International Conference on Applied Electrical and Mechanical Engineering 2019
September 4-6, 2019, Nakhon Phanom, Thailand
Performance Analysis of Six Coils Monopole and
Eight Pole Neodymium Magnet Generator
T. Phurahong1 , T. Tibeye2 , C. Sangkaew2, and S. Deepala2
1
Faculty of Industrial Technology Nakhon Phanom University, Thailand
2
Department of Electrical Power, Nan Technical College, Thailand
Abstract- This paper aimed to presents the performance
and comparison for battery running and charging original
circuit design and between develop DC-DC boost
converter running and charging replication circuit design.
This device acts as a self-battery charger. The study
involved the construction and performance of the design,
and developed circuit with a running and charging DC-DC
converter enhance the voltage boost capability and have a
great potential for step-up power conversions. The study
design by prototype of 6-pole -8 neodymium magnet
generator. This type of free energy generator can be one of
an alternative way to replace the non-renewable energy
sources that will run out in future. In this paper, the
battery’s Coefficient of Performance (COP) for both
designs will be identified. Investigation and analysis were
done for both types of It was found that. The analysis and
experiment results verify that DC-DC boost converters
circuit are very use full and efficient with
is high
step-up power conversion design for battery running and
charging, consumption and its COP of the system is
12.83 % compared to the original design.
I.
INTRODUCTION
There is electricity everywhere present in limitless
quantities and can drive the world’s equipment without
the need of non-renewable sources such as gas, coal or
oil. Free energy means the zero cost energy. Mechanical
energy which drives windmill by using the blowing
force of wind, or Solar energy in solar cell which is
converts into DC current and store in batteries .Other
energies obtained are from wind power, water power &
telluric power. Free energy generator is used to generate
these types of energy. Free energy suppression is the
notion that corporate energy interests intentionally
technologies that may provide energy at minimum cost.
All other remaining untouched forces of nature which
are well familiar
in the scientific literature, which
includes earth batteries, atmospheric electricity, telluric
currents, and pressure system changes.
The Bedini generator is the kind of electrical
generator that utilize moving parts of working machines
to regenerate electricity for other electric devices or
save as the backup power sources. John Bedini is the
first person who proposed this kind of generator called
Bedini Simplified School Girl (SSG) in 2001 [1]-[3],
then further developed by Peter Lindemann [4]-[5] and
more researchers [6].Present original charging, running
batter basic structures of the Bedini generators based
circuit original design and replication design,
respectively. Charging/running takes
performance
input/,output by far than what is normally required,
implicating radiant energy infusion in the process [6].
This project conducted by initial investigation and
analysis for both types of Bedini generator design.
Then, evaluation and comparison performance between
of circuit running and charging original Bedini design
and dc-dc boost converter replication by 6-pole
Neodymium magnet Bedini which is the prototype
design were conducted. This project focused on the
construction to build the Bedini Monopole Mechanical
energizer 6-pole and 8 pole Neodymium Magnet
generator .The testing performance for circuit , original
and replication running , charging battery with dc-dc
boost converter developed design were determined in
terms of COP.
Coefficient of performance is a broader energy
transfer term that defines the measure of output power
divided by the operator’s input power. COP is used to
describe any machinery that has additional energy input
from the environment.
For example, COP is
commonly used to describe the energy exchange of heat
pumps [7] or solar collectors.
Unlike the term
“efficiency”, the COP defined in (2) can be greater than
one. shown in Figure 1. for the energy flow diagram.
COP is usually greater than efficiency and will be equal
to the efficiency if the environmental energy input is
zero.
II.
THEOY AND DESIGH
From particle physics [8-9],[15] it is followed that
any bipolarity, including any scalar potential is a
broken symmetry in virtual vacuum flow, despite of the
fact that interaction with vacuum is not considered in
classical electrodynamics at the stage of electrical
systems design. Dipoles asymmetry means that it is
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T. Phurahong et al. / ICAEME 2019
collecting disordered energy from the vacuum, ordering
part of it and send it in observable form to all directions.
It follows that any dipole and potential in essence is
negative resistor and that may be used in real circuits.
Earlier [10] it was shown that scalar potential is a
composition, consisting of pairs of longitudinal
electromagnetic waves propagating in opposite
directions. The potential is ordered reorganization of
vacuum energy to the determinate system of
bidirectional energy flows. To attach increased potential
to negative resistance in battery for example [11] and
using bidirectional property of potential it is possible to
overexcite heavy ions charging battery and also
overexcite electrons which may feed load at the external
circuit. The system becomes open, the thermodynamic
principle of equilibrium between electrical system and
surrounding vacuum is violated and possibility to work
with COP>1 becomes available. A simple DC Bedini
motor-generator which using a little amount of energy
for controlling purposes, stores energy from vacuum in
rotor/flywheel and charging battery or sets of battery in
non-traditional way. Such device is working with
COP>1.
