The Thermo Lamp - Part II

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Uploaded by on Aug 6, 2008

Thermo Module powering a 1-Watt LED.

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Science & Technology

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Uploader Comments (unlimitedtechnology)

  • Excellent test! I'm new to 2 the field of thermo-couplers. My expertise is being able to generate 50, 000 Btu heat inside of a 1.5 x 16 inch iron pipe. The back side of the pipe is ambient temp. and hoping to use this as COMMON ref. pt. with inserted #8 gauge x 8 inch copper leads as the voltage ref. pt. with a pot. temp. dif. between 1,800 - 400 F or 1, 400 F.The pipe itself forms the junction between the copper and iron. Would this work? I like to think outside of the box. Ps. reply?

  • @joepipe101

    Your experiment sounds very interesting. I'm not sure if you're going to get a voltage between the two junction pots. Please let me know how your results come out!

    If it does not work, you can use 10 to 20 peltier modules in series an you'll get a large current and voltage with that heat difference you using.

  • The efficiency of these thermo - modules is around 2 to 4 %.

    Its simple and easy though, I have one myself :)

    A well designed and tuned stirling engine will go over 10% efficiency.

    The simple ones are maybe 1 % efficient.

    The NASA stirlings for space use are around 30%, as are the solar sterlings.

    Richard.

  • That is correct! A Stirling Engine is more efficient than thermo modules. But my experiments show that the Thermo Module Lamp produces a lot more light than the Stirling Engine Generator Lamp. The reason I think is because of one step process vs. a two step process. The Stirling Engine produces mechanical energy which then has to be converted into electricity. The Thermo Module is a one step process, heat directly into

    electricity.

  • Why the "stirling engine" tags?

  • I'm trying to show the similarity between both stirling engine and thermo-electric modules.Both use temperature differences to produce electric power! but stirling engines use two steps,thermo energy converted into mechanical energy and then mechanical energy into electrical energy via generator.Thermo-modules use one step,thermo energy directly into electrical energy.

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  • @Ebdan88 Please understand the difference between free energy and converted energy. Free energy does not exist, only converted does.

  • @unlimitedtechnology they may produce the same type of energy in the end, but your analogy is like comparing a diesel electric engine in a locomotive to a gasoline powered engine in a car.

    you simply can't discount the other steps to conclude that two devices are similar. Besides, stirling generators use four steps. Thermal energy; kinetic energy; mechanical energy; electrical energy

  • Thank you for this Video Brother...... Thank's

    Now all we need is to awaken the masses that they dont have to go to war and kill each other so that some rich oil company's get richer and destroy the world!!?...There are alot of free energi devices out there, and people they dont know about them!!?

  • I need help. I'm trying to do the same here but I have more than one module operating. So how can I have all of them producing a voltage along two terminals. What circuit should I arrange them in?

  • elegant little set up

  • How about a parts list and where to order?

    Thanks

  • How much are those Thermoelectric Generator plates,and where can we obtain one please ?

  • dc with 5volts

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