Using Chas Cambel Flywheel System For 15 Horsepower

[Grumage]

Dear All.

Having spent the best part of last year looking into electronic OU and getting nowhere !! I decided that a change of direction would be a good idea, as I am a better mechanic than an electronic guy !!

As I write I am amassing the parts for a 6.5 Kva alternator based Chas Campbell system.

In my own mind I see a couple of possible areas where OU might become apparent.  In using an AC drive motor with suitable added capacitance to "Mess" with the phase angles ?? Reactive currents.

The other trick, as I see it, is the fact that the "so called" working devices have a very loose coupling between driver and driven !!    Water wheel??  Remember that one??

And this...http://www.youtube.com/watch?v=y6q_l6FpacU  Hydraulic drive !! 

Pulsing?? Simple !! Loose belt and an eccentric roller that is pulled into the belt and tightens it flings it round and does it again and again !! Simples !! However you could just try it with a stick to start with. 

Well that's enough for now, I hope I have provided some food for thought??

Cheers Grum.

[tinman]

How is chas claiming OU if there is none is in his setup?  There are several on YouTube that are powering things that require some real power going to them (drills, saws).  I have done the calculations for kenetic energy stored in the flywheel and it can hold quite a bit.  Also if you consider that if you spin a flywheel that is twice as heavy it only holds twice the energy but if you double the speed of the same wheel it can hold four times the energy.  So how can it not work just because of friction and resistance from the generator side.  With the amount of energy stored in the wheel it would take awhile to slow down that mass even with a large load.  With a small load it would just keep going and if you could apply a large load slowly enough for your motor to recover the speed lost in the wheel cuz of the load, seems to me like it should work.

The load drawn from the flywheel can never exceed the power used to keep the flywheel at a constant speed-!equal and opposite reaction.!

[Pirate88179]

The load drawn from the flywheel can never exceed the power used to keep the flywheel at a constant speed-!equal and opposite reaction.!

Exactly right.  Also, consider the power used to spin the flywheel up to speed in the first place.  A lot of folks seem to leave this out of the equation.  All a flywheel does is to store (like a battery) "some" of the power used to spin it up.  There are mechanical losses here so it does not even do that totally well.

Bill

[penno64]

How does this work ?

http://www.youtube.com/watch?v=qhwQt1tJYa8

Penno

[penno64]

ACCA posted in Kapanadze thread, but this pic I think shows exactly a fisher & pykel washing machine motor 14 magnet sets and 42 stator coils -

Now Umbreto is driving with fluid - hydro drive