A very easy method for overunity and its the real deal as they say.

[telecom]

It is a cheating presentation that does not work because the outlet water level is higher than the inlet level.
It is not the model of the device that was presented in the real world, in the link you gave previously:
https://www.youtube.com/watch?v=tH36RyXfz-Y

It is very clear here that the setup is not that of the cheating presentation: the water outlet level is lower than the water level stored in the bin, therefore it works, it works according to the syphon principle, it's not free energy, it's not the model, the model doesn't work for the given reason.

In the syphon,
the water goes up from the excess air pressure caused by the difference in height.
Here it is pushed up by the atmospheric pressure, due to a vacuum in the tank.

[Xavier]

I think about the low pressure. It's something working like a serynge, with the big potential of the tank.

[telecom]

I have no response. Only this draw to explain the principe.
Thanks

Don't think this diagram reflects reality because if you remove water in the
output, nothing will change - it is controlled by the surface area, not the volume.

[Xavier]

Don't think this diagram reflects reality because if you remove water in the
output, nothing will change - it is controlled by the surface area, not the volume.

Yes. The output is only there to prevent air bubble to come inside the tank.

The only thing to understand is :

- If you have no hole in the tank, and if the bottom output of the tank is not in air > the water can't go, because the low pressure is superior to the gravity force

- If you make a hole at the top of the tank -> the water can fall, whe return to normal pressure


The model, une idée simple :

- If you give water instead air to the hole -> new water coming to the tank, and stored water can fall.

This can be done with a potential difference beetwen "in" and "out", and only if "out" is powerfull than "in".

The stored water weight allow this difference.



Thanks

[telecom]

In hydrostatics, they usually look at the pressure,  rather than the weight.
Because in the tank, weight is absorbed by the bottom, but pressure increases
with the depth, for example. at 1 meter it will be 1 atmosphere,
no matter how much water is there.
I will do some reading on it to understand better.