COP 20.00 (2000%) Times, Reactive Power Energy Source Generator,

[serendipitor]

In Jim Murray's presentation from the previous year's conference, he described his initial proof of the SERPS concept in Michigan (1970's), using a Ward Leonard synchronous capacitor running at 120Hz to oscillate power to the main generator station some miles away (This was a local grid, as the rest of the grid was disconnected due to an ice storm). He found that indeed the main generator ended up being throttled way back, and had almost no load.

But he went outside and looked at the transmission lines coming from his plant and noticed that they were "glowing cherry red" even in winter. Eventually the link went down "for unknown reasons."

[x_name41]

Tinselkoala,

x_name41 believes that the difference between load on-modus minus load-off modus is:
Pdiff = 1.9504 - 1.863 = 0.087 Watt

he then compares this to the 24 V- Bulb in operation P = 24 x 0.02 Watt = 0.48 Watt


P bulb 0.48 W div by 0.087 W input-difference equals cop = 5.5

...but ....

...first ...the bulb is not full lit and

..second.. to simply substract power-output of a source  under load with  power-output of the same source without load is one of the
biggest fallacies, it´s a wrong method because the  transformer of a power-source might use 10 watt in idle-mode
and still operate below 1 Watt hysteresis-losses while delivering another 9 Watt  to a load, indicating 10 Watt on its meter.

So it will deliver effectively 9 Watt to the load while the uninformed experimenter believes that he has got his load operating at 9 Watt using almost nothing ( i.e 10 W minus 10  Watt)

So the only way to measure correctly consist of using a 0.1 Ohm shunt in the minus-line and measure the voltage-drop across the shut and multiply this with the voltage at the load.

Kator01

Yesterday I made a new precise measurements, the results are as follows: in the idle mode = 3.60V./0.53A., with load in the output coil= 3.70V./0.53A., and in the short circuit mode in the secondary coil = 3.09V/0.55A. Solely now my scheme is not a perfect because reactive power in the resonant circuit was minimal (something in the scheme impede the preparation of normal reactive power even at idle), i no hurry, a matter of time just while fix the problem

p.s. Tinselkoala you do not understand, because if you think that what you I achieved as a result is a mistake, it is logical to indicate that you deny the actually and the SERPS concept. The conclusion is that you are the just another troll, but these are the real and verifiable facts which cannot be denied

[TinselKoala]

Yesterday I made a new precise measurements, the results are as follows: in the idle mode = 3.60V./0.53A., with load in the output coil= 3.70V./0.53A., and in the short circuit mode in the secondary coil = 3.09V/0.55A. Solely now my scheme is not a perfect because reactive power in the resonant circuit was minimal (something in the scheme impede the preparation of normal reactive power even at idle), i no hurry, a matter of time just while fix the problem

p.s. Tinselkoala you do not understand, because if you think that what you I achieved as a result is a mistake, it is logical to indicate that you deny the actually and the SERPS concept. The conclusion is that you are the just another troll, but these are the real and verifiable facts which cannot be denied

That one gets a ROFL for sure!  Do you think I trust YOUR measurements when I don't even trust my own? Where are all the devices you have constructed and measured accurately? Can we see you demonstrate competence with an oscilloscope somewhere? A YouTube video of your work? Let's take a look at your technique and your measurements to make sure you are doing it right, how about that?

Let me tell you this ONCE AGAIN: if your device has electrical inputs and outputs, and produces a GENUINE COP greater than 1.3 to 1, any competent electrical engineer can take the electrical output and convert it efficiently to the required electrical input and make the device self-loop and run, disconnected from any power supply. I don't care if the input is 240 VAC at 10 amps and the output is one volt at 250000 amps, or one megavolt at one microamp or whatever, I can condition and transfer the power efficiently and so can any other competent EE.

[TinselKoala]

In Jim Murray's presentation from the previous year's conference, he described his initial proof of the SERPS concept in Michigan (1970's), using a Ward Leonard synchronous capacitor running at 120Hz to oscillate power to the main generator station some miles away (This was a local grid, as the rest of the grid was disconnected due to an ice storm). He found that indeed the main generator ended up being throttled way back, and had almost no load.

But he went outside and looked at the transmission lines coming from his plant and noticed that they were "glowing cherry red" even in winter. Eventually the link went down "for unknown reasons."

Sure.
"Screenshot or it didn't happen".

Please excuse me, I need to go feed my herd of invisible unicorns. When they get really hungry, their invisibility begins to fade and the neighbors start to complain. Here is a picture of one of my invisible unicorns:

(The fact that you cannot see it proves it exists, so don't try to argue with me.)

[x_name41]

That one gets a ROFL for sure!  Do you think I trust YOUR measurements when I don't even trust my own? Where are all the devices you have constructed and measured accurately? Can we see you demonstrate competence with an oscilloscope somewhere? A YouTube video of your work? Let's take a look at your technique and your measurements to make sure you are doing it right, how about that?

Let me tell you this ONCE AGAIN: if your device has electrical inputs and outputs, and produces a GENUINE COP greater than 1.3 to 1, any competent electrical engineer can take the electrical output and convert it efficiently to the required electrical input and make the device self-loop and run, disconnected from any power supply. I don't care if the input is 240 VAC at 10 amps and the output is one volt at 250000 amps, or one megavolt at one microamp or whatever, I can condition and transfer the power efficiently and so can any other competent EE.

with your actions TinselKoala i think you earn the ban. Please moderation to take the necessary actions!