipe" using TEC type devices.
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Thanks
mindspat
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