Free Energy RANT CAFFE ASYLUM

[worldcup]

   Joel is one of the few people still working on a self runner. Such as a Top Ruslan type of device, but has not gotten anywhere with it yet.
Then he goes on to something like this new video now.  But, still not really showing true self running, in my opinion. As he does not show or tell us to what degree it stops running at. So, not very convincing, and a bit deceptive, in my view.
  NickZ

Yes.

copied from his video description

No batteries!

In this video, I demonstrate a method for sending the back EMF of a bedini style fan motor without using a full-blown inverter and separate power supply for DC isolation. Instead, we built our own isolation transformer with a one-to-one ratio and ten turns on each side. After rectifying the isolated side, we send the resulting charge back into the capacitors which powers the pulse for the Bedini switching. As shown in the video, after about 15 minutes, the capacitor's charge remains stable instead of decreasing, demonstrating the effectiveness of our setup. We also show the back EMF spike on the oscilloscope, with reversed poles for better viewing. By eliminating all batteries in the system, we address accusations of exploiting the VI curve of lead-acid batteries. Our LC circuitry recycles its own power and interacts with magnetic fields at every event in the pulse, resulting in increased amplified amplitudes due to the coils of the Bedini motor "energizer" during the inductive kickback time.

I'm not saying this simple setup will run "for ever" but instead perhaps for hours without eventual drop of perhaps 0.01mv along the way. I want to simply draw attention on efficiency of such a system and why in such a configuration we could include an additional system of energy such as electrostatic disks dumping into a pulse cap. Sending/introducing  an additional energy input to our system for "free" It don't cost us any more "loading" current to drive a electrostatic plate instead of a fan blade. Because of how the mechanical spin of such device is not really a motor in a traditional sense.

It's also worth noting that the usage of super capacitors instead of using normal batteries, helps us reduce the internal resistance of our storage device. Bedini knew this was a key to his system's efficiently so he used big commercial high voltage backup batteries, Industrial grade,  instead. We can mimic similar circuit characteristics, by replacing the battery setup with capacitors. Much lower resistance to work with! And no messy lead acid "anomalies".

[worldcup]

 

Yes Jimboot is a huge asset to the open source FE builder and research community !

Hello,

@ramset, Yes, i've been following his video since day one.

He should perform extensive measurements.

Meanwhile i'm following this guy too https://www.youtube.com/@eleman-gc/videos
'GEORGE CHANIOTAKIS' claims its his invention , and joel is experimenting with it.
_{(JOEL video with GEORGE comments of claming this is flagged i guess, i cannot check those replies anymore)}

There is one more similar entity i follow, https://www.youtube.com/@teslafreedomenergy/videos
'GREEN WAVE' this guy has paid circuits for kapa alike devices!.

Regards

[SolarLab]

WTF?

[onepower]

No batteries!

In this video, I demonstrate a method for sending the back EMF of a bedini style fan motor without using a full-blown inverter and separate power supply for DC isolation. Instead, we built our own isolation transformer with a one-to-one ratio and ten turns on each side. After rectifying the isolated side, we send the resulting charge back into the capacitors which powers the pulse for the Bedini switching. As shown in the video, after about 15 minutes, the capacitor's charge remains stable instead of decreasing, demonstrating the effectiveness of our setup. We also show the back EMF spike on the oscilloscope, with reversed poles for better viewing. By eliminating all batteries in the system, we address accusations of exploiting the VI curve of lead-acid batteries. Our LC circuitry recycles its own power and interacts with magnetic fields at every event in the pulse, resulting in increased amplified amplitudes due to the coils of the Bedini motor "energizer" during the inductive kickback time.

It's good to see someone took my advice and ditched the batteries. In my opinion batteries and power supplies are a red flag right from the start.

It's also really easy to calculate the energy gain/loss because the Energy in Joules = 1/2 C V^2. No math capable DSO's or $60K power analyzers are required just measure the voltage and do a simple calculation.

The energy on a capacitor can also give us some more insight. The Energy on a capacitor (1/2 C V^2) is in Joules and one Joule per second equals one Watt of Power which is the rate of energy transfer. Ergo, when the capacitor energy changes by one Joule in one second we know one Watt of power has moved into or out of the system. Now we have a very accurate means to measure both energy and power with a voltmeter and a clock.

In my opinion a capacitor based system instantly adds credibility to any setup. We look at a battery or power supply and we think, Meh it could be doing anything. Now add preferably small capacitors and nobody has any more excuses. What we see is what we get and a simple voltmeter on the input and output capacitors is enough.

AC

[onepower]

NickZ

Joel is one of the few people still working on a self runner. Such as a Top Ruslan type of device, but has not gotten anywhere with it yet.
Then he goes on to something like this new video now.  But, still not really showing true self running, in my opinion. As he does not show or tell us to what degree it stops running at. So, not very convincing, and a bit deceptive, in my view.

Joel states...

As shown in the video, after about 15 minutes, the capacitor's charge remains stable instead of decreasing, demonstrating the effectiveness of our setup.

To those skilled in the art I think it's a different story. I see capacitors, an oscillator system using electronics, a fan running, a transformer and a diode. Now let's say were only losing 5% per element(times five) which is very efficient. This means 25% loss per cycle at X cycles/sec of the feedback transformer.

Better yet, try to transfer any energy from one cap to another. Without an inductor between the caps we lose 50% of the energy right off the top. Add an inductor which then requires a diode and were easily into a 10% loss per cycle of said inductor. For example, I was doing experiments on the two cap paradox using two 10 Farad caps, a ferrite inductor pulsed at the optimum time period, low loss signal diodes and still measured 0.02v loss per single impulse.

So how do you suppose Joel's setup doesn't even register a change in the voltage on the caps in 15 minutes?. I suspect most people don't understand electrodynamics well enough to determine what they think there seeing.

AC