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The Space
Power Generator
Paramahamsa
Tewari has made a breakthrough in a method of electrical
power generation. He has been granted an Indian Patent (Application
number 397/Bom/94) for an increased efficiency homopolar generator.
This device is described by the theoretical papers in this web site
as a Space Power Generator (SPG).
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The
Space Power Generator is proven technology that produces 200-300
percent over-unity energy.
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Experiments conducted during the last 10 years have indicated that
his Space Power Generator (SPG) is operating at over-unity efficiency.
Many researchers have performed experiments with these devices,
also called homopolar generators or unipolar dynamos. The devices
usually consist of a rotating magnetic disk called a Faraday homopolar
generator in which electrical current is passed from the center
of the disk to its edge.
SPG
Theory of Operation
In conventional electrical generators, electromotive force [EMF
- also know as volts] is induced with rotation of an electrical
conductor relative to a magnetic field or vice versa. The rotation
is produced by what is know as the prime mover, or in this case,
a drive motor. In a SPG, the conductors rotate along with the electromagnet
producing the magnetic field, there is no relative motion between
the electrical conductor and the magnetic field. The result however
is the same, and an EMF is induced in the conductors.
Also, in conventional generators, conductors are generally laid
in open slots in what is called the armature (the central rotor
of the generator) across which, it is believed , that the magnetic
field sweeps through, and "cuts" the conductors . Unlike this system,
in a SPG, armature conductors pass through closed slots [holes]
provided in the rotating magnetic core. With this configuration
, it becomes possible to lay two conductors in the same slot with
opposite load currents flowing in them, thereby nullifying partly
the magnetic field produced due to the load current.
As per the Lenz's law , the magnetic field produced due to the
load current interacts with the main magnetic field, that induces
the EMF. The load current produces torque in opposition to the main
magnetic field.
Thus, if the magnetic field produced due to the load current within
the slots is partly nullified as stated above, the armature reaction
is also reduced proportionately. Though the direction of the EMF
induced in the conductor remains as per the Lenz's law, the reduced
armature reaction violates Lenz's law [equivalent of the energy
conservation law] causing lesser reaction on the prime mover. This
is the key aspect and proprietary nature of the Tewari machine.
This then, is the reason that the overall efficiency of the prime
mover and SPG combination shoots beyond 100% if the no load losses
are kept controlled with the use of appropriate current collecting
brushes, bearing etc. An over all efficiency of 200 % can be easily
attained while running the machine at 2450 rpm and beyond.
The SPG is a low dc voltage and high current generator [30 V dc,
3000 A dc, or higher ratings] that can operate at over unity efficiency
of 200% and above and is ideally suited for use in chemical reactions
using electrolysis, hydrogen generation, desalination, mineral extraction,
battery chargers, etc. and later with more development as a stand
alone motor-generator.
The SPG
is proven technology that produces 200-300 percent over-unity
energy. The SPG theory has been tested and proven. It is time, now,
to build a prototype system and to work on improving the concept
to develop a product that can be used in every household.
Take a look at this informative poster:
The End of Pollution, The Final Solution:
The Tewari Space Power Generator.
view
on line or
download Word 97 file (807K)
Toby Grotz,
of Wireless Engineering, visited India in December of
1997 to perform an independent set of measurements of the Tewari
SPG. Using calibrated high-accuracy instruments, traceable to the
National Bureau of Standards, tests were conducted that confirm Tewari's
measurements.
This website is divided into five sections:
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