Motionless Switching Magnetosphere Electric Generator

[Lunkster]

Hello All,

I have been working on one fin of the generator.
This is an update on the crude prototype work I have been doing.

I have built one fin assembly with an input of 18 VAC from a transformer connected to 120 VAC 60Hz.
The build has one output coil, built around a nut and bolt assembly, for each permanent magnet.
I custom built a switching coil that measures 6 ohms.

I placed 8 each 2 inch permanent magnets around a 8 inch Dia. circle into a plastic plate.
The 8 each output coils were mounted on another plastic plate so I could easily
adjust the distance between the output coils and the permanent magnets.

When I turned on the power to the switching coil, only 6 of the 8 coils had an
output signal.  The coils closest to the switching coil had the most output signal
As I measured the output from the other coils, the output magnitudes would
get smaller in magnitude until the two coils farthest away from the switching
coil did not have an output signal.

I tried to use a switching DC voltage through a solid state relay.  I found out that
the solid state relays I purchased only had a frequency response of 120 Hz.
I am purchasing a switching device that goes up to 20K Hz to replace the SSR.

I am going to try to build the attached assemblies for my next build.
Since I work with parts taken off of surplus store assemblies, it will not look the same
as the drawing when I build my custom assemblies

Has anyone else tried to build a device using a chain reaction of
permanent magnets as their flux routes are changed from one large
circle of travel in one mode and into individual routing of travel
in the second mode?

I will update later in a few months after a do the modifications and more testing.

Lunkster

[Lunkster]

Hi,

The following drawings are idea's of how the
"Motionless Switching Magnetosphere Electric Generator"
can evolve over time.

MEG and other generators have core material between
the different pathing routes of operation.
That is something that can be added to this generator as well.

The big goal is to have as much flux and power generation
to occur when switching between the two modes of operation.

Lunkster

[Lunkster]

Hello All,

I built a prototype of one fin of the
"Motionless Switching Magnetosphere Electric Generator"
I had 8 PM on on layer with the switching coil on it.
I had 8 pickup coils on the other layer.

I had air gaps between the PMs and the output coils.
I was NOT getting getting the results I wanted.  Only 6
of the 8 output coils had output signals.
The sum of the output coils was less than the
power I was driving the input coils.

I believe the air gaps caused the low signal levels.

I am now building the circuit of the attached circuit
on one board.  I will try a few different signal types
for the switching coil.

At lease I am building crude prototype now to test
some of my ideas.  It is nice to be retired.

Lunkster

[Lunkster]

Hello,

I have built a prototype that looks like the last sketch.
I would like some people to look at some of my test
results and give me some advise as to other tests I could
run on the prototype and or some changes I could make to
the design.

Lunkster

[Lunkster]

Hello,

Here is a few test results of the crude prototype
I put together from material I stripped down from
some toroid coils I bought from a surplus store
for $1.95 each around 20 years ago.

As you can see, the test equipment I am using
is also very crude.  Keep that in mind when you look at my data.

The PMs in the circuit make a difference in the performance
of the circuit.  I have a lot more testing to do.

It would be nice if someone else built one of these devices
and tested it with better core material and better test
equipment.

Lunkster