Kapanadze and other FE discussion

[r2fpl]

1 joule = 1 watt for 1 second.

In order to accumulate energy for the glow of 5 kilowatt incandescent bulbs for 1 second, 5000 joules are needed.

Thus, for 1 second 5 kilowatts,  is needed  a capacitor 1,562,500 microfarads 80 volts, 71 capacitors 22,000 microfarads 80 volts.
If the weight of one capacitor is about 160 grams, the battery will weigh more than 11 kilograms.
We do not pay attention that the voltage on the capacitors decreases linearly during the discharge, unlike rechargeable batteries.

We know that 110W is drawn from the inverter. There is no need for a 5kW capacitor if we are talking about capacitance.

[Sergh]

But the inverter is not connected at that time? They disconnected the plug from the socket at the output of the inverter. 5,000 - 10,000 kilojoules of energy were able to produce a bobbin in a stand-alone mode. Everything was disabled: iron transformer, transistors, spark.  The capacitors after the rectifier are of course very small to provide even 50 watts for 1 - 2 seconds.
Where did this energy come from?

[lancaIV]

1 joule = 1 watt for 1 second.

In order to accumulate energy for the glow of 5 kilowatt incandescent bulbs for 1 second, 5000 joules are needed.

Thus, for 1 second 5 kilowatts,  is needed  a capacitor 1,562,500 microfarads 80 volts, 71 pcs ordinary capacitors 22,000 microfarads 80 volts.
If the weight of one capacitor is about 160 grams, the battery will weigh more than 11 kilograms.
We do not pay attention that the voltage on the capacitors decreases linearly during the discharge, unlike rechargeable batteries.

5000 Joules / 3 600 000 joules = 0,01388
5000 Wattshour /3600 (hour in seconds) = 1,388 Wh
Today we have lab R&D 150 Wh/Kg capacitors ( similar batteries).
10 Gr. capacitor enough for 5000 Watts energy during one second delivery !
wmbr
OCWL

[r2fpl]

But the inverter is not connected at that time? They disconnected the plug from the socket at the output of the inverter. 5,000 - 10,000 kilojoules of energy were able to produce a bobbin in a stand-alone mode. Everything was disabled: iron transformer, transistors, spark.  The capacitors after the rectifier are of course very small to provide even 50 watts for 1 - 2 seconds.
Where did this energy come from?

I don't know if these arrows show the flow of electrons or the directions of dependence.

[rakarskiy]

We look at the block diagram of the device from the first patent of Kapanadze, correct the missing galvanic isolation element, and realize that direct connection of the start circuit to the output will be problematic for a number of reasons. But in any case, Kapanadze's scheme is a DC circuit with pulse control through the arrester.

Figura

Kapanadze's second patent is an attempt to remove the circuit for autonomous control and to comply with the rules of the system. But in any case the principle is clear, at least to me.

I pored over the various interpretations of this device, and found a principled understanding of the process.

https://eurosamodelki.ru/katalog-samodelok/alternativnaja-energetika/pogovorim-o-Kapanadze-po-sledam-Budennogo-i-Kapanadze-


_________________________________________
I have completed the material on the Kapanadze generator; to me my conclusions seem to be optimal for solving this problem.

https://rakatskiy.blogspot.com/2023/07/the-mystery-of-kapanadze-generator.html

Analyzing the operation of transformers and electromagnetic synchronous generators I found a significant difference in the principle of operation.  Kapanadze realized a way to bring the transformer from the mode of intercurrent mutual induction to the mode of electromagnetic generation. It is this action that I explain the effect of energy multiplication through the amplifier/current generator in his circuit.