A SIMPLE ELECTRIC HEATER, WHICH HAS EFFICIENCY GREATER THAN 1

[George1]

To kolbacict and gsmsslsb.
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Hi guys,
Thank you for your replies. Please give me some time to consider carefully the links you have sent.
I will write to you in the nearest future.
Regards,
George1

[George1]

To smOky2.
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Hi smOky2,
Where did you disappear my friend?Any suggestions for how to design a simple experimental laboratory system related to your idea?
Looking forward to your answer.
Regards,
George

[sm0ky2]

Two sealed chambers connected by a hydraulic cylinder with a long stroke.
In one side: the electrolysis chamber builds up pressure as it generates gas.
On side 2, the piston compresses air, to be used as an energy storage medium.
Both chambers will maintain equal pressure.


If the piston is held in place, chamber 1 can be evacuated of the fuel gas,
to be used as an energy storage medium.


The compressed air can be stored in another container, chamber 2 allowed to return to 1ATM
and the piston returned to the equilibrium position.


For the cycle to begin again.

[sm0ky2]

At the end of each cycle, you have discrete quantities of stored energy.
Which can be measured and compared to the input.


The fuel cell equation for electrolysis and reversal:
Already accounts for 100% of the electricity.


The energy stored in the pressure chamber is in excess of "Unity", by default.

[George1]

Hi smOky2,
Thank you for your reply.
Yes, this design seems to be perfectly workable. Some calculations related to (1) the length of the stroke, (2) the sealed chambers dimensions and form and (3) the generation of hydrogen (and may be oxygen?) per unit of time? This would be an interesting three-components correlation.
Looking forward to your answer.
Regards,
George