Practical Guige to Free Energy Devices

Devices Which are the Easiest to Build
The Magnetic Frame of Lawrence Tseung (chapter 3)
The Transformers of Thane Heins (chapter 3)
Stephan Leben’s adaptation of the Flynn Magnetic Frame (chapter 3)
These three devices have no moving parts and their performance has to be determined by measurements of the
input power and the output power. They all operate by passing a fluctuating magnetic field through a frame, which
is typically made from thin strips of laminated steel. These devices are limited in their power levels by the amount
of magnetic flux which can be carried by their magnetic frames, and to a much lesser extent, by the maximum
current which can be carried by the coil windings placed on those frames. Once the core reaches magnetic
saturation, applying a stronger magnetic field to it has no effect at all and just wastes the additional power. So, in
order to get any form of powerful output, the magnetic frame or core needs to have a high magnetic capacity,
which typically means that the frame has to be big, which in turn, means it will probably be heavy and it may be
expensive. Using specialised materials for the core could make a major difference, but most constructors will not
have access to any of these nanocrystalline materials.
When properly constructed and operated, these devices can certainly show you that COP>1 is definitely possible.
However, as the results are based on measurements, it is generally difficult to convince anyone else as many
people will presume that you are operating a hoax as they have always been taught that any such operation is
“impossible” as there is no such thing as “a free lunch”. If you do want to comment on the input and output power
levels, then be sure to measure the DC voltage and the DC current on both the input and the output as it will be
argued that any form of waveform will give measurement errors.
The most convincing thing is if the device supplies it’s own input power as well as supplying some additional item,
even a single LED. Where the COP is greater than 1, this should be possible, but to keep the device operating
steadily, I suggest that you use a voltage-stabilised circuit to supply the input power as that prevents a runaway
situation where increased output power produces increased input power and a positive feedback is created which
could lead to the almost instant destruction of circuit components which have been driven well past their rated
values.
Clemente Figuera’s Split Transformer (chapter 3)
The Figuera split transformer is exceptional in that it is completely free of the usual crippling Lenz-Law effects and
it has the capability of outputs of several kilowatts. The details have been lost for more than a century and only
recently been made available, so considerable experimentation is needed but the possible results are spectacular.
If electronics does not appeal to you, then using mechanical switching like Clemente did, is a perfectly feasible
method of construction. If you want to supply the input power from part of the output, then I would recommend
using a stabilised power supply to ensure that only your chosen voltage is supplied as input power.
Carlos Benitez’s Generator (chapter 5)
This spectacular design is capable of kilowatts of continuous excess power through the use of just two batteries.
The design documentation explains how to calculate the size of the components and the mechanical switching is
only used very occasionally and so can be replaced with simple solid-state switching to avoid mechanical
construction.
Lawrence Tseung’s “FLEET” Toroid (chapter 5)
This is a very easy device to construct and use, but it’s output power is very small. Demonstration kits are due to
be offered for sale quite soon. Developments are in hand and I have been told of a version which can run at six
kilowatts. The presently known versions appeal enormously to many people who are intrigued that an almost
totally exhausted single dry cell battery with far less than one volt, can charge a 6-volt battery or light LEDs for
long periods. While this is definitely a ‘fun’ device, it is unlikely to convince anyone that ‘free-energy’ exists. A
one-kilowatt version would be a very different matter. I have confirmed COP>1 operation by using one 12V
battery to charge another, swapping the batteries over and repeating the process. The result was that both
batteries ended up with considerably more genuinely useable power.
The Aerial Plate System (chapter 7)
This is also very easy to construct and being a modular system it has the advantage that it can easily be
expanded to give substantial power outputs. This device is based on a Nikola Tesla invention and it has nothing
to do with radio transmissions as it picks up ambient energy from the environment. While it can be used to charge
batteries, it might also be used for direct power supply if suitable control circuitry is constructed for it. It needs a
very high aerial and an extremely good earth in order to perform properly.
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