Dear FreeEnergy,
We advise you to observe following interactive demonstrations at:
http://www.planetenergy.com/mech15.htm (http://www.planetenergy.com/mech15.htm)
http://www.planetenergy.com/mech11.htm (http://www.planetenergy.com/mech11.htm)
and
http://www.planetenergy.com/mech5.htm (http://www.planetenergy.com/mech5.htm)
It shows,
An arrangement of disks:
Interlinked with springs
The disks can only rotate in one direction (applied backstopping clutches). http://www.planetenergy.com/in2.htm (http://www.planetenergy.com/in2.htm)
The rest tension (extended balanced condition) of each spring is higher than the friction in the arrangement (included tightening torque from generator on collector axis).
Therefore:
The disks in the stack are positioned at rest symmetrically to each other.
Once disturbed (by bursting impulse on 1. element after IPS Loader) the elements (disks) constrain themselve forward until prior symmetric position is again reestablished.
As the rest tension of each spring is calculated to be higher than the total friction, friction will only slow down the entire impulse but will not prevent that each spring will reestablish its extended prior state again and again after each initiated impulse.
General rule: the rest tension in between two interlinked elements should be 60% higher than
the total torque in and on the system (friction on backstopping clutches, friction on overrunning clutches, tightening torque on generator...).
Result after each impulse:
The position of each disk to each other is exactly equal to its starting position.
Each disk has been rotated one after the other (caused by its specific mass moment of inertia) in the new position predetermined by the first element burst.
Target of our first prototype is to establish:
The right amout of disks
The right weight of each disk (a perfect mass moment of inertia in accordance with the tension of springs results in a high defined impulse)
The right rest tension of applied springs (in accordance with the friction in the arrangement and tightening torque of generator)
And the right ammount of degrees and speed of the repeated burst initiated by the Impulse Loader
http://www.planetenergy.com/mech7.htm (http://www.planetenergy.com/mech7.htm)
We established several basic tests in real world.
We entered these results into numeric simulations.
The outcome leads us to realize a prototype and overcome Old Believes.
Today we are in process of developing a 30 kW demonstration Unit.
Best Regards
Johannes Schroetter
Note: Old content, please go to our website for recent state!
Copyright?Planetenergy Ltd.
Copyright?Terawatt
http://www.planetenergy.com
Hey Stefan,
to answer your questions
The link http://www.planetenergy.com/model2f.htm (7.8 MB) shows you the dynamic behaviour of two interacting elements equipped with magnets.
The link http://www.planetenergy.com/mech15.htm presents a very similar dynamic behaviour of two interacting elements equipped with springs.
In simple terms:A repulsive arrangement of magnets in between two interacting elements causes self-compensation among each other.
and
a pre-compressed arrangement of springs in between two interacting elements causes self-compensation among each other.
Advantage of springs:
They are cheaper
much easier to handle
and enable big applications
The links
http://planetenergy.com/mech7.htm
http://planetenergy.com/mech12.htm
are demonstrating the the energy input (IPS Loader).
This "Loader" (5 interacting elements, first element turnes linear with an electric motor, last element is switched free in intervals by a brake) simply replaces a step motor.
Advantage compared to a step motor:
Much less energy consumption.
Result:
Timed impulse is repeated released (with hydraulic brake) into an arrangement of interacting elements (IPS SYSTEM installed and interlinked after 5th element).
As each burst ( ex:180 degree) is causing all following elements to turn one by one forward (caused through mass moment of inertia) until all elements are in the new position predetermined by the first element burst.
As self-compensation, even by an applied generator, is guaranteed through the specific amount of pre-compression of the springs, work is being transferred and created by the IPS System during each equalizing process.
Each burst (ex:180 degree impulse) needs energy, but the right amount of subsequent interlinked elements causes the dynamic rotation of each weight of these disks.
As mass in motion represents energy and as the emerging torque is transfered onto a collector axis, we can overcome the initiated amount of energy if the amount of extracted torque is handled carfully.
in principle: http://www.planetenergy.com/pri8.htm
to your last two questions you can study the energy flow at:
http://www.planetenergy.com/mech12.htm
http://www.planetenergy.com/mech5.htm
http://www.planetenergy.com/mech3.htm
http://www.planetenergy.com/flow1.htm
to your question Posted on: Today at 04:06:19 AM a detailed explanation will follow.
The right combination is a delicate but possible task.
Please let me know if you obtained a better understanding and do not hesitate to ask us additional questions.
Best Regards
Johannes Schroetter
Note: Old content, please go to our website for recent state!
Copyright?Planetenergy Ltd.
Copyright?Terawatt