David Bowling's Continuous Charging Device

[Dbowling]

Have not tried geiger measurements, but hopefully there is no radiation here! LOL.


Dave

[FatBird]

Thank you for sharing David.
1.  Please post the type of motor it is, voltage, current.  Is it a electric scooter motor, etc.
2.  What is a Transducer Battery?
3.  How large is the Bifilar Coil?
4.  It says Under Transducers.  Does that mean 1 HUGE Coil is under ALL batteries at the same time?


Thanks.

[Dbowling]

Here are the parts. All this is on the thread at EF.

2 source batteries, full charge, radiant conditioned. Charged with a SSG.[/font][/size]

2 transducer batteries (3rd position), DEAD, no conditioning to start with. The ones I have been using with this setup have 0.1v and 6v. These charges have moved around about a volt during testing. Nothing significant.[/font][/size]

1 Buffer battery, drained charge (11.5v to 12v), radiant conditioned. This I use for my loads.Bifilar coil 9" in diameter. #12 wire (from a piece of house romex)Motor can be ANY brushed dc 12 volt motor. I am using an MY1016 Razor scooter motor obtained on ebay.Inverter is connected to buffer battery and loads connected to inverter. You need to have a load on the motor. Could run another motor as a generator.YOU MUST BALANCE the system or your primaries will GO DOWN!!!!!!!  This is done by watching the voltage on the buffer battery. Let the system run for a couple minutes. During this time your primaries will go DOWN a little. Watch the buffer battery voltage. If it is going up,  increase the load on the inverter or decrease the load on the motor. If it is going down, decrease the load on the inverter or increase the load on the motor. When you stabilize the buffer battery, your primaries will stop going down, will stay level, and will climb back to where you started or higher when you shut down. The faster you stabilize, the higher your end voltage will be.I am running 17 1/2 watts of lights off the inverter. I am drawing 11 amps running the motor as a load using it to turn another motor as generator. In a ten hour run that is over 100 amp hours of power drawn from 2 (18 amp hour) batteries, and the primaries are still charged. The motor is running at over 6000 rpm and I can use it to run my generator. This is REAL POWER.[/font][/size]

Dave

[Dbowling]

Should have mentioned...The 2 primary batteries must be the same kind of battery and same amp hours. The dead (transducer) batteries should be the same kind of batteries and same amp hour, but don't have to be the same as the primaries. The buffer battery...not sure if that matters. Doesn't seem to.
The two transducer batteries (dead ones) sit on the pancake coil. Use a compass to orient them so that north runs corner to corner through the batteries on a diagonal. Any questions, let me know. I am pretty much on the internet all day long on the other forum. Just thought I should post this here because I felt like I owed something, since this was the first place I posted, even if nobody believed me.


Dave

[Dbowling]

The only limits to this system are what YOU have on your bench, the size of the motor you are using and the size of the inverter you are using. Put as MUCH load on the inverter as it will run...as long as you can balance it with a load on the motor. Or, put as MUCH LOAD on the motor as it can run, as long as you can balance it with a load on the inverter. Remember, BIG loads make the primaries go down fast until you get it balanced, so be ready to do that. The they will hold and eventually recover. But start with small loads and LEARN.


This is not the end. This is the beginning. We are learning more every day and even sharing MOST of it on the forum. We want to put it all together so to speak before we dump everything out there, so hold on. It's going to be quite a ride. Lots of folks working behind the scenes on things like solid state versions, etc. Now that we understand what we've got ahold of, there are going to be some major revelations in the future. I would bet on that. Come join the fun


Dave