Hi Guys,

I just thought that this might work. I planned on building this next month so I decided to post it here for everyone's constructive criticisms that could help me in building this stuff.

I have attached herewith the draft concept subject for improvements.

By the way, the objective of this device is to run a wind motor generator that could generate electricity.

The input of this device is by moving the pivot point to let the bob and the lever swing continuously, then the generated force on the shaft (located in the pivot point) turns the flywheel.

Sorry I am having a hard time giving he detail, just kindly see the draft concept, I believe you would understand better how would this device would work.

Looking forward for advice.

Regards,
Fred

The short explanation is that gravity cannot provide energy.
In some way or another, any form of massdisplacement, energy, must be accounted for as long it isn't supplied mass or energy into the system.
Basically, you have a given total potential energy available. Potential energy in a mass depends only on the hight it can be released from. Since this hight is not exceeded, or mor mass is put into the system, you end up with a device that oscillate between potential and kinetic energy. This oscillation will stop at the same moment you take energy out of it - in other words, when you try to stop it.


Vidar

Looking at these numbers (attached), the energy generated is more than double the input, so I think if I only take out half of the energy generated to drive the flywheel, would the oscillation stop even if there is continuous energy supplied from the input?

Can you post a video animation of this?

Is the output and input energy an average during the complete cycle, or is it peak energy at one particular position?
I do not trust that software. I made an overunity device using two coilsprings and a flywheel in that software.




Vidar

Quote from: FredG on February 22, 2019, 07:05:10 PM
Looking at these numbers (attached), the energy generated is more than double the input, so I think if I only take out half of the energy generated to drive the flywheel, would the oscillation stop even if there is continuous energy supplied from the input?