Gravity assisted power for sale NOW

[Jules Tresor]

Hi, I didn't see a thread on this spectacular device, so here it is:
YouTube - Gravity_Assisted_Power.mp4
Simple, mechanical, ...
Got the info some while ago from Directory: Feltenberger Pendulum by Gravitational Energy Corporation - PESWiki

[Harvey]

Hi, I didn't see a thread on this spectacular device, so here it is:
YouTube - Gravity_Assisted_Power.mp4
Simple, mechanical, ...
Got the info some while ago from Directory: Feltenberger Pendulum by Gravitational Energy Corporation - PESWiki

The absolute irony of gravity assisted pumping is who has been using it for over 100 years:

YouTube - Pump jack

[Mark]

Hmmm, they say it pumps 1,000 gallons of water an hour or 8345 lbs of water an hour. I wonder if there is a way to use that weight to assist the pendulum or to make it a self runner. Just something to think about.

Mark

[Cloxxki]

Seems to me not the volume of water is an issue, but the volume multiplied with the height gain at exhaust. I can pump any amount of water, even vertically, at any volume per hour, if the height gain is not an issue.

[Aaron]

disconnected cycles

Harvey,

The grasshoppers are quite a bit different though. The cycle is locked to
itself - output "swing" is directly locked to the input "swing". It is closed
and is not able to swing or come back down freely from gravitational input.
It is limited by how it is connected to the rotational part.

The other ones have a free swinging pendulum and that is what makes it
an open system. The pendulum swing like on Milkovic's is
disconnected from the horizontal beam. They are not locked to each other
so with Milkovic's, it is over 1.0

And looks like they just took Milkovic's idea and patented a variation of it???
How long have they been developing their water pumping method? Did
they simply copy Milkovic?

[Harvey]

From what I can tell, the first counter weights were used in 1924 - so not quite 100 years as I inferred

But the principle is very much identical, the motor invests energy into the flywheel as the suction rod is being pulled down by gravity deep into the well - this is when the counter weight is lifted so very little energy is needed to get the weight to the TDC. Now, as the weight falls to the earth, the suction rod is lifted (with all the well goods) and the motor provides that energy to do that. But, it is significantly less than if the motor had to lift the head on its own without the gravity assist.

These are time averaging systems. Energy is added in small amounts over a 360° period and extracted in some lesser period therefore leveraging the time. And this is how the gravity assist works.

Milkovic has a slightly different system where he actually plays inertial gravity against mass gravity and splits the field into non conservative sections thereby affording him the ability to extract energy while the potential energy is in a kinetic state. I recall the 10 hand held generators being operated by a single hand held generator - now that was a very effective demonstration

[Roland]

Harvey,

The grasshoppers are quite a bit different though. The cycle is locked to
itself - output "swing" is directly locked to the input "swing". It is closed
and is not able to swing or come back down freely from gravitational input.
It is limited by how it is connected to the rotational part.

The other ones have a free swinging pendulum and that is what makes it
an open system. The pendulum swing like on Milkovic's is
disconnected from the horizontal beam. They are not locked to each other
so with Milkovic's, it is over 1.0

And looks like they just took Milkovic's idea and patented a variation of it???
How long have they been developing their water pumping method? Did
they simply copy Milkovic?

Id say the Gravity Assisted Pump/generator is very different from what Ive seen about Milkovic's versions. While i see they both are 2 stage oscillators of sorts. Milkovic's devices mainly to be about capturing the energy of the centrifugal force. The Feltenberger Pendulum looks to be focused strictly on the kinetic energy of the pendulum movement. I guess they both do the same thing, but their approach seems very different to me.

How It Works | Gravitational Energy Corporation

[wrtner]

Seems to me not the volume of water is an issue, but the volume multiplied with the height gain at exhaust. I can pump any amount of water, even vertically, at any volume per hour, if the height gain is not an issue.

Yes. Strictly speaking, we need the wattage - the rate at which
M lbs of water is being lifted F feet in height, all rendered in
consistent units.