quentron.com

[Goat]

Goat,

I think you are looking to deeply at this, if you just disconnect the wires to the heater then the hot side stops getting hotter and the cold side stops getting colder. But yes you could feed some of one side back into the other just to keep it within the desired range I suppose.

The new refrigerator / hot water heater unit!

Hi lumen;

With all due respect, how am I "looking to deeply at this"? 

Up to this point this thread has been trying to look at the possibilities of augmenting power by different methods but the basic problem seems to be the heat and cold side of the module.  If what I proposed would solve the problem then what's wrong with that solution?

Maybe I missed something in your post as a counter argument, if so, please explain it, I'm sometimes dumb at getting the point of someone's point in a post, so if I missed it please forgive me and carry on 

P.S.:  "The new refrigerator / hot water heater unit!"  That part I agree with

Regards,
Paul

 

[Groundloop]

Hi lumen;

With all due respect, how am I "looking to deeply at this"? 

Up to this point this thread has been trying to look at the possibilities of augmenting power by different methods but the basic problem seems to be the heat and cold side of the module.  If what I proposed would solve the problem then what's wrong with that solution?

Maybe I missed something in your post as a counter argument, if so, please explain it, I'm sometimes dumb at getting the point of someone's point in a post, so if I missed it please forgive me and carry on 

P.S.:  "The new refrigerator / hot water heater unit!"  That part I agree with

Regards,
Paul

Paul,

There is no "but the basic problem seems to be the heat and cold side of the module".

The module converts heat directly to energy. So you need to apply heat to both sides
of the module. The limiting factor is how much and how fast you can provide heat to the module.

GL.

[broli]

On the latest site update it states

We are still a few weeks away from showing the public proof that Quenco is as claimed
  The production delays are minor but are out of my control
  So I will not make the mistake of announcing a new launch date yet

http://www.quentron.com/

[Goat]

Paul,

There is no "but the basic problem seems to be the heat and cold side of the module".

The module converts heat directly to energy. So you need to apply heat to both sides
of the module. The limiting factor is how much and how fast you can provide heat to the module.

GL.

Thank you for clearing that up Groundloop, now I understand.

Regards,
Paul

[lumen]

Goat,

I was agreeing with you!
I was only stating that a quenco device seems to have a more direct approach to solving the machine you were talking of.

If I understand this correctly, heat will convert directly to electrical energy in the quenco chip. The heat causes a charge to accumulate but if you do not use it (or no current flows) then no additional heat can be converted to electrical energy.
Only when you deplete the charge will more heat be converted to increase the charge again. So if you disconnect the wires from the quenco chip, it stops converting heat to electrical energy and in essence stops cooling.