Analogues

  Sea waves energy can provide with electric power many regions of the world!

    (From: http://Anaconda Bulgewave Energy Conversion — Global Potential.htm/ )

   Numerous attempts are made to develop electric stations of different types for sea waves energy extraction. But simple, reliable and cheap power stations havent been designed.

Main reasons of that:

1. The development of these hydropower stations is based on
— stationary hydromechanics;
— the construction is designed as a common mechanical system based on stationary mechanics
 

    These are great mistakes.
 

Recently some interesting projects came into view:

Ocean Power Delivery Ltd http://www.pelamiswave.com/  conducts developments of the system (Pelamis Project) extracting sea waves energy. This system consists of cylindrical floats hingedly connected together.

Checkmate Seaenergy Company develops Anaconda project (elastic element of a pipe type that will extract sea waves energy). http://www.checkmateuk.com/  This project is extremely interesting because due to undivided working element of elastic pipe without hinges sea waves energy extraction can be considerably increased and make the construction simpler.

   Developments made by these companies are very important and are highly perspective. However, all these devices have a number of considerable disadvantages.

Our research and development works.

  The use of oscillating working elements for sea waves energy extraction by the companies mentioned above can be sufficiently extended. Our high technology is based on operation of hydro generator in the field of nonlinear oscillating hydrodynamical modes and construction of device as a whole oscillative system (KNOW-HOW)

Advantages of using nonlinear oscillative aero-hydrodynamical modes:

1. Reduction of hydrodynamical and aero-dynamical drag with the help of water -flow elements and oscillations.
2. Usage of added elasticity (elasticity caused by vortex structure of fluid body near oscillating wing). It will lead to volume increase of fluid medium participating in aero-hydrodynamical interaction with oscillating wing and, as the result, increasing of effective hydraulic square and coefficient of flow energy extraction.
3. Due to vortex structure near oscillating wing effective hydraulic square can be increased several times.

         It will lead to increase of energy extraction at the same wing oscillation amplitude.

Construction of device as a whole oscillative system will give the following advantages:

1. It will lead to increase of flow energy extraction and cheapening of construction;
2. Using of added elasticity instead of (or additionally) elastic member of the cylinder construction. It will lead to simplification and cheapening of the construction. 
3. Using of special distribution of elastic and weight cylinder characteristics for conformance of external power supply with input characteristics of transmitting matching element. Due to these elements extraction of flow kinetic energy increases. 
4. Usage of special transmitting matching elements for conformance of flow dynamic and kinematic characteristics with loading (power user). It will lead to matching of energy transmission from energy resource to generator (otherwise, energy will turn back to the flow). 
5. Application of adaptive microprocessor control system will lead to ultimate output. 
6. Implementation of physical effects for extracting additional kinetic energy from latent heat energy and waters pillar potential energy or atmosphere pressure:
 

1. Rodionov B.N., Sorokodum E.D. Vortex energy// Construction material, equipment and technologies of XX Century. — 2001, 3(26). нќін°ё,29.
2. Sorokodoum E. Vortex heat-generators // New Energy Technologies. Issue # 2(5), March-Aprel 2002, p.17-18.). 
See our website: 
(1.С®е©®оЇў нћїнї®Л®, Т®сЇ«®еґ¬ î® ГЁнє†н¶ўбЅ  о¦°д¦Ій«  // ТІсЇ©Іж¬јојҐ 汨ᬻ, пў®сґҐ®гЎ­йЈ¬ 󦶭אַ䩨 Ц• г¦Єнћєнј — 2001, 3(26). нќін°ё,29.

2. Sorokodoum E. Vortex heat-generators // New Energy Technologies. Issue # 2(5), March—Aprel 2002, p.17-18))

Т¬. оЎё тЎЄІ

Considering our results and offers, hydroelectric stations with oscillating elastic cylinders will have much better hydrodynamic and power characteristics compared to traditional ones.

Hydrogenerators with oscillating elastic cylinders can reduce several times setting cost and electric energy expenses. Its possible to assimilate production of generators suggested above from 0.1 kW to 100mW. They can be used to extract energy of sea waves.

Our offers

We have great theoretical, experimental and practical experience in developing and production of working models of oscillation technology.
We can develop and produce first working models of different purpose wind-hydrogenerators.
 

We know how:

1. to increase efficiency of sea waves energy extraction basing on nonlinear oscillative aero-dynamics.
2. to increase efficiency of extraction, transmission and matching of mechanical energy with generator with the help of special principles and elements. In addition the device construction will be simpler, cheaper and more reliable. 
3. to increase efficiency of kinetic energy extraction in a wide range of sea waves characteristics (with the help of adaptive optimal control system).
4. to produce high-power hydro generators (with working elements from hundreds of meters to kilometer in length).