A SIMPLE ELECTRIC HEATER, WHICH HAS EFFICIENCY GREATER THAN 1

[tinu]

To tinu.

...
2) Secondly, we admit your superiority in the field of electric engineering. OK, you are right and we are wrong. What to argue about then? Please don't be angry with us and consider the COP > 1 heater as a part of the entertainment industry.
Take it easy and be happy!
Regards,
George
   

Oh George, you are so kind today! I'm deeply touched!

Now that you admit my superiority, I sense the deepest feeling of personal accomplishment like I've never felt in a long time... For that, I'll give you a great tip for free!


You see, in the western world, especially USA but Europe too, there is a great need for cooling. The heating requirements are not extremely high because almost all buildings are very energy efficient and winters are not so cold. Demand for heating will be lower in the future too, and I'm certain you're familiar with global warming and its effects.

So, while heating is not a bad deal, cooling is far, far superior as market value.
On the same time, H2 and O2 are quite cheaply and commonly available, as they are used in many industries, including the welding sector but also the entertainment industry you seem to appreciate.
Consider this: instead of running your electrolyzer for producing H2 and O2, why not running it  in reverse? Why not feeding it with H2 and O2 and have it working as an electric generator but, most importantly, as an extremely valuable cooler? A word of caution: not every electrolyzer can work in reverse but still, many advanced models shall work just fine. I'm not sure about COP>1 but maybe your lead researcher will dig into it. Think of it: produce electricity and cooling from cheap industrial H2 and O2 then maybe, if COP>1 use that electricity being produced to run you current electrolyzer in normal mode and maybe closing the loop? That would be fantastic, don't you think?! I mean, just think about: first electrolyzer feeds the second with electricity while the second, in return, feeds the first one with H2 and O2. And, as a bonus, you'll have free heating and cooling too and maybe some excess H2, O2 and electricity, depending on how large COP>1 will be! Well, what do you think?


Speaking of your lead researcher, what's his/her name?

I understand he/she has an invention that is for sale for 10 million dollars! Please invite him/her here to introduce himself/herself and his/her invention.

I'm sure he/ she will be more than welcome!


Regards!



[/font][/font]

[George1]

Hi tinu,
1) Your idea sounds great, but could you be more specific?
2) About our leading researchers. (They are more than one.) Now they are preparing an answer related to your rejection of their COP > 1 concept. And for the present they would not like to be in the public eye.
Regards,
George     

[tinu]

 Hi George,

1. You have enough info for free, don't you think? Right now I'm on my annual leave and I'm sorry but my holiday is too expensive for expanding beyond that. I think I offered a generous tip already.
2. Oh, but a 10 million dollars invention is already out of anonymity! Multiple leading researchers? What a brilliant strategy! Yet, I'm only interested in the sole author of the invention to be sold. No offense but the rest are of no value to me. I insist you to introduce him/her here so we can have direct and unimpeded dialogue. An  username will suffice for now although you should know well that an inventor can't be anonymous, right? Sooner or later (and better sooner!) he/she shall take full credit for the great discovery!
Where are you from George? What country?

Regards!

[George1]

Hi tinu,
While waiting for our experts to to prepare their sophisticated answer I considered carefully your yesterday posts.
There is something false and incorrect in your calculations.
Please answer the 6 questions below.
=====================
1) Vps = power supply voltage = 2 Volts. Is this correct?
--------------------------------------
2) Ips = current flowing through the electrolyte = 1 Ampere. Is this correct?
--------------------------------------
3) (Vps) x (Ips) = (2 Volts) x (1 Ampere) = 2 Watts = power, generated by the power supply. Is this correct?
--------------------------------------
4) R = 0.77 Ohm = ohmic resistance of the electrolyte. Is this correct?
--------------------------------------
5) Assume that Vps = 1 Volt. What will be in this case the value of Ips, that is, Ips = ? Ips = 0 Ampere?
--------------------------------------
6) Assume that Vps = 1.23 Volts. What will be in this case the value of Ips, that is, Ips = ?
--------------------------------------
Please answer the above 6 questions separately and clearly.
--------------------------------------
Next questions will asked in my next post.
Looking forward to your answer.
Regards,
George
   

[George1]

Hi tinu,
Where are you, old swindler? Will you answer my 6 questions? Because you have to answer still more questions except these 6 ones.
Regards,
George