The High Efficiency Pump
experiment
A part of the TEP project
by JL Naudin
created on March 14, 2003 - JLN
Labs - Last update April 25, 2005
Toutes les
informations et schémas sont publiés gratuitement ( freeware )
et sont destinés à un usage personnel et non commercial
All informations and
diagrams are published freely (freeware) and are intended for a private use and a non commercial
use.
The HEP ( High Efficiency Pump ) experiment is a direct use of the TEP technology presented in this web site. During this serie of videos experiments some very interesting facts will be demonstrated :
The TEP technology is a full solid state device which use cheap and common electronic components.
The TEP is very interesting device which demonstrates easily that electrostatic charges can be created in closed system in spite of the Law of charge conservation 1,2,3 introduced by Benjamen Franklin (1706-1790) :
The Law of charge conservation can be written "Electricity is never created or destroyed, but only transferred" or like this "In any closed system the sum of all electric charge remains constant ".
The HEP experiment is the use of a common and cheap water pump in conjunction with the TEP technology for building a High Efficiency water pump device.
The HEP experiment uses a water pump to convert the charges flow into mechanical work4, driving a pump and rising water.
The HEP experiment demonstrates easily that when the TEP device is used more than 250% of water can be raised than without it.
The HEP experiment is fully and easily replicable.
The HEP is fully scalable.
The HEP/TEP device is not yet a true overunity device is energy term, but it is able to produce a highly efficient mechanical work by converting motion of charges which has created itself than any conventional solid state devices.
Above : The full setup of the
HEP experiment
The HEP experiment uses a DC immersed
pump to rise water.
The water level is accurately measured with a 1000 mL graduated
test tube.
The TEP unit is a full solid state
device. A switch allows to bypass the TEP circuit.
HEP Testing - Experimental results
Calibration test of the water pump : The purpose of this test is to measure the losses of the water pump equipment. The test procedure is as follow :
Step 1, the cap C1 is charged through the water pump, the water volume is noted (385 mL).
Step 2, the cap C1 is discharged through the water pump, the water volume is noted (355 mL).
The losses can be easily calculated and this give an measurement efficiency of 92% (8% of losses).
HEP Blank test with a 1 ohm resistor : The purpose of this test is to conduct a blank test of the charge transfert with the water pump equipment. The TEP device is replaced by an 1 ohm resistor. The test procedure is as follow :
Step 1, the cap C1 is charged through the water pump, the water volume is noted (385 mL).
Step 2, the charge of the cap C1 is transfered through the 1 ohm resistor to the cap C2, V(C1) = V(C2).
Step 3, the cap C1 is discharged through the water pump, the water volume is noted (135 mL).
Step 4, the cap C2 is discharged through the water pump, the water volume is noted (110 mL).
This test is fully in line with the charge conservation law. V(C1)=V(C2) and the total charge is <= initial charge. The final volume of water transfered ( 135 mL + 110 mL = 245 mL ) is lower than the initial volume ( 355 mL, see the calibration test step 2).
The measured efficiency of the charge transfert through an 1 ohm resistor is 69%
Above : The experimental results of the
calibration and the blank tests.
Above : If the BLANK test is repeated, the
efficiency never exceed 100%
The BLANK test is fully in line with the charge conservation law...
HEP REAL test with the TEP unit : The purpose of this test is to conduct a real test of the charge transfert with the water pump equipment. The TEP device is now connected instead of the 1 ohm resistor. The test procedure is as follow :
Step 1, the cap C1 is charged through the water pump, the water volume is noted.
Step 2, the charge of the cap C1 is transfered through the 1 ohm resistor to the cap C2,
Step 3, the cap C1 is discharged through the water pump, the water volume is noted.
Step 4, the cap C2 is discharged through the water pump, the water volume is noted.
The measured
efficiency of the Test RUN #1 during of the charge transfert
through the TEP is up to 264%.
The measured efficiency of the Test RUN #2 during of the charge
transfert through the TEP is up to 250%.
A full and detailled video of the Test RUN #2 have been recorded (see below)
Above, tests
RUN# 1 with the TEP active :
You may notice that 185 mL of
water (step #9) is raised
while only 70
mL of water (step #7) is used
to pre-charge the main capacitor C1.
In this test, a total charge of 1.85 Coulomb is created by the
TEP...
Above, tests
RUN# 2 with the TEP active :
You may notice that 175 mL of
water (step #9) is raised
while only 70
mL of water (step #7) is used
to pre-charge the main capacitor C1.
In this test, a total charge of 1.41 Coulomb is created by the
TEP...
In any case, the tests with the TEP unit doesn't respect the charge conservation law...
Above : The diagram above shows the total flow
measured at the input Vs the total flow measured at the output,
if the HEP Real test is repeated, the efficiency exceed quickly
100%
you may notice that after the step #12, the HEP begins very
efficient.
Below, you may see by yourself the full videos of the HEP TEST RUN.
Video #1 - Introduction to the HEP experiment
Click
on the picture to see the demo (991 kb)
Video #2 - Calibration Test
Click
on the picture to see the demo (1.74 Mb)
Video #3 - BLANK Test
Click
on the picture to see the demo (2.69 Mb
Video #4 - The real HEP test with the TEP
Click
on the picture to see the demo (7.54 Mb)
In the test above, the water pump has been replaced by a
12V/20W halogen lamp, C1=C2 = 21000µF at 50V
The current flowing at the INPUT is compared to the current at
the OUTPUT
with the TEP disabled (bypass mode) and with the TEP enabled
(active mode).
You may observe clearly that electric charges are created ( Q=I*t
) when the TEP is actived.
Reference documents :
The charge conservation law demonstration by the Harvard University
Energy stored in a capacitor experiment by the Harvard University
For more informations : JNaudin509@aol.com
