Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

When that happens electrons start to flow from earth into grenade shielded by positive "antenna" thru ground connection.Now these new electrons adds to conventional current from grenade.
All it matters is timing and technical details to be worked out.

Maybe, so long as it can be envisaged that when the conventional supply - the prime mover - is disconnected (eg.the 9V battery) the electrons continue to be drawn from the earth in sufficient quantity to power the device and its load. It sounds counter intuitive to me, although this theory has IMO always been the best explanation of the need for a heavy earth wire. Maybe, to hold a high potential after disconnection of the conventional supply, a static charge is maintained but how could this be materially achieved using the grenade set-up?

[skywalker66]

Maybe, so long as it can be envisaged that when the conventional supply - the prime mover - is disconnected (eg.the 9V battery) the electrons continue to be drawn from the earth in sufficient quantity to power the device and its load. It sounds counter intuitive to me, although this theory has IMO always been the best explanation of the need for a heavy earth wire. Maybe, to hold a high potential after disconnection of the conventional supply, a static charge is maintained but how could this be materially achieved using the grenade set-up?

The electrons aren't drawn from earth continuously like in DC current. They are drawn in large amounts just for ns - us time until grenade-antenna capacitor is fully charged at HV potential, then
current flow from earth stops. These electrons remain captive in grenade- inductor circuit until magnetic flux into inductor cross thru zero, or HV positive pulse stops - that part not sure. After that
they return to earth and system returns to its equilibrium state until next cycle. During that flow of electrons from earth into grenade circuit amplification effect take place.  Basically will have
at grenades legs same voltage as before, but a lot more current (electrons) available into that conventional circuit formed from grenade-28T(yoke)-load, or whatever circuit do you use in conjunction with grenades output. If that works then is just a matter of loop-back to input part of that energy using a  voltage converter (in Ruslan case a power supply 220-24V).
Its just my view of MO based on elementary physics from school, so please take it accordingly.
 

[Jeg]

Maybe, so long as it can be envisaged that when the conventional supply - the prime mover - is disconnected (eg.the 9V battery) the electrons continue to be drawn from the earth in sufficient quantity to power the device and its load. It sounds counter intuitive to me...

In this case, 9V battery is used just for opening the vanes. After the flow starts then we can safely disconnect it again.

[Hoppy]

The electrons aren't drawn from earth continuously like in DC current. They are drawn in large amounts just for ns - us time until grenade-antenna capacitor is fully charged at HV potential, then
current flow from earth stops. These electrons remain captive in grenade- inductor circuit until magnetic flux into inductor cross thru zero, or HV positive pulse stops - that part not sure. After that
they return to earth and system returns to its equilibrium state until next cycle. During that flow of electrons from earth into grenade circuit amplification effect take place. 

I think we have established that it could be a pumping action involved. However, when the HV pulse stops from disconnection of conventional supply, how is the HV re-applied for next cycle? Conventional pumps need a constant power supply. If an amplification effect takes place what in the grenade setup could be doing the amplification?

[Hoppy]

In this case, 9V battery is used just for opening the vanes. After the flow starts then we can safely disconnect it again.

What is the nature of the vanes in your opinion and are they a physical entity in the grenade setup?