epm demonstration measuring power
TRANSCRIPT
ELECTRIC POWER MULTIPLIER “EPM”
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DEMONSTRATION OF THE FUNCTIONING OF THE EPM SYSTEM.
Picture 1. Components of the EPM demonstration.
FILAMENTS LIGHT BULBS
AC
METER
1
LINE 1
SINGLE
PHASE
GRID
INPUT
AC
METER
3
MPE
SYSTEM
LINE 3
AC
METER
2
LINE 2
FILAMENTS LIGHT BULBS
FLUORESCENT TUBES
+ -12V
BATTERY
ALINE 4
V
BATTERY POWER SUPPLY FOR THE
ELECTRONIC OF THE SYSTEM
Figure 2. Connection diagram of the demonstration.
The system was manufactured in 2003 and it was considered as a very didactic
demonstration, because the knowledge taught today in Universities and Higher
Technical Colleges, affirms that: “The reactive energy is a blind and unwatted energy,
which is not able to light a filaments light bulb”.
OBJECTIVE OF THE DEMONSTRATION.
This demonstration has been designed with the only objective of demonstrate the
following facts:
CONNECTION DIAGRAM
ELECTRIC POWER MULTIPLIER “EPM”
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o That the reactive energy is not blind, neither unwatted, as it is affirmed by the
nowadays knowledge, demonstrating that it is able to light the filament light bulbs,
which produce light due to the Joule effect.
o All the filament light bulbs connected to LINE 3 function due to the reactive
energy generated by the reactances of the fluorescent tubes connected to LINE 2
o That the Ortronic® Technology is able to separate the reactive energy, generated
in the inductive loads, from the active energy used by the load, transforming the reactive
in active, multiplying it and producing a work with it.
o The real installations, where the reactive energy is separated from the active,
have much higher power than the power of this demonstration, and their more important
applications are:
a) The Ortronic® Cogeneration, which utilizes the reactive energy as the only
residual energy.
b) The elimination of the reactive energy in the distribution lines, thereby
achieving: (i) A reduction of the losses in the distribution lines due to the Joule
effect and (ii) An increasing of the active power of the generators of the electric
companies.
DESCRIPTION OF THE EPM SYSTEM
As it is indicated in the connection diagram, the system has four LINES connected to
the exterior, whose utility is described below.
LINE-1. During the demonstration it is connected to one phase of the electrical
grid, at 220V and 50 Hz, with a power meter connected at the input, AC METER-1
LINE-2. It is connected to 2 filament light bulbs, each one of 25 Watts and, in
parallel with the filament light bulbs, there are 10 fluorescent tubes connected, each one
of 20 Watts. Each unit, tubes and light bulbs, has its correspondent ON/OFF switch.
LINE-3. It is connected to 10 filament light bulbs of the following powers: 5 units
of 25 Watts, 2 units of 40 Watts and 3 units of 60 Watts. Each light bulb has its
correspondent ON/OFF switch.
LINE-4 It is connected to the 12V battery, which is used to power the electronic
of the system. In between the battery and the system have been connected an amp meter
and a volt meter to measure the internal consumption of the system.
FUNCTIONING OF THE DEMONSTRATION.
I. With the system turned off and all the switches in OFF position, LINE-1 is
connected to the electrical grid. The only meter that will work is the AC METER-1,
which will measure zero power, because the system is turned off.
ELECTRIC POWER MULTIPLIER “EPM”
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II. We connect the two filament light bulbs in LINE-2 and one filament light bulb in
LINE-3. Then we turn on the EPM system and check the following:
II.1 AC METER-1 measures the power taken from the electrical grid, which is
49.1W.
II.2 The two filament light bulbs of LINE-2 are lighting.
II.3 The filament light bulb connected in LINE-3 is not lighting. This happen
because there is no reactive energy in LINE-2, and there cannot be any reactive as there
is no inductive load connected in LINE-2.
II.4 AC METER-2 measures the power utilized by the two filament light bulbs
connected in LINE-2, which is 43.1W.
Note: Calculate in this point the efficiency of the system, for taking into consideration
when calculating the power multiplication.
𝐸𝑓𝑓𝑖𝑐𝑖𝑒𝑛𝑐𝑦 =𝐴𝐶 𝑀𝐸𝑇𝐸𝑅 − 2
𝐴𝐶 𝑀𝐸𝑇𝐸𝑅 − 1=
43.1𝑊
49.1𝑊= 0.8778 = 87.78%
III We turn off one of the two filament light bulbs of LINE-2, then we turn on one
fluorescent tube of LINE-2 and we check that the filament light bulb connected in
LINE-3 is lighting.
III.1 We turn on two more fluorescent tubes and several filament light bulbs in
LINE-3 and we observe the three power meters of the three lines.
IV We turn off the other filament light bulb of LINE-2 and turn on all the filament
light bulbs of LINE-3, we explain the decrease of the light in the filament light bulbs of
LINE-3 due to the limited power of the generators, which are the reactances of the
fluorescent tubes, then we turn on more fluorescent tubes until all of them are lighting.
RESULT OF THE DEMONSTRATION:
The total power at the output of the system is the sum of the power measured by AC
METER-2 (426W) and AC METER-3 (146W). The power taken from the electrical grid
is the one measured by the AC METER-1 (329W).
With the measured powers and taking into account the internal losses of the system, we
calculate the power multiplication.
𝑀𝑢𝑙𝑡𝑖𝑝𝑙𝑖𝑐𝑎𝑡𝑖𝑜𝑛 =
(𝐴𝐶 𝑀𝐸𝑇𝐸𝑅 − 2 + 𝐴𝐶 𝑀𝐸𝑇𝐸𝑅 − 3)𝐴𝐶 𝑀𝐸𝑇𝐸𝑅 − 1
𝐸𝑓𝑓𝑖𝑐𝑖𝑒𝑛𝑐𝑦
𝑀𝑢𝑙𝑡𝑖𝑝𝑙𝑖𝑐𝑎𝑡𝑖𝑜𝑛 =
(426𝑊 + 146𝑊)329𝑊0.8778
= 1.73
0.8778= 1.98 = 198%
Signed by Juan Ortigosa García Scientific, Inventor and Entrepeneur.
Chairman & Technical Director of Ortronic Technology, S.L.
Company email: [email protected]
Personal email: [email protected]