Why in the natural world around us there are so many spirals, as can be seen in shell-fish, snails, antelope horns, on a small scale in our spiraling DNA molecule and on a large scale in spiraling cosmic nebulae ?

In nature there are virtually no straight forms, and whenever possible, vortices, spirals and curves are produced to reduce resistance. Yet in conventional technology, explosion/combustion and straight motio n are employed, both of which increase resistance and temperature and are fundamentally against nature and every living thing. The realization of this caused the Austrian Viktor Schauberger, the father of implosion technology, to proclaim emphatically in the early part of last century: " Our technologists are moving matter incorrectly".

The experiments conducted by Professor Dr. Franz Popel at the Stuttgart Technical University in Germany in 1952 (Alexandersson, 1996; Coats 1996)was verified that as water is imploded in a vortex, suspended particles, which are denser than water are sucked into the center of flow, frictional resistance is reduced and the speed of the flow increased e.g. the energy of water motion (kinetic) increased. Since the kinetic energy increases with the square of the speed, an water mass doubling its speed has four times as much kinetic energy.  Since the power of moving water increases with the third fold of the speed, an water mass doubling its speed has eight times as much power.

It is well known that every rotating body (turbine, fan) creates vortex rotation around own axe of rotation. The main characteristic feature of a vortex is that the outside of the vortex moves slowly and the center moves fast. All our JET turbines thanks to our radical new design increase rotor periphery fluid speed e.g. kinetic (motion) energy of the vortex periphery. That is why we achieve simultaneously an increasing JET turbine power output by  both natural acceleration of fluid speed in the vortex center and jet assisted vortex periphery acceleration.  The result is a synergy effect that  affected to overcome "Betz limit" significantly.

New Invented Vortex Power Plant

The patented prototype (not to scale) of Energized Vortex Basin  (EVB) is a facility designed to accelerate natural water vortex by flowing water as slow as 1m/s which is much less than that required for turbines and water mills. The new invented hydro kinetic system has other advantages as it does not require water head, waves or tides. The income water flow passing trough inlet  apertures and energized natural vortex of EVB. At the bottom part of the EVB creates low water pressure by increasing of water speed passing outlet apertures in accordance to Bernoulli principle (e.g. by Coanda Effect). This way an artificial water head is creating to continuously support the vortex in  EVB. The vortex kinetic energy is harnessing by a vertical JET turbine in the vortex center, blade less Tesla turbine or many other rotating machines. EVB is a basic facility of vortex power plant that operates in slow moving water. 

The EVB turbines produce up to several times more energy than tidal turbines with same volume of moving water. The high EVB turbine productivity is based on both natural water vortex circulation and increasing of kinetic water vortex energy by natural implosion.

See video of new invented Energized Vortex Basin  (EVB) http://www.youtube.com/watch?v=bg58-yFbFCc&feature=channel_video_title

Simplified conceptual model. See more at Tonchev.org/videohydrokinetic.html

See three scoops JET assisted test vortex rotor on pictures below:

You can see at: www.youtube.com/watch?v=D4ZV4NSWHwk&feature=channel_video_title Transverse horizontal axis hydro kinetic jet turbine. The incoming water passes through the open center and it gets out at the back. The turbine hollow scoops are forming the jet channel, which is in the periphery of the turbine. The jet stream induces the additional rotational jet force.

A new invented vortex jet turbine. The vertical axis of the turbine is coaxial with the vertical vortex axis. It is a savonius type turbine with hollow blades. Each blade forms an accelerating hydro-jet stream. In the opposite direction of the jet stream, a jet force is formed in the periphery of the rotor. The jet force increases the rotational rate of the rotor.

See video at:  www.youtube.com/watch?v=QyyDaBqdyU4&feature=channel_video_title

Up-Front Hub Wind Speed Distributor of Horizontal Axis Wind Turbine

Up-Front open center Hub Wind Speed Distributor of Horizontal Axis Wind Turbine increases low wind Speed that increases rotational speed and efficiency of the turbine generator at low and turbulent wind. The general availability and reliability of wind speed data is extremely poor in many parts of the world. Large area of the world have wind speed in intermediate range (3 to 4.5 m/s) where wind power may or may not be an alternative
option. It is necessary to concentrate on the design and development of Low RPM, High Torque Small wind generator which starts operating at much lower values of Cut-in wind speed and continues to operate through a substantial portion of the year. This will also be of great importance for those areas of the world where annual mean wind speed is low (less than 3 m/s)

Our new invented Up-Front Hub Flow Speed Distributor operates efficient at low flow speed of both air and water stream.

See more at http://www.tonchev.org/urbanwinden.html

Hub Wind Speed Accelerator	Open Center Hub Wind Speed Distributor	Open Hub Wind Speed Distributor

See a video at :  www.youtube.com/user/miscbeep#p/u/1/gRm3wDKAjmU

See a test comparison of up-front turbine arrangement at : www.youtube.com/watch?v=CA1GqW1HJL4&feature=channel_video_title

Tornado wind turbine (HAWT) with 3D rotor

New Designed 3D  horizontal axis wind turbine (HAWT) for Ultra Low Cut-in Wind Speed. You see on the display of wind speed meter (anemometer)that the wind speed as low as 0.7 m/s when turbine generates voltage - see the multimeter. We often see people post questions on forums, where they are looking for a wind turbine "with a low cut-in wind speed". Typically the cut-in wind speed is the wind speed where the turbine starts turning. For most wind turbines it is around 2.5 - 3.5 m/s (5.5 - 8 mph), New designed 3D rotor of shown HAWT starts rotation at 0.5 m/s. It a Down wind turbine which is much more robust in the comparison of the most popular up-wind turbines.

See more at: http://tonchev.org/urbanwinden.html

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