True Free energy devices exist,But Millions are spend in supressing that information,if you want a real Free energy Magnet Motor, get the blueprints at LT-MAGNET-MOTORdotCOM ,Join the revolution!
The electron clustering at the graphite is the real secret of the Newman motors and will give you big back current spikes into the battery, but only, if you use theright dissimular metal commutator parts.
You direct-convert graphite to free electrons
which add up in your circuit and recgarge the batteries...
The only way I know of right now is taking a strip of paper and moving with the wind at the speed that it doesn't tilt. This turns out to be 4 ft per second. With a 19" diameter fan, this turns out to be over 470 cfm (cubic feet per minute). Therefore, this machine produces over 200 cfm per watt, which is extremely high efficiency for a non-celing fan.
essentially we can used a fan as the weight for the newman motor, which will endlessly produce power to a wind turbine. this experiment will be part of check list to do, let me know if do anything upon this.
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True Free energy devices exist,But Millions are spend in supressing that information,if you want a real Free energy Magnet Motor, get the blueprints at LT-MAGNET-MOTORdotCOM ,Join the revolution!
buchananfibbing 1 year ago
Well done Kmarinas!
Try to use a graphite copper commutator.
Will give you much more back current spikes
and keep your batteries charged.
The electron clustering at the graphite is the real secret of the Newman motors and will give you big back current spikes into the battery, but only, if you use theright dissimular metal commutator parts.
You direct-convert graphite to free electrons
which add up in your circuit and recgarge the batteries...
Regards, Stefan.
overunitydotcom 3 years ago
is there anyway you can find out what is the wind speed?
uusedman 3 years ago
The only way I know of right now is taking a strip of paper and moving with the wind at the speed that it doesn't tilt. This turns out to be 4 ft per second. With a 19" diameter fan, this turns out to be over 470 cfm (cubic feet per minute). Therefore, this machine produces over 200 cfm per watt, which is extremely high efficiency for a non-celing fan.
kmarinas86 3 years ago
This is a combination of two factors:
1) The large fan diameter
2) The low rpm
2 watts / (4 ft/s) = 1.6 netwons = 0.37 pounds of force
That is the maximum force we should be able to get from this motor at this power consumption and velocity of output.
kmarinas86 3 years ago
essentially we can used a fan as the weight for the newman motor, which will endlessly produce power to a wind turbine. this experiment will be part of check list to do, let me know if do anything upon this.
Good JOB!
uusedman 3 years ago
great!! very high efficiency
armakuni2000 3 years ago
It would be interesting to see if we can combine a newman machine fan to a wind turbine.
uusedman 3 years ago