Fig. 1. DC-DC Boost converter batter running and charging
A. Design Methodology and Development of Battery
Running and
Charging
The main objective is to circuit battery running
DC-DC boost converter design a monopole motor;
however, the capability of battery running is also
considered as a purpose to improve the efficiency of the
circuit. The monopole machine consists of two parts: an
electronic circuit and running coil that works as a
trigger and charging an electromagnetic circuit that
converts electrical energy to mechanical energy and vice
versa. The statoris a coil that entails four windings a
power coil winding, a trigger coil, a
two coil
arrangement (double coil ) for charging coil , running
coil winding developed for DC-DC boost converter
circuit voltage booster & a current booster with the
generator which increases the voltage of the output to a
usable boost up battery running value and a charging
coil winding develop for DC-DC boost converter
circuit of voltage booster & a current booster with the
generator which increases voltage of input .The rotor
comprises of eight permanent magnets with the same
polarity embedded in a rotating plastic disc. The rotor
creates variable flux in the coil and has no more effect
on the machine’s performance. The application of the
plastic rotor is to avoid electromagnetic interference of
steel bearings and shaft on the rotor. It also significantly
decreases rotor weight enabling smooth rotation
Fig. 2. DC-DC Boost converter batter running and charging
In recent years, dc-dc converters are widely used in
switched mode power supplies. These converters are
generally used either to step down or step up an
unregulated dc input voltage. There are various dc-dc
converter topologies such as buck, boost buck-boost,
Cuk and full bridge converter. Of these five converters,
only the buck and boost are basic converter topologies.
The other converters are derived from these two basic
converter topologies. Each converter topology has its
own principle of operation, advantages and
disadvantages [12].
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T. Phurahong et al. / ICAEME 2019
TABLE I SUMMARY RESULT FOR REPLICATION DESIGN
B. Design of DC-DC Boost Converter
A boost converter is used in renewable
energy systems to step up unregulated dc input
voltage to a higher constant output voltage that is
required by loads and batteries. The design and
development of boost converter is mainly concerned
with its efficiency, output power and ease of design.
Renewable energy such as solar and wind uses
dc-dc boost converter as a medium of power
transmission to perform the process of energy
absorption and injection to loads and batteries. This
process of energy absorption and injection is
performed by a combination of four components
which are diode, inductor, output capacitor and
electronic switch. The connection of boost converter
is shown in figure 3 [13]. This process of energy
absorption and injection will constitute of switching
cycle. In other words the average output voltage is
controlled by switch’s on and off duration. At
constant switching frequency, adjusting the on and
off duration of switch is called pulse width
modulation switching (PWM). The switching duty
cycle, k is defined as the ratio of the on duration to
the switching time period. The energy absorption and
injection with the relative length of switching period
will operate the converter in two different modes
known as continuous conduction mode (CCM) and
discontinuous conduction mode [12,13].
Fig. 4. Prototype of Bedin i6- pole and 8-neodymium magnet
generator design
IV.
EXPERIMENTAL RESULTS
As shown in figure5: This graph shows output
voltage of the battery running original decreased with
respect to the increase of operating time
while
charging voltage of the battery load increased during the
start time interval and then stayed constant.
Fig. 3. Electrical equivalent circuit of DC-DC Boost Converter
III.
EXPERIMENTAL SETUP
The construction of Bedini generator In order to
study performance construction compared original to
battery running and charging circuit with testing
prototype of Bedini 6-pole and 8-neodymium magnet
generator.
Test based the replication design
configuration proposed in was reconstructed; having
photograph as shown in Fig 4, and Table I.
Fig. 5. Testing efficiency for output watts (P) for charging the
battery
Figure 5 shows the characteristics of the power
generated by the increase of battery charging at output
watts of the battery (13.25W). The increase of
efficiency of battery charging (269.08%) is shown for
operating time (86400 sec). This graph clearly shows
that the efficiency increases with output power. The
electricity was used as the battery energy storage.
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T. Phurahong et al. / ICAEME 2019
COP >1. But, the COP from replication is much higher
than the original design. After four cycles, replication
design can achieve average COP of increase 1.87 and
average COP for original design is 1.63. Therefore,
from analysis and determined COP, it can be concluded
battery and running and charging DC-DC-dc boot
converter that the 6 pole neodymium magnet Bedini
free generator can absorb more power transfer in one
period of time compared to battery running and
charging
original circuit design and also more
efficient than the original circuit design.
Fig. 6. Testing for performance of the magnet generator rotor
The DC-DC- boost converter battery running, the
voltage produced out of this generator a voltage booster
& a current booster with the graph increases of
operating time almost initially. But as curve is with an
decrease in the voltage output and then stayed constant
and battery running. The DC-DC- boost converter
battery charging voltage of the battery load increased
during the start time interval and then stayed constant.
V. CONCLUSION
As a conclusion, this project is a successful project
and full fills the objective requirement. 6-pole and
8neodymium magnet has successful improve circuit
battery charging and running dc-dc boot converter on ,
COP by increase 12.83. Besides that, the replication
circuit design also can
running and charging faster
than original circuit design and also had performance
construction compared to the original circuit design.
Therefore, it can be concluded that replication circuit
design produced better performance compared to the
original circuit design.
REFERENCES
[1]
[2]
Fig. 7. Performance comparison graph voltage battery running and
charging original between DC-DC boost converter replication design
[3]
The comparison battery charging and running
original between battery charging and running DC-DC
boost converter replication output voltage of the battery
running original decreased with respect to the increase
of operating time while charging voltage of the battery
load increased during the start time interval and then
stayed constant.The battery charging and running
DC-DC boost converter replication but as
curve .voltage increase and then stayed constant.
[4]
[5]
[6]
[7]
[8]
[9]
Fig. 8. Performance comparison graph voltage battery running and
charging original between DC-DC boost converter replication design
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E-mail of the author(s): tharathip2560@hotmail.com
As from in figure 8, it show that by prototype
Bedini 6-pole Neodymium magnet generator achieve
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