Basic Free Energy Device

[Dbowling]

There is no need to self loop the device. As long as the batteries are rotated, it continues to run. As long as it is running it produces usable power. Sometimes I wonder if people even bother to read what I post. This thing will ALWAYS need batteries because that is what supplies the power to run. The output of the generator will always be less than the power required to turn the motor that is running the generator. You cannot loop the generator output back to run the motor. The output of the generator and the circuit that runs the motor are two separate circuits. We are running the motor off the potential difference between two sources of energy, and recycling that energy. It cannot be looped, but it doesn't NEED to be. The circuit that runs the motor is self sustaining. The generator circuit provides usable power. TWO separate circuits. Build it and you will see, or just keep TALKING and wasting oxygen. Sorry to be rude, but I have had my fill of people who haven't built this thing telling me what it can't do and what I need to do to prove it works. I don't need to do ANYTHING. I shared this with everyone, but I could give a crap whether you believe it works or not, and I could care less whether or not you choose to build it. I have given you everything you need to build this successfully. I have projects of my own to attend to, like the motor and generator to be used with this circuit, so you'll have to excuse me if I don't stay around to hold anyone's hand. Good luck all. I am done here.

[sm0ky2]

"power recycling" seems to be an interesting topic these days.

several unconventional set-ups, such as this one, have shown that there may be something here worth investigating.
if at the very least, we learn something we didn't know about where the power goes after it runs to "circuit ground".....

the batteries/capacitors care about two things: voltage potential between two points, and resistance.
These two things can be positioned such that the "total power capacity" we experience from our human perspectives, is completely independent from the experience the battery has from ITS' perspective.

whether you reverse-bias the voltage so that the current flows into the charging battery, or you reverse bias the resistance so current builds up from within,

I think the best way to accurately measure this, is indeed through the load. Using the manufacturer specs on the batteries as a base-line
for Energy Input.

Load consumption is your output, regardless of the state of the 3 batteries at any given point in the system.

The motor/generator system has its own in/out with losses, and is simply an additional load that can be ignored for the purpose of looking at the system as a whole. call it an "inefficiency" that will present itself in the final In / Out analysis.

For instance, the battery is 12v, and let's assume it has capacity of 11 Amp hours, that gives you 132 Watt-hours x 2 batteries
= 264 Watt-hours of energy.
If your load measures lets say... 250 Watt-Hours when the system finally drains, then you know the motor/gen consumed a good part of the remaining 14 Watt-hours of electricity. The rest being resistive/heat and EMF losses in the circuit wiring.

If your load consumes more than the 264 Watt-hours (and enough to negate a small capacity remaining in the "dead battery",
and the system is still running, then We take a look at whats going on in each step of the system.

[Pirate88179]

There is no need to self loop the device. As long as the batteries are rotated, it continues to run. As long as it is running it produces usable power. Sometimes I wonder if people even bother to read what I post. This thing will ALWAYS need batteries because that is what supplies the power to run. The output of the generator will always be less than the power required to turn the motor that is running the generator. You cannot loop the generator output back to run the motor. The output of the generator and the circuit that runs the motor are two separate circuits. We are running the motor off the potential difference between two sources of energy, and recycling that energy. It cannot be looped, but it doesn't NEED to be. The circuit that runs the motor is self sustaining. The generator circuit provides usable power. TWO separate circuits. Build it and you will see, or just keep TALKING and wasting oxygen. Sorry to be rude, but I have had my fill of people who haven't built this thing telling me what it can't do and what I need to do to prove it works. I don't need to do ANYTHING. I shared this with everyone, but I could give a crap whether you believe it works or not, and I could care less whether or not you choose to build it. I have given you everything you need to build this successfully. I have projects of my own to attend to, like the motor and generator to be used with this circuit, so you'll have to excuse me if I don't stay around to hold anyone's hand. Good luck all. I am done here.

Whatever dude.

Nice talking to you.

Bill

[e2matrix]

Thanks for sharing your work here again David.   I'm just throwing in here that those 220A or 230A Lawnmower batteries can be had for less than $20 each at Walmart.  Well worth it for this sort of project and a way better price with a lot more power than gel cell batteries tend to have. 

[Paul-R]

Forgive me if this is a foolish question, but I ask if this project can be based on capacitors instead of batteries.

I makes state of charge assessments straightforward.