Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

Li-Thionyl-Cl are not rechargeable batteries.  I only use their energy-density as a cut-off threshold for battery concealment.  If I calculate more than 1200Wh / L for any device, then I can stop suspecting hidden batteries with certainty.

P.S.
The energy density of best Lead-Acid batteries is only 80Wh / L  (that's 15x less than Li-Thionyl-Cl)

[Hoppy]

Those are not rechargeable batteries.  I only use their energy-density as a cut-off threshold for battery concealment.  If I calculate more than 1.2kWh / L for any device, then I can stop suspecting hidden batteries with certainty.

OK but can we rule batteries out when we don't know what the total power consumption was, or how long the heater was burning at the 'glow rate' we saw over the short time the video was running?

[verpies]

Rigorously we cannot 
Science is merciless...

[sparks]

   The saw noise could be similar to the whine I have experienced many times when an ac induction motor is run on an amplitude modulated circuit commonly referred to as a variable frequency drive.  Recently commercial ac motor manufacturers have introduced an ac motor with a permanent magnet rotor.  It is pulse driven.  It senses rotor position and supplies a capacitave discharge through the stator coils that repels the rotor.  It is very efficient as it does not draw any line current to produce the rotor magnetic field.  Unlike ac induction motors the rotor magnetic field sweeping across the stator windings does not raise the terminal voltage necessary to accelerate the motor.  Unlike vfd drives the capacitors discharge directly into the field coils as there is no attempt made to create a sine wave using chopped up dc as one would find in a common variable frequency drive.  The drive semiconductor is simply turned on once until the capacitor is fully discharged through the stator coils.  The capacitors recharge during x number of degrees of shaft rotation.  Capacitors can easily be recharged wirelessly.  Picture an am radio receiver.  What do we do.  We dump the carrier frequency into a resistor to avoid distortion in the finals.  Dumping the carrier into a capacitor charging circuit would make more sense.  It is absurd the amount of micorwaves hitting us eadh and every second.  Cosmic background microwaves-solar microwaves-man made microwaves etc.  Yet we are constantly recharging cell phones from low frequency power scources.    

[verpies]

The saw noise could be similar to the whine I have experienced many times when an ac induction motor is run on an amplitude modulated circuit commonly referred to as a variable frequency drive.  Recently commercial ac motor manufacturers have introduced an ac motor with a permanent magnet rotor.  It is pulse driven.  It senses rotor position and supplies a capacitive discharge through the stator coils that repels the rotor.

The noise out of such motor would be proportional to its angular speed, since those repelling pulses would occur at a proportionate frequency. In TK's mechanical motor the saw-like sound is of constant frequency and amplitude.