Advances
In Windmill Design
Historical Edification
For thousands of years the power
of the wind has been utilized, as a source of mechanical energy. Babylonians
constructed windmills for irrigation as early as 1700 BC. Likewise, among the
earliest known recorded uses of wind power is a 5,000-year-old
drawing of an Egyptian river craft with a sail crossing the Nile.
The first sail-type vertical axis windmill known as the “panemone” appeared in Persia between 500-900
A.D these ancient windmills were employed as automated grain milling and water pumping systems.
Did you know that more than 6.5 million
windmills were sold in the US between 1880 and 1935? They were used as water
pumps, grain mills and to power saws to cut lumber. By 1900 they were being used
to generate direct electrical current. Inexpensively priced electricity was introduced
in the 1940’s and most of the wind powered electrical generating systems that were located in rural areas were considered
obsolete and fell into disrepair and eventually into disuse.
Schauberger’s
Implosive Bio-Turbine Generator
Thus far the technology of man has only
partially recognized the significance of Nature’s Opposing Polarities, for it has been established that technology in
its various forms comprising experimental and practical attempts to produce useful energy predominantly utilize explosive
pressure forces thereby making use of direct conversion of heat from combustibles to produce only the explosive force which
is then converted into useful work despite the fact that this type of energy conversion technology consumes (depletes) its
own environmental resources ultimately resulting in environmental contamination.
Ever wonder what common household device is most like Schauberger’s Bio-turbine design?
Pull vs. Push?
No, Pull and Push should be integrated such that they work together!
Teaching that there exists entropy only in relation to natural phenomena is an error of classical physics. Likewise it is incorrect to apply Occam’s Razor (simple answer
is most likely the correct answer) to a single or one-sided energy concept. What
this means is, if you take the road that appears to be the easiest you’ll end up building a half-backed machine that
is incapable of doing anything more than just charging a few batteries. The windmill
must evolve into a multiple staged device functioning between and revolving around the explosive and the implosive forces
simultaneously.
The main cycle of an Implosion Motor
The fuel or medium is first compressed centripetally (not centrifugally or hydraulically) through twisted, and indented
pipes, then released through specially designed nozzles to mechanically react on a toothed ring (now we are using centrifugal
expansion or push action). Implosion apparatus allow for the "complete cycle" of a liquid or gas medium to "oscillate" or
cycle atomically and molecularly from one state of potency into its opposite polarity, within it's natural metabolic range,
without being destroyed. During "the change of potential" work is performed by
the fuel.
This is the way Nature does it!
Mid to Late 70’s
Wind-turbines of the mid-70’s
are designed somewhat in opposition to Schauberger’s Bio-turbine, which hydraulically lowers the vortex across the turbine
blades vs. lifting the air up and across the turbine, resulting in a loss of energy.
Isn’t this concept making
use of heat energy rising to spin the turbine?
Yes, however Schauberger’s
turbine makes use of cold energy hydraulically (dropping or falling) and/or IMPLODING to spin the turbine!
The latter makes use of expansion
forces only whereas Implosion makes use of both forces with just the correct timing and is capable of exciting the system
into Overunity, similar in function to a turbocharger in your car.
Modern Rotor Design
Many areas of the world are home
to large wind-energy farms. Modern electricity-generating windmills are called
Wind Turbines. The simplest forms of Wind Turbine consist of the tower, blades,
and generator although if electricity is to be stored, batteries are a necessity.
A great deal of rotor design research
has been accumulated e.g. rotor aerodynamic considerations including whether the turbine will be upwind or downwind the number,
size and shape of the blades, the load e.g. the forces acting on the rotor in high wind.
Mid to Late 90’s Ducted Fan-mills Emerge from Experimentation
conducted during the 1960’s
What is that strange canard looking
flair on the back of ducted fan windmill designs?
Environmental
Engine Analog
