Free energy from super capacitor

Free energy from super capacitor.
#energy
#scienceproject #experiment
Hello friends,
In this video we show how to make a real long lasting motor and bulb device. Once it is powered by solar panel (4 volt), it continues to run for a long time. For better results, use only the components shown in the video.
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[@NaturalDweller]

Hi Arun. Can you explain me few doubts here. As per the manufacturer information, the DC motors can be operated at 1.5V to 5V n 500W power consumption. Let's assume each motor is supplied with 5V, then to run the motor at said RPM, it requires P\V=I i.e 500\5=100A.
Capacitor ratings are 2.7V n 40F. Charge stored on capacitor Q = capacitance C x applied (rated) DC Voltage V. That is Q = C x V. In your case as you said, 4V.
Observation 1. Any capacitor must not be connected across a rail of voltage greater than the rating given on it. In your case, capacitor ratings 2.7V n applied voltage is 4 -->(×).
As said Q = C x V, Q = 40F x 4V = 160columbs. The current by definition flow of charge per second. In this case Q = 160 & Q/t could be 160A. It may drive a single motor for 1.5 seconds only but, in your case found two motors require 200A@5V-->(×).
So, this is not the genuine experiment..

[@arunscienceproject]

Dear sir, your calculation is wrong.Here the motor is being operated by 2.5 bolts and the current is 150 milliamperes, hence the power of the motor
P=vi
=2.5×0.150
=0.375w
As soon as a 4 volt solar panel is installed, its voltage reduces to 2.5 volts and is installed only for a short period of time because the condenser is completely discharged, hence the voltage drop between the solar panels. Actual voltage of the motor point is about 2.5 volt.
I do not upload any fake videos on my channel, all videos are real.

[@NaturalDweller]

@arunscienceproject hi dear. I agree for these parameters but, I seen the motor used in your experiment requires min. 1.5V to max.5V@500W. So, I thought it might be wrong. Yeah ofcourse there could be miner drop across the conductors of pannel. However, I appreciate your technical enthusiasm. I never discourage you rather I will encourage to add more n more information. I wish you do more n more these kind of experiments. I beg your excuse for what I assumed of the motors used n their power consumption.

[@majidgolmohamadi7849]

No