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"ENERGY MADE SIMPLY"
SETUR VORTEX TURBINE

NEW GENERATION OF WATER POWER


The operating principle of this "Rolling Fluid Turbine" is that the [bladeless] rotor is rolled inside the stator utilizing a vortex phenomenon. The basic advantage of the precession water turbine is that it can effectively take advantage of the varying gradients. This water turbine is suitable for tidal power stations and ultra-low water gradients and also for ocean or river currents. This is the sole turbine which can work both in a vertical and horizontal position.

Environment-friendly technology - no damage to environment neither in panel manufacturing nor in electricity generation.

Setur Vortex turbine

WINNING INVENTION


The setur-vortex turbine is based on Mr. Sedlacek's invention.

Winner of EON Energy Globe Award 2014 (idea of the year) Nominee in the final TOP 3 European Inventor Award 2016.

european inventor award
energy globe award

about SETUR VORTEX principal


SIMPLE CONSTRUCTION AND MANUFACTURING


Setur Vortex turbine

Construction of the H-RFT unit is very simple and consists of only a few parts.
The H-RFT unit chassis is optimized for serial production using conventional techniques such as injection molding.

SETUR VORTEX PANEL NESTS


Setur Vortex turbine

The operating principle of this "Rolling Fluid Turbine" is that the [bladeless] rotor is rolled inside the stator utilizing a vortex phenomenon. The basic advantage of precession water turbine is that it can effectively take advantage of the varying gradients. This water turbine is suitable for tidal power stations and ultra-low water gradients and also for ocean or river currents. This is the sole turbine which can work both in a vertical as well in a horizontal position.

rotor ∅ 320 mm > 9 units = 1 m2
Setur Vortex turbine + Setur Vortex turbine = 0,117 kw

POWER GENERATION


Example of power generation before target optimization.

Setur Vortex turbine
rotor ∅ 320 mm
Setur Vortex turbine one unit one unit/day m2/year
2,0 m/s 13 W 0,3 kWh 1026 kWh
2,5 m/s 24 W 0,6 kWh 1890 kWh
3,0 m/s 45 W 1,0 kWh 3555 kWh
Setur Vortex turbine
rotor ∅ 140 mm
Setur Vortex turbine one unit one unit/day m2/year
2,0 m/s 5,4 W 0,13 kWh 1026 kWh
2,5 m/s 10 W 0,6 kWh 1890 kWh
3,0 m/s 17,6 W 1,0 kWh 3555 kWh

The performance of the setur vortex turbine depends much on the optimization of H-RFT for flow rate, flow-rate variability and many other operational conditions. - To achieve maximum efficiency, the unit must be optimized for targeted conditions. Optimization may multiply the efficiency.