Lighting For Everyone The STEEMIT Way

JOULESTEEM Experimentations: A Rundown - Post #12

A recent pose for my autistic son. You will rattle the stars one day my Jethro; your lack of words only overflows the grace and love that surrounds you always……...

RUNDOWN OF EXPERIMENTATION PARAMETERS FOR SCRUTINY

This series of posts will describe in detail as to how and what needs to be studied upon thru experimentation for a no-nonsense and tangible proof of the JOULESTEEM’s operation. It is my purpose for these experimentation proofs that I will not only show the circuit in its proper operation as designed, but also to be able to spread the news of the viability and availability of an energy type that can be collected eventhough it is not yet understood fully (at least for now). As the saying goes, “it is now time to walk the talk”.

Let me post below the JOULESTEEM circuit to clearly understand what we need to scrutinize and focus as per experimentations:

For this post, I will briefly explain the numbered points of experimentation and the importance as to how we can picture the overall operation, exactly as the accepted universal law of mathematics “the whole is equal to the sum of its parts”. If each module of the JOULESTEEM circuit works very well, then we can be assured that the whole will surely work as described.

Let us examine each module for experimentation:

1. Lighting efficiency and intensity test
*How much is the intensity of the light as emitted from the 220 volt 3 watts LED bulb in a 3-hour period

--
2. Charging efficiency test
*How much time does it take for the circuit to charge the charge battery fully from a discharged state (9 volts)
*How much of the CCA (cold-cranking amps) is at the battery once it is fully charged (above 12 volts)

--
3. Voltage reservoir test
*How much voltage is collected at the first capacitor CAP1 without any load attached (no load voltage)
*How much voltage is collected at the second capacitor CAP2 without any load attached (no load voltage)
*Will the series voltage combination of CAP1 and CAP2 b able to energize a load for a significant performance (another 220 volt LED bulb as the load)

--
4. Source battery longevity test
*How much time the source battery will run the whole circuit from a fully charged state (above 12 volts)

--
5. Circuit temperature test
*How hot or how cold the circuit (inductor, transistor, charge battery) is after operating for 1 hour
*How hot or how cold the circuit (inductor, transistor, charge battery) is after operating for 2 hours
*How hot or how cold the circuit (inductor, transistor, charge battery) is after operating for 3 hours

--
6. Source battery and Charge battery swap test
*How much time the full circuit will run when the source battery and the charge battery will be interchanged every 1 hour
*How much time the full circuit will run when the source battery and the charge battery will be interchanged every 2 hours
*How much time the full circuit will run when the source battery and the charge battery will be interchanged every 3 hours

--
7. Second stage load test
*To test the viability that the series voltage of CAP1 and CAP2 can run a separate circuit (not just an LED bulb) with the output “looped back” to the source battery

This will be a very clear approach into something that is not even discussed at the universities as to the types of energy being produced. In fuerther considering such, it is just proper and fair that I discuss this with all clarity to experts and non-experts alike each step of the way.

For the next posts I will expound on each modular tests.

“If One Can Not Understand Earthly Things, How Can He Understand The Heavenly?……...”