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Zero Point Energy Integration Challenge

zpe_mariah

What would you do with a power-supply that never ran out? One that you never had to replace a battery for or plug into the grid with zero emissions. Zero Point Energy is here, it’s proven and it works. I’m looking for engineers who are willing to integrate our power supply into nano and biotech for now with infinite possibilities for growth as the technology increases capability and capacity.

 

Let’s chat if you feel up to the challenge.

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    I'd like to know if this is a viable item to use for production. My first question is, what power level does this have (as a practical, not theoretical matter)? The only true free energy power sources I'm aware of are: nuclear batteries (big, expensive, hazardous and works up to about 100 years), wind (won't work in still air), solar (won't work in the dark), piezoelectric (only practical at milliwatt power levels), fuel cell ( high power, expensive, and needs refueling periodically), and chemical batteries (limited to a few 10s of hours at best before needing recharge).

     

    If it's a piezoelectric type (or something similar), then it can maybe light a small LED from movements of the air or your body, but this is not practical for all but a very low power processor (MCU) with a low power sensor.

     

    If you can't say how it works, please tell us the power level (in watts or milliwatts) of your working model and if it needs any recharging or if it has a maximum time limitation on continuous use due to overheating or any other reason.

     

    Awaiting your response.

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  • 0

    I'd like to know if this is a viable item to use for production. My first question is, what power level does this have (as a practical, not theoretical matter)? The only true free energy power sources I'm aware of are: nuclear batteries (big, expensive, hazardous and works up to about 100 years), wind (won't work in still air), solar (won't work in the dark), piezoelectric (only practical at milliwatt power levels), fuel cell ( high power, expensive, and needs refueling periodically), and chemical batteries (limited to a few 10s of hours at best before needing recharge).

     

    If it's a piezoelectric type (or something similar), then it can maybe light a small LED from movements of the air or your body, but this is not practical for all but a very low power processor (MCU) with a low power sensor.

     

    If you can't say how it works, please tell us the power level (in watts or milliwatts) of your working model and if it needs any recharging or if it has a maximum time limitation on continuous use due to overheating or any other reason.

     

    Awaiting your response.

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